Part 2 of WEI’s Cloud Security Foundations series. You can find part 1 here.

Setting up a secure AWS environment is a critical step for any organization looking to leverage the cloud effectively. However, without a solid security foundation, even the most advanced deployments can be vulnerable to costly misconfigurations and breaches. 

According to recent industry reports, 80% of cloud security incidents stem from misconfigurations that could have been prevented with proper foundational controls. In the second edition of the three-part Cloud Security Foundation Series, we’ll walk you through a practical, five-phase roadmap to help you build and maintain a strong security posture in AWS from day one. To read revisit part one, click here. 

Why Automation Matters: The Scale Challenge 

Managing security across 5 AWS accounts manually? Challenging but doable. Managing security across 50+ accounts manually? Nearly impossible. 

This is where AWS Control Tower and Organizations become game-changers. They transform security from a manual, error-prone process into an automated, scalable system that grows with your organization. 

The Foundation: AWS Organizations + Control Tower Automation 

Before diving into the phases, let’s discuss the automation backbone that enables everything else to be possible. AWS Control Tower is essentially an orchestration layer that sits on top of AWS Organizations, automating the setup and governance of your multi-account environment. Think of it as your security automation command center. 

Why This Matters for Cybersecurity 

AWS Organizations provides the basic multi-account structure and consolidated billing. Still, AWS Control Tower builds upon this by offering pre-configured security blueprints, service control policies (SCPs), and ongoing governance controls. The magic happens when these two services work together: 

• Automated account provisioning through Account Factory with security guardrails baked in 

• Centralized logging across all accounts with immutable log storage 

• Preventive controls that stop risky configurations before they happen 

• Detective controls that continuously monitor for drift and compliance violations 

Phase 1: Establish Your Automated Landing Zone 

Automation Deep Dive 

AWS Control Tower’s Account Factory automates account creation using AWS Service Catalog under the hood. This means: 

• Template-driven provisioning: Every new account gets the same security baseline 

• API-driven workflows: Integrate account creation into your CI/CD pipelines 

• Automatic enrollment: New accounts are automatically registered with Control Tower guardrails 

Now that you have your automated landing zone in place, it’s time to tackle the foundation of all cloud security: identity and access management. 

Phase 2: Build a Strong Identity Foundation with Automation 

The Three Pillars of AWS Identity Security 

1. Retire the root account: Protect it with MFA and store the credentials in a vault; never use it for daily tasks. 

2. Centralize identities with automation: Connect Okta, Azure AD, or another IdP to IAM Identity Center and enforce MFA for every human user. Control Tower automatically configures this during landing zone setup. 

3. Least privilege by default: 

• Start with AWS-managed job-function policies only when needed 

• Automate permission reviews: Run IAM Access Analyzer continuously to flag overly broad permissions 

Success Metrics for Phase 2 

• MFA Adoption rate: 100% for all human users with enforced policy and regular compliance audits. 

• Permission violations: < 5 per month across all accounts with real-time monitoring and automated remediation 

• Identity governance compliance: 100% adherence to role-based access control (RBAC) principles 

With identity management automated, let’s focus on protecting your most valuable asset: your data. 

Phase 3: Protect Data Everywhere with Automated Controls 

Common Pitfalls and How to Avoid Them 

Pitfall: Assuming default encryption settings are sufficient 
Solution: Implement organization-wide encryption policies through SCPs 

Pitfall: Forgetting about data in transit between services 
Solution: Use VPC endpoints and enforce TLS through guardrails 

Now that your data is protected, let’s build the detection and response capabilities that will keep you ahead of threats. 

Phase 4: Detect, Respond, and Automate at Scale 

The Three Layers of Detection 

1. Native threat detection with centralized management 

• GuardDuty in all regions & accounts (Control Tower can enable this organization-wide) 

• Security Hub with the AWS Foundational Security Best Practices standard across all accounts 

2. Centralized monitoring through Organizations 
   Stream CloudTrail, VPC Flow Logs, and GuardDuty findings to the Log Archive account; alert on root logins, IAM policy changes, and high-severity findings 

3. Automated remediation at scale 
   EventBridge rules 鈫� Lambda functions that isolate non-compliant resources across all accounts in your organization. 

Automation Highlights 

• Organization-wide deployment: Use Control Tower’s StackSets integration to deploy security tools across all accounts simultaneously 

• Centralized alerting: All security events flow to the Audit account for unified monitoring 

• Automated response: Cross-account Lambda functions can quarantine resources in any member account 

Success Metrics for Phase 4 

• Mean time to detection: < 30 minutes for critical threats with basic CloudWatch alarms and GuardDuty notifications 

• Mean time to response: < 2 hours for high-severity incidents with manual investigation and documented runbooks 

• False positive rate: < 15% for automated alerts as teams learn to tune detection rules 

Security is never “done” 鈥� it requires continuous improvement and adaptation to new threats. 

Phase 5: Continuous Security Evolution and Optimization 

Automation Focus Areas 

• Continuous compliance monitoring: Control Tower’s detective guardrails run 24/7 across all accounts 

• Automated drift remediation: When accounts drift from baseline, Control Tower can automatically re-apply configurations 

• Self-healing infrastructure: Combine Control Tower with AWS Systems Manager for automated patching and configuration management 

Automated Guardrail Management 

Control Tower’s APIs now allow you to programmatically manage guardrails across your organization: 

• Enable/disable controls based on compliance requirements 

• Customize detective controls for your specific use cases 

• Automate control assignment to new OUs as they’re created 

Cross-Account Automation 

With AWS Organizations and Control Tower working together, you can: 

• Deploy security tools to all accounts simultaneously using StackSets 

• Centralize log collection from hundreds of accounts automatically 

• Enforce policies across the entire organization through SCPs 

Putting It All Together 

Follow the phases in order but iterate鈥攕ecurity is never “done.” Most teams can complete Phases 1鈥�3 within 60 days, then mature their detection and response capabilities over the next two quarters. The key difference with this approach is that automation is built in from the start, not added later. 

Remember the Four Pillars: 

• Automate first: every manual step today is tomorrow’s breach window 

• Guardrails over gates: preventive controls that keep dev velocity high win hearts and audits 

• Measure relentlessly: Control Tower’s compliance dashboard is your yardstick, so use it 

• Scale through orchestration: AWS Organizations + Control Tower handle the complexity so you can focus on business value 

The beauty of this approach is that as your organization grows from 10 accounts to 100+, the security and governance overhead stays manageable because it’s automated from the foundation up. 

Ready to Get Started? 

Building a secure AWS foundation doesn’t have to be overwhelming. Start with Phase 1 this week, and you’ll have a solid foundation in place within 60 days. 

Need help implementing these recommendations? The WEI team has helped dozens of organizations build secure, scalable AWS environments. Contact us to discuss your specific requirements. 

Questions about Control Tower guardrails, Organizations SCPs, or automated account provisioning?  

Coming up next: Part 3 of our series covers Azure Security Blueprints and Microsoft’s five-pillar security model. Subscribe to stay updated! 聽

The post AWS Security Foundations: Your Step-by-Step Roadmap appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

HPE Private Cloud AI is a joint innovation between HPE and designed to help organizations move from AI aspirations to AI execution with confidence, speed, and a clear sense of direction鈥rom concept to outcomes. This is not just another solution in a crowded market. It is a business-ready platform that enables IT teams to answer that looming question: 鈥淲hat鈥檚 our AI strategy?鈥�

Watch: What Is HPE GreenLake?

What Is HPE Private Cloud AI?

This is a pre-integrated, enterprise-grade private cloud for AI (PCAI) platform tailored to address today鈥檚 most pressing data and AI challenges. It combines powerful infrastructure from HPE with NVIDIA鈥檚 software stack and GPU technology, offering a foundation built to support workloads including generative AI needs, traditional machine learning, and inferencing at scale.

With ready-to-deploy configurations and a fully integrated stack, teams inexperienced with AI can avoid delays and focus on outcomes rather than setup. This is where demonstrates its ability to reduce time to value and simplify enterprise AI adoption from day one.

What Powers It: Key Components

Pre-Validated Infrastructure: The platform offers curated configurations sized to support different stages of AI maturity. Whether your organization is in development mode or production deployment, these validated systems ensure you get the right mix of compute, storage, and networking. Choices include:

• NVIDIA GPUs from L40S to H100 and GH200
• Storage capacity from 100 TB to over 1 PB
• High performance networking options from 100GbE to 800GbE

These choices give your team a head start toward solving real generative AI needs without costly trial and error.

NVIDIA AI Software and NIM: The solution includes the NVIDIA AI Enterprise software suite, which provides everything needed to build, train, and operationalize AI applications. A key feature is NVIDIA NIM (NVIDIA Inference Microservices). These containerized tools simplify the deployment of inferencing tasks and help operational teams implement AI capabilities without requiring deep internal expertise.

Unified Management Tools: A strong AI environment needs more than raw performance. This private cloud for AI solution includes tools that manage GPU resources, align workloads, and ensure data pipelines operate efficiently. These capabilities are essential for teams managing both AI infrastructure and production applications under business constraints.

Why Now: Solving the Urgency

Executives are asking for AI strategies, and IT teams are expected to deliver results. shows that many AI pilots never reach production due to infrastructure challenges and lack of tools. This is where HPE Private Cloud AI stands apart.

It removes key adoption barriers by providing a complete solution that is ready for deployment, tailored to meet enterprise needs, and supported by two trusted leaders in technology. Whether your organization is experimenting with AI or preparing to scale, this platform provides a clear, executable strategy that aligns with business expectations. HPE PCAI makes the process not only possible but practical for mid to large enterprises facing pressure to act quickly.

Speed to Value With HPE GreenLake

Not every organization is ready for a full internal deployment. That is why HPE GreenLake offers the solution as a managed service. With GreenLake, enterprises can:

• Rapidly prototype AI applications
• Adapt projects to real time needs
• Reduce financial risk by paying only for usage
• Shorten time to business value

This makes the private cloud for AI model more accessible and actionable, particularly for enterprises responding to fast-moving competitive pressure or changing regulatory demands.

Watch: Real Outcomes With HPE GreenLake

Business Impact of Private Cloud for AI

Investing in the right AI platform is about more than technical fit, it鈥檚 about business readiness. With HPE Private Cloud AI, organizations benefit from:

• Rapid deployment: Pre-integrated infrastructure reduces time from planning to production
• Lower risk: Validated hardware and software minimize deployment failure
• Improved governance: A private cloud for AI gives IT control over sensitive models and data
• Resource efficiency: Integrated tooling maximizes performance and investment
• Strategic focus: CIOs and CTOs gain a roadmap to meet immediate and future generative AI needs

Making AI Real

Many AI discussions stay stuck in the hypothetical, never leaving the concept phase. With this solution, that changes. It gives IT teams a concrete platform to support and deliver on business priorities tied to generative AI needs. The technical complexity has already been handled. Your team is free to build, iterate, and produce meaningful results.

For leaders looking to get a real return on AI investments, HPE PCAI offers the combination of speed, support, and strategy that turns potential into performance.

Final Thoughts

AI is not a future challenge; it is today鈥檚 opportunity. When asked, 鈥淲hat鈥檚 our AI plan?鈥� you need more than a slide deck, HPE Private Cloud AI gives you the answers. Whether you are responding to executive urgency, addressing generative AI needs, or creating a foundation for a longer term strategy, this private cloud for AI lets you lead with clarity and confidence. 

Ready to explore how AI can drive real outcomes for your business? Contact WEI to learn how HPE PCAI can help you build a private cloud for AI that meets today鈥檚 generative AI needs with speed, security, and confidence.

Next Steps: WEI helps businesses leverage advanced analytics, big data, IoT, and cloud computing to gain real-time insights and make agile decisions. Discover more in our free white paper,  

• The definition of data modernization
• The importance of being data-driven
• The power and potential of untapped data

The post What Is HPE Private Cloud AI and Why IT Leaders Should Pay Attention appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

For years, firewall policy management has burdened enterprise IT and security teams with manual audits, inconsistent rules, and a high risk of misconfigurations. Today, this legacy model no longer meets the needs of modern digital enterprises.聽

Security leaders are under pressure to maintain enforcement consistency across hybrid environments, prove compliance faster, and align access control with Zero Trust principles. These demands are forcing a reevaluation of not just how firewalls are managed, but how security operations are architected. 

At the center of this shift is Cato Networks鈥� latest innovation: Autonomous Policies for Firewall-as-a-Service (FWaaS), powered by the world鈥檚 first SASE-native Policy Analysis Engine. This combination introduces a new era of firewall management鈥攐ne that is adaptive, intelligent, and integrated with broader enterprise transformation goals. 

The Bigger Picture: Beyond Firewall Rules 

For many organizations, firewall management is just one part of a larger infrastructure decision. Enterprises are now weighing whether to renew existing SD-WAN contracts or adopt a more consolidated that unifies networking and security. 

Firewall modernization fits directly into this crossroads. Rather than investing in isolated tools or fragmented policy engines, IT leaders are increasingly seeking platforms that offer centralized control, native integration, and continuous policy enforcement. The introduction of autonomous firewall capabilities within Cato鈥檚 SASE platform offers exactly that. 

At WEI, we see this not just as a product update, but as a strategic opportunity for enterprises to adopt an architecture that supports long-term digital initiatives.聽

Why Traditional Firewall Management Breaks Down 

Organizations typically operate a patchwork of firewall deployments across data centers, branches, and cloud environments. Over time, rule sets become outdated, misaligned, and bloated. This leads to three persistent challenges, briefly identified below: 

• Policy sprawl and misconfiguration: Redundant or conflicting rules degrade performance and create enforcement gaps.聽

• Zero Trust misalignment: Without continuous validation, unnecessary permissions and overexposure increase business risk.聽
• Manual compliance effort: Proving audit readiness becomes a slow, error-prone process with limited visibility across environments.聽

Introducing Autonomous Policies for FWaaS 

Cato鈥檚 Autonomous Policies replace reactive rule maintenance with continuous, intelligent policy analysis. Built natively into the Cloud platform, these capabilities monitor, validate, and optimize firewall rules across the entire network environment. 

Key Features Include: 

• AI-powered rule analysis: The system automatically detects redundant, risky, or misaligned rules and provides actionable guidance for refinement.聽
• Real-time Zero Trust enforcement: Policy intent is validated continuously, based on real-time identity, behavior, and network conditions.聽
• Automated compliance support: Policy violations are flagged immediately, with built-in audit trails and remediation guidance that reduce manual effort.聽

The result is a firewall experience that improves with every policy iteration, allowing teams to stay ahead of threats while spending less time on low-value tasks. 

Watch: How SASE Will Transform Your Network & Security With Simplicity

Built Differently: The First SASE-Native Policy Analysis Engine 

The real breakthrough behind Autonomous Policies is the Policy Analysis Engine… context-aware, cloud-native engine that operates as part of Cato鈥檚 unified SASE architecture. 

This engine is not an external AI overlay or bolt-on module. It is a core component of Cato鈥檚 platform that continuously interprets policy intent, monitors behavior, and validates configuration against real-world network activity. This foundation allows the platform to: 

• Identify and resolve policy conflicts before they cause outages聽
• Apply rule changes globally, instantly, and consistently聽
• Generate verifiable, always-current audit logs聽
• Align policy enforcement with enterprise governance standards聽

By delivering networking and security through a cloud-native service model, Cato also eliminates the physical and logistical burdens of traditional infrastructure. There is no longer a need to manage distributed hardware appliances, worry about device lifecycle management, or plan for capacity expansions. The platform stays up to date automatically, with policy intelligence and system performance continuously refreshed and scaled as part of the service. This model ensures the environment remains aligned with ongoing compliance needs.

Reducing Business Risk While Supporting IT Responsiveness 

For CIOs and CISOs, this approach offers more than operational convenience. It directly supports enterprise goals in several critical areas: 

• Risk mitigation: Automated policy validation prevents misconfigurations and supports Zero Trust enforcement.聽

• Audit readiness: Integrated compliance tools reduce the time and effort required to meet regulatory demands like PCI, HIPAA, or GDPR.聽
• Operational resilience: Intelligent automation improves incident response, reduces human error, and maintains performance even during high-change periods.聽

Phased Adoption Without Business Disruption 

Just as the transition from SD-WAN to SASE can follow a phased path, so can the adoption of autonomous firewall capabilities. Enterprises are not required to rearchitect overnight. 

Many organizations begin by implementing Cato Autonomous Policies in targeted regions or business units where policy complexity is highest. As results become visible, such as improved audit performance or reduced incident volumes, adoption can scale across the enterprise. This approach allows security leaders to demonstrate value early without disrupting core operations. 

WEI supports this transition by helping clients define a rollout strategy that aligns with internal priorities, security frameworks, and compliance obligations. 

Watch: Fireside Chat with Cato鈥檚 CEO: State of the SASE Market

WEI鈥檚 Role in Helping You Get It Right 

As enterprises navigate this shift toward consolidated security platforms, they need more than product knowledge. They need on how to apply the right technologies in the right way. 

WEI partners with clients to evaluate whether SASE is the right long-term architecture and where autonomous firewall management fits into that strategy. Our engineers help design, test, and validate policy configurations within complex hybrid environments, ensuring full alignment with governance and performance objectives. 

From proof of concept to full-scale deployment, WEI helps our clients operationalize Cato鈥檚 capabilities in a way that delivers measurable business impact. 

Rethinking Firewall Management for the SASE Era 

Firewall policy management does not have to be manual, fragmented, or reactive. With Cato鈥檚 Autonomous Policies and its SASE-native policy engine, enterprises gain a platform that delivers continuous validation, consistent enforcement, and intelligent policy governance across the board. 

If your organization is evaluating the next stage of its SD-WAN or network security journey, this is the time to consider a platform that adapts with you. Cato provides the technology. WEI delivers the strategy and support to make it successful. 

Next Steps: What do leading industry analysts really think about SASE, its benefits, use cases and long-term enterprise adoption? As you鈥檝e probably guessed from reading the title, industry analysts have widespread regard for SASE, with Gartner estimating that 60% of enterprises will employ a SASE strategy by 2025. But why? 

The post What鈥檚 Next for Firewall Policy Management in the Age of SASE? appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

Just as a city relies on infrastructure like roads, bridges, and utilities to connect its residents, ensure their safety, and foster productivity, data centers have become the critical foundation of modern digital operations. These facilities house essential systems and processes that keep businesses running smoothly.

Data centers require thoughtful design and advanced networking capabilities to support these critical functions. Smart planning, much like urban planning that enables a city to thrive, is crucial for ensuring smooth operations within a data center.

In this article, we’ll explore how proven urban planning principles apply to data center networking, and how organizations can create smarter data centers to meet current demands and prepare for future growth.

The Principles Of A Smart Data Center

A smart data center works similarly to a city’s traffic lights, using intelligent automation and integration to modernize operations and performance, while ensuring security. Security systems immediately detect and respond to threats, and utilities are optimized to conserve resources.

This “smart city” analogy highlights the benefits of advanced data center design and network strategies:

• Improved operational efficiency: Automated systems reduce manual errors and improve coordination.
• Enhanced performance: Resources are allocated effectively to handle demand spikes.
• Stronger security: protect sensitive data.

According to a , organizations using advanced data center networking technologies report up to 80% faster time to market for complex IT projects. This emphasizes the importance of a smart data center design that keeps up with modern demands.

To achieve this, there are five key principles of intelligent data center networking every organization should know for optimal performance and security. Let’s dive in.

1. Modernize With DPU-Enabled Switches

Traditional data centers rely on CPUs and GPUs to process demanding workloads, including big data analytics and AI. Recently, the increased adoption of data processing units (DPUs) plays an important role by offloading resource-intensive networking, security, and storage tasks. This shift enables CPUs to focus on core applications.

Think of DPUs as expressways in a city, directing high volumes of traffic to prevent congestion. These specialized processors manage tasks like:

• Encryption and firewalling
• High-speed telemetry for real-time insights
• Load balancing and micro-segmentation

Much like urban planners optimize highways and toll booths to improve traffic flow, DPU-enabled switches optimize network strategies and reduce latency by processing data at wire speed, ensuring seamless communication across workloads. Unlike SmartNICs which require server-specific configurations, DPU-enabled switches integrate without modifying existing server hardware or software. This makes them adaptable for both new and existing data center designs.

2. Transition To A Distributed Services Architecture

A distributed services architecture ensures that networking and security functions are embedded directly into the data center fabric, rather than isolated in centralized locations. This model eliminates bottlenecks and improves accessibility by:

• Embedding security and network functions close to workloads.
• Simplifying infrastructure by consolidating services.
• Supporting millions of tasks without slowing down operations.

Organizations adopting this approach align their network strategies with modern cloud-centric practices, like cities adapting to current urban planning principles to address growing populations and changing demands.

3. Extend Zero Trust Closer To Applications

Zero Trust is like your vigilant neighborhood watch. It assumes that every individual, or data packet, is a potential threat unless explicitly verified. Extending Zero Trust closer to applications provides:

• Fine-grained micro-segmentation to protect sensitive areas.
• Stateful traffic inspection to prevent unauthorized access.
• Integrated policies that simplify compliance with regulations.

By embedding Zero Trust principles into top-of-rack switches, organizations can ensure that their equipment is always secure. One case study revealed that implementing a distributed services switch while improving performance tenfold. This highlights how adopting Zero Trust principles at the infrastructure level strengthens security and delivers substantial cost savings and performance gains.

4. Blend Network And Security AIOps

Good urban planning prioritizes efficient traffic flow, reliable access to services, and public safety. Similarly, combining network and security AIOps ensures communication, consistent monitoring, and dependable protection within data center networking.

Here’s how this approach transforms modern data center design and network strategy:

• Visibility and accurate telemetry: Traditional methods rely on probes or agents, which only provide partial insights into network activity. This is similar to relying on outdated traffic signals to manage a growing city. With AIOps embedded directly into the data center fabric, telemetry becomes accurate and ubiquitous, eliminating blind spots and ensuring full visibility.
• Troubleshooting for faster resolutions: Just as urban planners address congestion by analyzing traffic patterns, AIOps tools enable network teams to trace issues quickly. Detailed telemetry reduces mean-time-to-innocence (MTTI), helping identify root causes of application performance problems and improving overall operations.
• Integration with security tools: AIOps solutions integrate with tools like XDR and SIEM/SOAR, much like modern city infrastructure incorporates smart systems for better coordination. This integration allows real-time anomaly detection, streamlining workflows and bolstering security measures.

Blending AIOps into data center design builds a resilient foundation, ensuring operations flow as smoothly as a well-planned city.

5. Leverage Edge And Hybrid Cloud 疯情AV

In the context of modern data center design, think about infrastructure the same way urban planners approach city layouts. A smart data center optimizes resources by integrating edge, colocation, and Infrastructure-as-a-Service (IaaS) – similar to how a well-planned city balances residential, commercial, and industrial zones.

Here are key benefits to keep in mind when designing your data center:

• Optimize workload placement: Place applications and workloads based on the location of data generation, whether at the edge or in colocation centers. The networking infrastructure must enable fast connectivity between locations.
• Enhance connectivity: Colocation enables high-bandwidth, low-latency links to cloud and network providers, improving transaction speeds. Direct connections to business ecosystems further boost operational synergy. A colocation center paired with IaaS offers:
  • Single-tenant cloud-like experiences, maintaining control over data and applications
  • Low latency with direct cloud and network connections
  • Reduced egress charges, paying only for what’s used
  • Enhanced sustainability with energy-efficient practices
• Adopt efficient consumption models: Pay-as-you-go IaaS eliminates overprovisioning and cuts costs, aligning IT investments with usage.

This approach is crucial as 90% of enterprise workloads are expected to run on hybrid cloud by 2027, supporting both business goals like sustainability and operational efficiency. Fourth-generation architectures take full advantage of the deployment options and consumption models offered by as-a-service and colocation data center services, empowering businesses to adapt and optimize their IT environments. By integrating these elements, companies can enhance their network strategy, ensuring a more interconnected and efficient infrastructure.

Final Thoughts

The shift from centralized to distributed data center networking requires architectures that unify infrastructure services and streamline deployment. Just as well-planned cities streamline infrastructure, strategic data center design ensures data flow, simplified management, and secure operations across distributed architectures. Modern, fourth-generation fabric designs now eliminate reliance on isolated hardware and complex configurations, which enables faster resource provisioning and enhanced performance without compromising security.

Much like your trusted urban planners, WEI provides unparalleled expertise in smart data center networking. From simplifying management to enhancing performance and scaling infrastructure, our team of experts delivers custom-tailored solutions that address your specific needs. Contact WEI today to learn how we can help you design a smarter, more efficient data center.

Next Steps: Greater visibility and better security tools are needed to ensure the Zero Trust network environment that companies desire. Additionally, hybrid networks have evolved far beyond the basic composition of a public cloud and on-prem environment.

WEI’s free tech brief identifies the three main components of HPE Aruba Networking’s powerful EdgeConnect Enterprise platform. to access your free copy of the tech brief, SD-WAN: 3 Components To Efficiently Connect Users To Applications.

The post Implement These Five Design Principles For A Smarter Data Center appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

Remote work, initially a temporary response to global circumstances, has become a permanent fixture for many enterprises and the clients we serve. This shift magnified the need for fast, secure access to critical applications from any location, pushing businesses to rethink traditional security strategies.

With the growing adoption of cloud services and hybrid work models, the attack surface has inevitably expanded, rendering traditional security measures insufficient. To address these evolving threats, businesses must leverage modern security solutions that provide secure, resilient access to applications across diverse locations, devices, and networks.

While SD-WAN, zero trust, and SASE are already well-known for their ability to enhance network performance and security, their importance has become even more pronounced in today’s rapidly changing threat landscape. In this article, we revisit how these network security solutions and technologies can help businesses improve their security and network performance.

Listen: The Next Big Thing In Networking

The Role Of SD-WAN In Modern Networking

At the core of many modern network strategies is SD-WAN, which simplifies the management of wide-area networks by decoupling network hardware from the control mechanisms. This allows businesses to build a more agile WAN infrastructure at a lower cost. SD-WAN also optimizes traffic using a mix of legacy multiprotocol label switching (MPLS) and broadband internet, improving performance, especially for remote workers.

According to the 2023 research by Ponemon Institute, 44% percent of organizations have deployed or will deploy SD-WAN and cloud-delivered security in the next 12 months. From a security standpoint, SD-WAN uses encryption and VPNs to secure data as it travels between branch offices, data centers, and the cloud. This makes it particularly beneficial for enterprises with a distributed workforce.

The Rise Of Zero Trust

Traditional network models trust devices within the perimeter by default. In contrast, zero trust assumes that no entity can be trusted by default, regardless of location. Every user and device must be authenticated, authorized, and continuously validated before accessing critical resources.

Zero trust is both a security philosophy and an architectural approach to network security. Enterprises are increasingly adopting this strategy, with 15% of high-performing organizations indicating to adopt and implement Zero Trust within the next year. Zero trust is especially crucial in businesses that rely on multiple clouds and SaaS platforms. By implementing zero trust, enterprises can better protect against threats like unauthorized access and data breaches while with various regulatory requirements.

A Unified Approach To Networking And Security

As hybrid work models grow in popularity, SASE becomes a preferred solution by converging WAN capabilities and cloud-delivered security services. This comprehensive approach to networking and security addresses the growing complexity of modern IT environments by simplifying network management and secure, seamless connectivity for a distributed workforce.

According to Ponemon Institute, 49% of enterprises have already deployed or plan to deploy SASE. However, its adoption is expected to rise as companies recognize the trending benefits of unifying networking and security. The good thing about SASE is that it delivers both SD-WAN and security services as a cloud-based solution directly to the source of the connection, whether a remote employee, a branch office, or an IoT device.

Unified SASE: The Future Of Network Security

As the demand for integrated network security solutions grows, many businesses are looking to consolidate their SASE components into a single platform. By doing so, enterprises can simplify their branch infrastructure, reduce costs, and provide a better user experience.

One of the significant advancements in the evolution of SASE is the introduction of unified SASE. This approach is especially attractive because it combines security and networking into a single, cohesive solution, thus enabling businesses to manage these critical functions through an integrated platform. According to Gartner’s 2022 Market Guide for Single-Vendor SASE, 65% of enterprises will consolidate individual SASE components into one or two explicitly partnered vendors over the next two years. This trend highlights the growing demand for streamlined, efficient solutions in today’s complex IT environments.

A unified SASE solution offers several key benefits:

• Simplified branch and network management: Organizations can eliminate the need for multiple hardware appliances by integrating SD-WAN and security into a single platform. This integration enhances operational efficiency and simplifies management.
• Enhanced security: The solution extends zero trust controls to all users and devices, regardless of their location, whether they are at a branch office, working from home, or traveling. This comprehensive approach ensures consistent security across all access points.
• Cost savings: Combining security and networking functions into one platform allows organizations to streamline their infrastructure. This consolidation leads to reduced operational costs and more efficient use of resources.
• Superior user experience: Users can enjoy a seamless experience by optimizing application performance and ensuring secure, reliable access from any location.

A prime example of unified SASE is HPE Aruba Networking’s approach. Combining their award-winning Security Service Edge (SSE) with industry-leading SD-WAN into a cohesive solution, the unified platform simplifies the deployment process by offering a single vendor solution. This process ensures seamless management and eliminates the complexity associated with multiple vendors.

The solution is also built upon HPE Aruba Networking SD-WAN, which includes:

• EdgeConnect SD-WAN, which features a built-in next-gen firewall that lets users safely remove physical firewalls and routers in their branch offices. For small edge or branch sites, the new EC-10104 Model offers a cost-effective solution to manage and streamline operations efficiently.
• EdgeConnect SD-Branch
• EdgeConnect Microbranch

Moreover, HPE Aruba Networking’s edge-to-cloud SASE solution leverages zero trust network access (ZTNA) to provide least-privilege access to all people and devices. It also offers comprehensive protection against data security threats and malicious web traffic through:

• Secure web gateway (SWG)
• Cloud access security broker (CASB)
• Digital experience monitoring (DEM)

HPE Aruba Networking’s unified SASE solution stands out by offering flexible licensing options to fit a wide range of budgets and requirements. This ensures that businesses can tailor their solution to meet current needs while allowing the freedom to scale and adapt as those needs evolve over time.

Final Thoughts

As businesses continue to adopt hybrid work models and expand their cloud presence, securing remote and distributed environments through SD-WAN, zero trust, and SASE is essential. However, as enterprises look for more streamlined network security solutions, is emerging as a key player in simplifying IT infrastructure, reducing costs, and strengthening security, all while delivering an exceptional user experience.

WEI’s cloud security experts are ready to help secure your cloud environment. With personalized security assessments and custom-built SASE solutions featuring advanced technologies like HPE Aruba Networking, we provide the expertise you need to confidently drive digital transformation and protect your critical assets. Contact us today to get started.

Next Steps: Traditional data centers are struggling to keep pace with the rapid evolution of technology. As organizations shift towards distributed, edge-cloud-centric models, the need for a modern, agile, and secure data center has never been more critical.

WEI, in partnership with HPE Aruba Networking, is excited to present a comprehensive tech brief that explores how you can revolutionize your data center with cutting-edge automated solutions. This tech brief is your gateway to understanding how automated data center solutions can transform your business. Whether you’re looking to modernize your existing infrastructure or plan for future growth, this guide offers the insights you need to make informed decisions.

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WEI CyberSecurity GTM Leader was recently featured in The CIO World’s magazine issue, The Most Trusted Cybersecurity Leaders To Follow, 2024. Todd, who joined WEI in 2023, details his career journey within cybersecurity, WEI’s unique approach to developing next-gen cybersecurity solutions, and why the WEI culture was a major factor in joining the award-winning IT solutions provider. Below is a brief excerpt from the feature article.

For the full story, Be sure to connect with Todd Humphreys

Todd Humphreys: Keeping Pace With Cybersecurity’s Evolution And Focusing On What’s Next

In the dynamic cybersecurity industry, even the most seasoned experts agree that maintaining fluency in the latest products and solutions is a boundless task. The industry demands constant adaptability and a keen aptitude for new technologies to keep up with daily changes in cyber threats and best practices. Trending buzzwords and unproven solutions consistently flood the market, leaving enterprise IT leaders to wade through costly and potentially inadequate solutions. This is where WEI steps in.

The story of Todd Humphreys, WEI’s CyberSecurity Go-To-Market (GTM) Leader, demonstrates how a commitment to learning and adaptation can make a cybersecurity career profoundly rewarding in helping enterprise customers gain traction in cybersecurity. Starting in the network diagnostics field three decades ago, Todd’s career has evolved as much as the industry he calls home, leading him to his current role at 疯情AV

IT leaders recognize that cybersecurity is a never-ending battle where complex threat actors emerge globally every day. For many organizations, the latest unpatched vulnerability, a single click on a phishing email, or the stealthy attacks launched by a nation-state adversary are the common triggers for IT nightmares. A single cyber incident can result in lost revenue, decreased product/service delivery, and irreparable brand reputation damage.

Knowing this, WEI has developed a modern approach to cybersecurity that is designed to help customers effectively navigate and fortify themselves against evolving threats using the latest technology that is tightly integrated and designed to scale using automation, machine learning (ML), and advanced artificial intelligence (AI) capabilities.

For Todd, his longevity in the cybersecurity industry is built on a genuine desire to help businesses better protect themselves against modern cyber threat actors. Joining the WEI team in Fall 2023, Todd has articulated a clear message to enterprise IT leaders – focus on detection and prevention first. Borrowing from a US Military concept, known as “Left of Bang”, this cybersecurity mindset and strategy emphasizes a proactive approach to detecting and mitigating threats before they cause harm.

Like what you’ve read so far? from The CIO World.

About The CIO World: The publisher serves as a voice for every leader who wants to share their story. Guided by the belief in the transformative power of stories, they elevate voices that are associated with success, ingenuity, and resiliency. The CIO World portrays inspiring traits of business owners, executives, leaders, and notable individuals shaping transformations in the modern business arena as a vibrant community of thought leaders and change-makers.

Watch: WEI Cyber Warfare & Beyond Roundtable Discussion 

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The Internet browser has become an indispensable tool in the modern workplace – even outperforming other commonly used software like Microsoft Office or the CRM apps commonly found in corporate settings. However, traditional browsers weren’t designed with enterprise needs in mind; they were built for consumers, focusing on shopping, streaming, and social media. This challenge forces IT teams to develop a browser cybersecurity strategy, resulting in a complex, fragile, and costly environment that often frustrates users with delays and disruptions.

Imagine a browser built specifically for enterprises, a tool designed to meet the unique security, IT, and productivity demands of organizations while maintaining the familiar user experience. This is the promise of the enterprise browser, a secure-by-design solution that offers solid protection and a simplified and cost-effective platform, all while delivering a seamless and efficient experience for employees. In this article, we explore the value of the enterprise browser and share implementation insights for organizations considering this technology as a core component of their cybersecurity strategy.

What Is An Enterprise Browser?

Enterprise browsers are specialized web solutions built to meet the specific requirements of businesses, unlike traditional consumer browsers. They integrate reliable security measures, centralized IT controls, and performance enhancements into the core browsing experience.

predicts that enterprise browsers or extensions will play a role in about 25% of web security scenarios in the near future, making them essential for organizations aiming to enhance their cybersecurity strategies. By offering security, adaptability, compatibility, and cost-effectiveness in a single platform, these browsers empower businesses to create a secure and efficient work environment.

Eight Enterprise Browser Use Cases

As part of a comprehensive cybersecurity strategy, an enterprise browser addresses various challenges and has the potential to transform your organization’s digital workspace through the following benefits:

1. Solve The SaaS Data Leakage Problem

The shift to software-as-a-service (SaaS) and web applications has exposed critical data and workflows to consumer browser vulnerabilities. To mitigate these risks, organizations have traditionally relied on a patchwork of tools which is often ineffective and complicated.

An enterprise browser offers a fundamentally different approach to cybersecurity. By securing data directly within SaaS and web applications, it eliminates the need for multiple, and often contrasting, security solutions. Businesses can benefit from the following capabilities:

• Granular Access Control: Protect any application’s specific pages, workflows, and data through seamless IdP integration. For example, secure legacy in-house web applications with multi-factor authentication (MFA) without requiring code modifications.
• Comprehensive Data Protection: Control how data moves within and outside applications. Prevent sensitive information, such as customer records, from being inadvertently shared or copied.
• Conditional Access: Ensure devices meet stringent security requirements before granting access to critical SaaS applications. Continuously assess devices for factors like patch levels, disk encryption, and endpoint protection status to enforce a strong security posture.

Organizations gain a closed-loop system where security and access policies can be enforced consistently across all applications. This results in reliable data protection without compromising user experience or IT complexity.

2. A Radical And Sensible Departure From VDI

Many organizations have turned to virtual desktop infrastructure (VDI) to provide remote access to critical applications. However, VDI often introduces substantial costs, complexity, and user frustration.

An enterprise browser offers a modern, secure, and efficient alternative. Organizations can significantly reduce VDI reliance, thereby reducing costs, and enhancing user experience. Key features of include:

• Data segregation and application isolation: Enterprise browsers protect sensitive data by isolating it from the device. For example, when used on unmanaged devices, it can prevent data from being saved, downloaded, or copied from enterprise applications.
• Remote access capabilities: Enterprise browsers enable secure remote access to internal enterprise resources without requiring a separate virtual private network (VPN) client, supporting hybrid and remote workforces.
• Broad application support and native user experience: Enterprise browsers support a wide range of applications, including web applications, secure shell (SSH) access, and remote desktop protocol (RDP) sessions, without the performance penalties associated with virtualization.

3. Zero Trust Integration

Zero trust is a critical security model that shifts focus from static network perimeters to user identity, device health, and restricted resource access.

Unlike consumer browsers, an enterprise browser actively incorporates zero trust practices directly into the browser environment, where most application and data access occurs. This approach strengthens enterprise browser security and aligns with the overall cybersecurity strategy.

To effectively implement a seamless and end-to-end zero trust experience, an enterprise browser must possess the following key capabilities:

• Verify user identity: An enterprise browser natively integrates with your Identity Provider (IdP) and offers customizable multi-factor authentication (MFA) options for accessing sensitive applications.
• Assess device posture: The enterprise browser evaluates device security configurations, including OS patch levels, disk encryption, and the presence of Mobile Device Management (MDM) and Endpoint Detection and Response (EDR) agents, network connection, and location.
• Enable zero trust network access (ZTNA): The enterprise browser establishes a secure ZTNA connection to private applications only after validating user identity, device posture, and application access permissions.

4. Third-Party Access Management

As organizations expand their workforce through contractors or business process outsourcing (BPOs), ensuring efficient and secure access becomes a critical challenge. Managed laptops or virtual desktops are usually the solutions, but these often introduce significant costs, delays, and user frustrations.

An enterprise browser provides a streamlined alternative. Organizations can rapidly grant access by enabling contractors to use their existing devices while maintaining complete control over enterprise browser security and data. Unlike virtual desktops, these eliminate performance bottlenecks and simplify administration.

Enterprise browsers offer several key benefits:

• Ease of deployment: Contractors can independently install the enterprise browser on their devices without IT intervention, streamlining the onboarding process.
• Data protection: Application and data boundaries prevent sensitive information leakage through actions like copying, pasting, screenshots, or downloads.
• Seamless connectivity: Integrated zero-trust network access allows contractors to securely connect to private applications without complex configurations.

By adopting an enterprise browser as part of your cybersecurity strategy, you can balance productivity and protection, mitigating risks associated with third-party access.

5. Building Data Loss Prevention

Modern work environments extend beyond the office, involving unmanaged devices, networks, and a growing array of SaaS and web applications. However, legacy data loss prevention (DLP) platforms are not equipped for these conditions.

The enterprise browser embeds data loss protection within the platform, creating a more effective and efficient cybersecurity strategy tailored to diverse work settings and businesses. The following features ensure enterprise browser security and protect sensitive information from unauthorized access and leakage:

• Application and data boundaries: Enterprise browsers keep sensitive data within defined enterprise applications, preventing leakage through any means of egress. For example, employees handling sensitive financial records can transfer data between various financial reporting applications. However, an enterprise browser prevents this data from being moved to personal emails or downloaded to desktops.
• Data masking: Enterprise browsers hide sensitive data on a page until it is needed. For instance, customer support staff see redacted personal contact information, which they can selectively unmask if necessary to resolve an issue. Each unmasking event and the user who viewed it is logged for auditing purposes.
• DLP detectors: Enterprise browsers detect and flag sensitive data to prevent leakage, regardless of the application it originates from. For example, they can detect attempts to download files containing credit card numbers or social security numbers, preventing leakage and alerting internal review teams.

6. Integrating Apps From Mergers, Acquisitions, And Divestitures

Merging or acquiring another company can be complex, as integrating IT systems alone can take months or even years. This could hinder communication and collaboration precisely when they are most crucial.

An enterprise browser can accelerate this integration by addressing key pain points during a merger and acquisition:

• Providing immediate and extensive access to all private and internal applications, resources, and communication tools across diverse networks – all while enforcing consistent IT and security policies such as ZTNA, thus bypassing VPN or infrastructure changes
• Allows new employees to use their personal laptops or other devices to seamlessly connect with their colleagues.

Watch: WEI Cyber Warfare & Beyond Roundtable Discussion

7. Adaptability And Compatibility With Various Devices

With the rise of remote work, enterprise browsers have become essential for enabling secure access to applications from any location. Additionally, these offer a flexible solution for employees who frequently use personal devices at work to enable secure access to company resources while keeping personal data separate. This capability provides a more user-friendly and cost-effective alternative to traditional VPN or VDI solutions, making enterprise browsers a key component of a modern cybersecurity strategy.

These browsers are built on the Chromium engine, the same technology that powers Chrome, Edge, Brave, and other popular consumer browsers. They support a wide range of web applications, including SaaS platforms, internal web apps, and legacy applications. This broad compatibility ensures a seamless user experience and new employee onboarding across different tools and systems. Additionally, new applications can be introduced to the workforce effortlessly, eliminating the need for complex installations.

8. Support Continued Operations During Security Incidents

To contain cyber threats, IT teams often shut down endpoints and disable network segments during incident response. This forces employees to halt work or use alternative devices, causing significant business disruptions.

The enterprise browser empowers staff to maintain uninterrupted operations during severe cybersecurity incidents by enabling self-service installation on personal devices or other hardware. This allows employees to access critical communications and business applications instantly, strengthening the overall cybersecurity strategy.

Moreover, the security features of an enterprise browser automatically adapt to device conditions, which is important in safeguarding against data breaches. This centralized management also streamlines incident response and facilitates a gradual restoration of business operations.

Enterprise Browser Deployment Experience

Deploying an enterprise browser built on the Chromium engine can be streamlined for compatibility with a wide range of web applications. The deployment process typically involves the following steps:

1. Planning and assessment: IT teams assess the organization’s current infrastructure and identify which security and productivity tools can be integrated into the enterprise browser. This step ensures that the deployment will meet the organization’s specific needs.
2. Configuration and customization: The enterprise browser is configured to align with the organization’s security policies, access controls, and productivity requirements. Customizations might include branding the browser with the organization’s logo or setting up specific workflows and automation.
3. Deployment: The browser is deployed across the organization through a centralized management console or by allowing users to self-install on their devices. This flexibility ensures the deployment can scale according to the organization’s size and needs.
4. Monitoring and support: Post-deployment, IT teams monitor browser activity to ensure compliance with security policies and gather data to optimize performance. The centralized management console allows for quick adjustments and updates, ensuring the browser remains aligned with evolving organizational needs.

Final Thoughts

While developing a basic browser might seem simple, creating a truly reliable enterprise-grade solution requires more than just the software. It demands a vendor who can provide a comprehensive suite of supporting services, exceptional customer support, and unparalleled scalability.

Choosing the right enterprise browser vendor is crucial for ensuring a resilient cybersecurity strategy. Organizations should look for vendors with extensive experience, comprehensive security features, mobile compatibility, a user-friendly interface, and flexible deployment options.

Fortunately, WEI and our team of experts – together with the enterprise browser expertise and resources of – provide a tailored solution that recognizes businesses’ specific cybersecurity hurdles. Contact our cyber experts today to learn how our approach can significantly enhance your overall cybersecurity strategy.

Next Steps: WEI provides enterprises with increased visibility at all touch points of the IT estate, and that includes at the edge and applications within the data center. How can we help your enterprise with its current and future cybersecurity architecture? Contact our team to get started.

The post Why The Enterprise Browser Is Key To A Strong Cybersecurity Strategy appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

When a student driver attends their initial driving lesson, one of the first discussions is centered around blind spots. When driving, we rely on mirrors and active awareness to monitor our surroundings, but blind spots still remain. According to the National Highway Safety Administration, there are an estimated 840,000 blind spot related accidents in the United States each year. Despite these blind spots, people continue to drive as the ability to get someplace quickly and easily fills a basic necessity.

Security Blind Sports

Blind spots are not just prevalent when driving a car. They exist across your IT estate. We know they do because regardless of how many security tools that companies deploy, data breaches still occur nearly every day. These blind spots within an enterprise are created by many factors including outdated software and systems, inadequate authentication protection, lack of employee training, cloud misconfigurations, and insufficient network and physical security measures. Despite the daily headlines about the latest data breaches affecting businesses, the race to data modernization continues, driven by the need to meet various human use cases.

Enabling Data-Driven Organizations

Navigating the digital landscape parallels driving on a busy highway: both involve inherent risks beyond our control. Just as we maneuver among fast-moving vehicles on the road, organizations manage sensitive data in an environment where threat actors constantly seek unauthorized access. Despite these evident risks, businesses are accelerating their digital transformation and leveraging AI-driven analytics to extract greater value.

A study highlights the significant advantages of AI data-driven companies over their peers across key business metrics:

• Operational efficiency: 81% vs. 58%
• Revenues: 77% vs. 61%
• Customer loyalty and retention: 77% vs. 45%
• Employee satisfaction: 68% vs. 39%
• IT cost predictability: 59% vs. 44%

Multiple studies corroborate these findings, underscoring a growing recognition of data’s pivotal role in driving competitive advantage and business growth in the modern economy. However, if your business is going to continue to be driven by data, you need to know how to secure it. WEI has expertise in data modernization and cybersecurity and has identified three primary security challenges that every organization needs to overcome.

Watch: Adapting To The Evolving Education Tech Landscape

Security Challenge #1

The first challenge is the expansive nature of the attack surface within data-driven enterprises. Data modernization often involves cloud utilization, and many companies use multiple clouds to leverage each one’s strengths. Organizations that were once accustomed to a robust security perimeter around their on-prem environment now face the daunting task of protecting a vastly larger area that cannot be secured by a mere wall. To complicate matters, different cloud vendors use varying access controls. While all major cloud providers evaluate policies to determine resource access, the specific evaluation logic and order can differ between platforms.

Security Challenge #2

The second challenge extends beyond merely protecting larger volumes of data. As data generation reaches unprecedented levels, security tools simultaneously produce overwhelming amounts of security-related metrics. IT teams find themselves drowning in telemetry data, while cybersecurity teams grapple with a deluge of alerts. This abundance of information, however, doesn’t necessarily simplify tasks. In fact, it can be counterproductive as security teams must sift through vast quantities of data to identify meaningful indicators of potential attacks. This information overload can obscure critical signals, potentially delaying response times to genuine threats.

Security Challenge #3

The third challenge is the sobering reality of breach inevitability. Despite best efforts, completely preventing breaches remains an elusive goal. An attack of some type is going to happen one day and such incidents inflict both quantifiable losses and intangible damage to a business’s reputation. The constant barrage of attacks breeds frustration among business leaders and security professionals alike.

Overcoming These Challenges

The persistent threat landscape of our world today necessitates a comprehensive approach encompassing robust detection, rapid response, and resilient recovery mechanisms. While preventing every zero-day attack is unrealistic, organizations can prepare effectively for inevitable incidents. Success in this environment hinges on having security professionals who can discern between relevant and irrelevant risks. It’s about developing the acumen to prioritize threats and allocate resources efficiently.

At WEI, our approach to security projects begins with a deep dive into the customer’s business context and objectives. By thoroughly understanding their business landscape, our security teams craft holistic cybersecurity solutions tailored to each client’s unique needs. This strategy goes beyond merely implementing products or features. It is about delivering comprehensive solutions that drive tangible outcomes and align with the organization’s broader goals.

Watch: Refresh Your Infrastructure Playbook w/HPE Alletra Storage Updates

Just as a defensive driver constantly scans their environment, a security-conscious organization must maintain unwavering vigilance across its entire digital landscape. By proactively identifying and addressing known blind spots, and anticipating emerging and evolving threats, organizations can finally get a handle on protecting the data that drives their business.

If you are ready elevate your cybersecurity posture and navigate the digital landscape with greater confidence, we invite you to reach out to 疯情AV Let us show you how our expertise can transform your security challenges into opportunities for innovation and resilience. Contact us today to begin your journey towards a more secure and prosperous digital future.

Next Steps: In today’s competitive landscape, becoming a data-driven organization is essential for understanding customer needs, driving strategic decisions, and achieving business growth. Every day, WEI helps businesses leverage advanced analytics, big data, IoT, and cloud computing to gain real-time insights and make agile decisions. This transformation enables companies to tailor their offerings, improve customer acquisition and retention, and drive profitability.

Download to discover:

• The definition of data modernization
• The importance of being data-driven
• The power and potential of untapped data
• Why technology should have a human element
• Three cybersecurity challenges for data modernization

The post Overcoming 3 Primary Security Challenges for Data-driven Organizations appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

See Bill Frank’s biography and contact information at the end of this article.

This article is Part Two of my series on managing cyber-related business risks. In Part One, I discussed the relationship between Defensive Controls and Performance Controls. Defensive Controls directly block threats. Performance Controls measure the effectiveness of Defensive Controls and suggest improvements.

In Part Two here, I discuss the relationship between Performance Controls and Cyber Risk Quantification (CRQ). The purpose of CRQ is to help CISOs collaborate with business leaders who set cybersecurity budgets and decide on the organization’s cyber risk tolerance. CRQ can provide a useful and credible method for connecting security metrics to cyber-related business risks expressed in dollars.

These three cybersecurity functions – Defensive Controls, Performance Controls, and Cyber Risk Quantification – taken together make up the Cybersecurity 3-Layer Wedding Cake. I see these three functions as layers because Performance Controls analyze information drawn from the Defensive Controls and CRQ analyzes information drawn from Performance Controls.

Performance Controls, whether manual or automated, generate recommendations and security metrics that help security teams work more effectively and efficiently by (1) highlighting gaps in threat coverage and misconfigured or under configured Defensive Controls, and (2) prioritizing vulnerability and control deficiency remediation recommendations.

CRQ software can also use this information to improve its accuracy and credibility to business leaders if the CRQ software model includes factors for individual and aggregate Defensive Control effectiveness, threats, vulnerabilities, attack surfaces, and especially attack paths through an organization’s IT/OT estate.

In addition, the CRQ’s data model must be open enough to support whichever Performance Controls security teams to select.

In this article I discuss (1) how the Cybersecurity 3-Layer Wedding Cake supplements traditional GRC frameworks, (2) the potential value of CRQ, (3) the requirements of CRQ if it is going to achieve its potential, and (4) CRQ vendor business models – SaaS software and Advisory Services.

Finally, I will provide an example of a CRQ offering that meets these requirements.

Part One Article – Performance Controls Summary

In Part One I defined the two types of cybersecurity controls which reduce the Likelihood and Impact of cyber-related Loss Events:

1. Defensive – Controls that directly block threats or at least detect suspicious activities which are then resolved by an in-house or third-party security operations team.
2. Performance – Indirect controls that measure and report on the effectiveness of Defensive Controls, evaluate the quality of their configurations, and make specific recommendations for improvements. I categorize Offensive security tools as Performance Controls.

Given the number and complexity of deployed Defensive Controls, only automated Performance controls can provide continuous visibility and management. Having said that, highly skilled human pen testers surely add value for detecting the types of vulnerabilities that automated tools might miss.

I defined and discussed five types of automated Performance controls: Attack Simulation, Risk-based Vulnerability Management, Metrics, Security Control Posture Management, and Process Mining.

Why The Cybersecurity 3-Layer Wedding Cake

The limitations of current GRC frameworks

Despite spending billions of dollars on cybersecurity controls and implementing a variety of Governance, Risk, and Compliance (GRC) frameworks, the frequency and impact of cyber incidents are still increasing. How can this be?

I suggest the root cause is lack of meaningful executive involvement in strategic cybersecurity decision-making. None of the GRC frameworks that security teams labor under provides a mechanism to enable business leaders to actively collaborate with CISOs to assess and set their organizations’ cybersecurity risk appetites or provide meaningful criteria for setting their cybersecurity budgets.

Business leaders want this involvement because they recognize that revenue generating business processes rely on information technology. They understand that strategic cybersecurity decisions can no longer be left to security teams.

CISOs are also frustrated because they too understand that cyber risk is business risk. They are looking for an approach that will enable them to collaborate with business leaders who are ultimately responsible for deciding on the amount of cyber risk, expressed in dollars, they are comfortable with.

Government and industry regulatory bodies understand this as well and are moving to require executive responsibility for cybersecurity.

The 3-Layer Wedding Cake Model Supplements GRC Frameworks

I am surely NOT saying that the GRC frameworks don’t have value. They do. But an overarching approach is needed to enable business leadership to take its rightful role in an organization’s cybersecurity program – setting cyber risk tolerance and budget.

Figure 1: The 3-Layer Wedding Cake model enables business leaders to collaborate with the CISO to set cyber risk tolerance and budget

The “3-Layer Wedding Cake” model solves this problem. The technical language of cybersecurity teams must be translated to the financial language used by business leaders to manage the organization’s other strategic risks.

Defensive Controls are the direct controls that block threats or at least alert on suspicious behavior.

Performance Controls are indirect controls that measure the performance of Defensive Controls and make recommendations for improvements.

Cyber Risk Quantification (CRQ) interprets the output of Performance Controls and translates technical metrics to business risks expressed in dollars. CRQ bridges the technical metrics – business risk gap.

Cyber Risk Quantification (CRQ)

Whichever combination of Defensive and Performance Controls you select, these questions remain:

• How best to communicate the effectiveness of your security program to business leaders, particularly to those who set your budget?
• How do you gain approval for the additional budget you are requesting?
• How do you collaborate with business leaders on the likelihood of a material incident?
• How do you determine risk appetite / tolerance?
• How do you obtain cooperation from the IT teams responsible for deploying and maintaining Defensive Controls and remediating IT infrastructure vulnerabilities?
• How do you obtain cooperation from the software development teams that are responsible for remediating application vulnerabilities?
• How do you gain support from the business operations teams who would be impacted by a successful cyber attack?

In theory, Cyber Risk Quantification (CRQ) provides the process and tools to answer these questions by translating technical control metrics to cyber-related business risk expressed in dollars.

More specifically, security teams rely on technical metrics to measure and manage the cyber posture of their organizations. But business leaders rely on financial metrics when assessing business risks. This creates a cyber metrics – business risk gap that in theory CRQ bridges.

But in practice, for the last 10+ years the purveyors of CRQ have fallen short due to their inability to model the efficacy of controls individually and collectively, in the context of threats, vulnerabilities, attack surfaces, and attack paths into and through an organization.

CRQ Software Requirements

For CRQ software to be of value to both security teams, business leaders, IT teams, software development teams, and business operations department leaders, it must:

• Support control investment decision-making by showing how control changes, additions, enhancements, and reductions affect cyber-related business risk in dollars.
• Explicitly factor: (1) the efficacy of Defensive Controls individually and collectively, (2) the range of strength of adversarial tactics, techniques, and procedures based on MITRE ATT&CK庐, and (3) attack surfaces and attack paths into and through the organization’s IT/OT estate in the context of the loss events of concern to business leaders.
• Provide a defensible method for calculating Aggregate Control Effectiveness, i.e., the overall effectiveness of all Defensive Controls working together, in concert. The only credible way to do this is by using information from Performance Controls to map Defensive Controls’ effectiveness against the attack paths.
• Provide a set of open, standardized parameters across all Defensive Control types so that the efficacy of controls across all domains can be compared.
• Accept input from any combination of Performance Controls an organization chooses to deploy. This means that the CRQ software places no restrictions or limitations on Performance Control selection.

CRQ Vendor Business Models

There are two prevalent business models for CRQ vendors – SaaS software and Advisory Services.

Most security teams are not ready to make a major commitment to a SaaS annual subscription for two reasons. First, lack of a resource with CRQ experience. Second, simply the expense.

A better approach is to work with an experienced CRQ Advisory Service that can also assist with the selection and implementation of Performance Controls.

A pilot program using an Advisory Service can be inexpensively implemented with very limited client resources.

What follows is a discussion of how Monaco Risk’s CRQ Advisory Service and software platform meets the above requirements.

Monaco Risk’s Cyber Defense Graph

We architected Monaco Risk’s CRQ software to be the CRQ layer of the Cybersecurity 3-Layer Wedding Cake. More specifically our patented Cyber Defense Graph software offers a useful and credible method of calculating individual and Aggregate Control Effectiveness in the context of threats, vulnerabilities, attack surfaces, and attack paths.

Modeling attack paths is critical to understanding how a change to a Defensive Control affects the risk of a Loss Event. Put another way, evaluating a new Defensive Control in isolation cannot predict how that control will perform in concert with the other deployed controls to reduce the likelihood and impact of loss events of concern to business leaders.

Here’s why. A Defensive Control can test very well individually but not reduce risks significantly, even if it’s well configured, for two reasons. First, the control may be on a path that does not see very many threats. Second, the control is on a path with several other strong controls.

Below is a partial example of a Cyber Defense Graph (CDG) generated by Monaco Risk’s software.

Figure 2: Monaco Risk’s patented Cyber Defense Graph showing Critical Path Weaknesses.

This CDG highlights the four key stages of a successful attack, based on MITRE ATT&CK, that results in business disruption due to ransomware: (1) Initial Access, (2) Execution on Workstations, (3) Lateral Movement including execution on workloads, and (4) Adversarial Objectives.

The arrows stand for threats that enter from the left and move along attack paths. The nodes (boxes) represent Defensive Controls that can block the adversary’s tactics, techniques, and procedures. Every Defensive Control can block some percentage of threats. Threats that make it all the to the far right represent loss events.

The shades of red of the control nodes indicate the criticality of the attack path based on the controls’ abilities to block the TTPs. The darker the shade of red, the more critical the attack path.

Sensitivity (Tornado) Charts

In addition to Critical Path Weakness graphs , Monaco Risk’s software generates a Sensitivity Charts which show the relative importance of individual controls. It’s commonly referred to as a tornado chart due to the overall pattern of the bars.

Figure 3: Sensitivity (Tornado) chart shows the relative importance of each control in the Cyber Defense Graph.

The bars to the left of the center line show the percentage decrease in Aggregate Control Effectiveness if the control was removed. The bars to the right show the percentage increase in Aggregate Control Effectiveness if the control is implemented with complete Coverage and a high level of Governance.

GRAACE

The Cyber Defense Graph software is a component of Monaco Risk’s overall approach to CRQ called GRAACE (Graphical Risk Analysis of Aggregate Control Effectiveness, pronounced grace).

GRAACE is both a CRQ ontology fully implemented in software and a process to support strategic and tactical control investment decisions.

Here is a brief description of each of these terms:

Risk is based on the probability (likelihood or frequency) and the financial impact (magnitude) of loss events for a given period of time.

Control can be any people, process, or technology that the organization has control over to reduce risk. Organizations implement Defensive and Performance Controls.

Graphical representation of the attack surfaces and attack paths adversaries can take into and through the organization’s IT/OT estate to achieve their objectives. Defensive Controls are mapped to attack paths and visualized in Monaco Risk’s Cyber Defense Graph.

Aggregate Control Effectiveness is the combined effectiveness of an organization’s portfolio of controls. It’s the inverse of Susceptibility (1-Susceptibility). It’s calculated using Defensive Control efficacy determined by Performance Controls, in the context of threats, vulnerabilities, attack surfaces, and critically attack paths through the organization. Control investment decision-making is improved by showing how one or more additions, changes, or removals of controls affect Aggregate Control Effectiveness.

GRAACE Ontology

Why call this an ontology? At some point in your investigation of CRQ, you are sure to come across the “FAIR Ontology.” Since Monaco Risk is in the same space, and you may want to compare and contrast GRAACE with FAIR, I decided to use the word ontology as well. It’s a diagram to show the factors we use for calculating risk and the relationships among them. For a more detailed comparison see,

The figure below shows the GRAACE ontology.

Figure 4: The GRAACE Ontology

Here is a brief description of each component of the GRAACE ontology.

Risk: Loss Event Taxonomy

A problem that often arises when performing cybersecurity risk assessments is determining whether you have addressed all the possible loss event types. For the last four years, Monaco Risk has been maintaining and updating a Loss Event Taxonomy that exhaustively covers all cyber loss event types.

During this period, the number of loss event types has grown from the initial 12 to 16. They are categorized as follows: (1) Exposure of Sensitive Information, (2) Business Disruption, (3) Direct Monetary, Business, or Resource attack, and (4) Non-compliance, audit, or liability.

We’ve made the Loss Event Taxonomy available at no charge under a Creative Commons license. Please contact me and I will send you the document. My contact information is available at the end of this document.

Loss Event Frequency: Cyber Defense Graph

Monaco Risk’s Cyber Defense Graph simulation software was described in an earlier section. It’s our approach to decomposing and calculating Loss Event Frequency.

Loss Magnitude – Financial Loss Components

Monaco Risk’s Loss Event Taxonomy provides four categories of Financial Loss Components which relate directly to the loss event types: (1) Direct Monetary Loss, (2) Lost Revenue, (3) Increased Costs, and (4) Liability &amp; Regulatory. The full list of ten Financial Loss Components is available with the Loss Event Taxonomy under a Creative Commons license. Glad to send upon request.

GRAACE Process

GRAACE is more than a quantitative cybersecurity risk model. It’s also a risk management process which consists of three phases: (1) Identify the loss events of concern to business leaders, (2) Baseline current cyber posture using the Cyber Defense Graph, and (3) Run what-if scenarios on control changes to show changes in risk expressed in dollars.

This fosters collaboration with business leaders who set cybersecurity budgets and cooperation with IT and software development teams, and operational teams who are impacted by cyber incidents.

About The Author

Bill Frank has over 24 years of cybersecurity experience. At present, as Chief Client Officer at Mr. Frank is responsible for leading Monaco Risk’s cybersecurity risk management engagements. In addition, he collaborates on the design of Monaco Risk’s cyber risk quantification software used in client engagements.

Mr. Frank is one of two inventors of Monaco Risk’s patented Cyber Defense Graph. It is the core innovation for Monaco Risk’s cyber risk quantification software which enables a more accurate estimate of the likelihood of loss events.

Prior to Monaco Risk, Mr. Frank spent 12 years assisting clients select and implement cybersecurity controls to strengthen cyber posture. Projects focused on controls to protect, detect, and respond to threats across a wide range of attack surfaces.

Prior to his consulting work, Mr. Frank spent most of the 2000s at a SIEM software company where he designed a novel approach to correlating alerts from multiple log sources using finite state machine-based, risk-scoring algorithms. The first use case was user and entity behavior analysis. The technology was acquired by Nitro Security who in turn was acquired by McAfee.

Bill Frank’s contact information:

• Email: bfrank@monacorisk.com

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To stay updated in the evolving IT environment, organizations are consistently navigating multi-cloud transitions and embracing hybrid work models. The increasing dispersion of users and applications across platforms heightens the difficulty of ensuring a functioning, resilient, and consistent user experience.

For this reason, IT teams must rethink their networking strategy as the conventional application model shifts from data-center-centric to internet-enabled cloud-centric. In this article, we’ll tackle the challenges brought on by current trends and discuss how IT teams can navigate them.

Solving Hybrid Workspace Challenges

Hybrid work models pose significant challenges for IT teams striving to ensure a secure and smooth user experience. According to a recent survey, find it harder to secure remote workers, and 51% face difficulties connecting off-site workers to company resources. As users and applications move off-premises, the risk of intentional attacks or data exposure increases.

Cloud-based security solutions offer a centralized control point; however, effective security requires staying up to date with the latest guidelines, best practices, and solutions. Adopting a secure access service edge (SASE) strategy is the answer most IT professionals are turning to.

Built on zero-trust principles, SASE provides a reliable and seamless connection to applications in any environment. Benefits include:

• Unifying networking and security functions into a cloud-native solution.
• Decentralizing security policies and enforcement to accommodate the distributed nature of end users and applications.
• Eliminating the need to consistently route data back to a centralized data center.

These benefits solidify SASE’s position as a top priority for organizations seeking integrated, cloud-based SD-WAN management.

Investing In SASE

In the era of remote work and hybrid cloud usage, a SASE strategy is essential for secure user and app connectivity across any network. Unlike traditional security approaches, it combines networking and security into a cloud-native solution. By deploying security policies closer to users and applications, it embraces a zero-trust model and eliminates the need for constant data backhauling to a central center.

This lightens network loads and improves the overall user experience, ensuring reliable access from edge to edge. As a dynamic architecture, SASE streamlines IT functions to provide secure connection to applications from any location or device.

Navigating Your SASE Journey

Regardless of deployment and consumption methods, a robust SASE strategy is vital for aligning with long-term organizational objectives and operational needs. The goal is to seamlessly blend essential elements from SD-WAN and cloud security. Here are five reasons we’ve identified to invest in and smoothly navigate your SASE journey:

1. Elevates Your WAN With Cloud-Scale Architecture: This is achieved through the delivery of secure connections, facilitated by integrated multi-cloud access, simplified management processes, and the provision of actionable insights.
2. Streamlines Cloud Security: Begin your security strategy at the DNS layer where you can establish a strong foundation. Alternatively, enhance your existing setup by incorporating additional functionality through an open security platform and seamless integrations. By consolidating security processes and multiple functions into a user-friendly, cloud-native service, you create a holistic solution with built-in security rather than merely tacking it on.
3. Simplifies Secure Network Access With Zero Trust: For a comprehensive Zero Trust approach, it is essential to implement identity controls consistently across both branch and remote workers. This involves enabling policy-based controls for every access attempt, regardless of the hosting location.
4. Platform Simplicity: As SASE should be seen as an architectural framework, consider choosing a single vendor to provide both networking and security components. Opting for a platform approach simplifies the architecture and improves performance and cost-effectiveness. We advise selecting a partner such as WEI with extensive expertise to assist your team in addressing challenges across various environments.
5. Customizable SASE Architecture: Embracing your SASE transition means recognizing each organization’s cloud journey. At this point, it is significant to choose a provider that meets your current requirements while anticipating and accommodating your evolving needs both in the present and the future.

As an alternative to traditional security stacks, SASE improves the user experience by offering secure access across the entire network, including the data center, remote offices, roaming users, and beyond.

Final Thoughts

Many companies are embracing SASE, with . How they invest in the tool depends on their current setup, what they’re focusing on operationally, and their overall business objectives.

For a smoother transition, IT teams should take a strategic planning approach, gradually shifting towards a full SASE architecture. Our reliable partner, , has a versatile SASE solution that provides the agility needed for consistent user experiences. With different deployment and consumption options, you can pick what works best for you and let our team of experts assist you in your SASE journey.

Next Steps: You can learn more about how Cisco can transform your network into an intention-based unified fabric that not only furthers the scalability, agility, and performance of your network, but your business objectives as well. Take a closer look at this stunning tool in our white paper, .

The post Strengthen Security And Networking: Five Reasons To Invest In SASE For Hybrid Work appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

In today’s evolving digital landscape, businesses are finding a reliable ally in Secure Access Service Edge (SASE) to safeguard their networks and endpoints. Imagine it as a musical conductor, skillfully bringing together different players in a complex orchestra of networking and security.

Just like a maestro ensures a harmonious symphony, SASE guarantees secure and seamless access to applications – regardless of your location or the device you are using. In this article, we explore how SASE can benefit your business and enhance the security of your data and network in a hybrid environment.

Factors For A Successful SASE Implementation

SASE revolutionizes security by seamlessly integrating networking and security functions into a unified, cloud-native solution. This innovative approach enhances user experience and efficiency with a secure access framework that spans across the data center, remote offices, and roaming users.

In contrast to traditional methods, SASE adapts to the dynamic and hyper-distributed nature of today’s hybrid environments. To make SASE work well for your business, it’s important to think about these aspects:

• Simplify And Streamline: Managing security and networking in a fragmented landscape is challenging. A unified approach is essential for simplifying complex networks and security. It’s important for organizations to combine various network ecosystems and security solutions for better visibility, policy control, and overall protection across all networks.
• Enable Hybrid Work Success: In the age of hybrid work and multi-device usage, networking teams need to ensure reliable connectivity to any cloud. This helps address network performance problems caused by increasing internet traffic and changing traffic patterns.
• Optimize Operational Costs: Reducing costs is a big concern when it comes to secure connectivity in complex IT setups. SASE tackles this issue by using SD-WAN and smart traffic modeling for enhanced security and cost-efficiency across public, private, and hybrid clouds. Moreover, there are several options available, such as:
  • Service-based solutions (SaaS) which ensure quick setup with minimal disruption.
  • Hybrid or co-managed models which offer customization and visibility.
• Collaborating Between Networking And Security Teams: SASE encourages collaboration between networking and security teams. This collaboration cuts costs, streamlines operations, and makes security a top priority.

Investing In A Comprehensive SASE Solution

Having identified the elements of successful SASE implementation, the next step is determining the specific provider for the service.

Investing in a SASE solution is crucial for ensuring optimal and secure connections in today’s dynamic digital landscape. stands out as a top choice due to its innovative features and commitment to address evolving cyber risks. Here’s why Cisco’s SASE is worth considering:

• Optimal Cloud Connectivity: Cisco SASE ensures secure connections for users and devices to all cloud environments. It effectively identifies and resolves challenges present in traditional setups. Additionally, it provides a uniform security approach irrespective of user locations.
• Versatile Deployment Models: Recognized by for SD-WAN and WAN Edge Infrastructure, Cisco SASE offers various deployment models tailored to diverse organizational requirements. This set-up guarantees a smooth and user-friendly experience across various use cases.
• Zero Trust Security Model: This solution implements a zero trust security model to fill security gaps, drastically boosting the effectiveness of addressing evolving cyber risks.
• Simplified Threat Detection And Integration: Cisco has seamlessly incorporated SASE functionalities into Meraki, Cisco ISR routers, and third-party routers. The integration extends to , a cloud-based security orchestration tool designed to unify security infrastructures into cohesive ecosystems. Featuring approximately 350 pre-configured APIs for seamless integration with third-party systems, SecureX is bundled with every Cisco security product and requires no extra licensing. Users gain access to telemetry data and threat information within 15 minutes which reduces reliance on additional Professional Services. This results in significant time and cost savings.
• Hybrid Work Environment Capability: Cisco SASE streamlines management challenges by efficiently enabling visibility of multiple remote users, devices, and data.
• Adaptability And Scalability: Cisco’s SASE solutions are built on open standards and boast robust API support. This framework empowers organizations to fulfill their current secure connectivity requirements while maintaining flexibility.

Cisco’s SASE solution represents more than a current solution; it embodies a strategic transformation. By offering a comprehensive approach, it empowers businesses to proactively prepare for evolving security and networking needs.

Final Thoughts

Cisco stands at the forefront of SASE technology. In partnership with a broad network of collaborators, our service empowers you to customize deployment models, offering robust networking solutions, advanced security features, and enhanced internet observability capabilities.

To learn more about Cisco’s advanced SASE solutions, contact WEI today.

Next steps: Discover more about how your business can implement a meaningful SASE strategy by downloading our tech brief, The First 5 Things You Should Know About SASE.

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In the constantly changing world of cyber threats, it’s crucial for organizations to strengthen their defenses. While advanced security features are important, they become less effective if basic security measures, like building a “security-first” culture in the workplace, are overlooked.

In a , every member of the organization recognizes their responsibility for data and network security – whether they’re a new team member or a long-time part of the management team. It involves regularly evaluating security implications, including granting network access or responding to e-mails and information requests. This heightened awareness and participation become even more pronounced with the prevalence of remote and hybrid work setups. Given the nature and distribution of data and network access, maintaining location awareness of your IT assets serves as the initial step in establishing a culture of security.

Building Security Awareness In Organizations

In the pursuit of establishing a holistic, security-first culture within organizations, certain key pointers should be considered:

1. Adopt A Unified Security Mindset

Cybersecurity may not be the most glamorous aspect of your business, but it’s just as important as any other. Take time to carefully assess the security implications of various actions and decisions, such as:

• Granting partners access to your network.
• Defining features for a new product.
• Responding to information requests via phone, email, or social media.

These security considerations should be an integral part of every engagement strategy. A unified security mindset can be achieved through continuous training and education within the organization.

2. Maintain Security Awareness

Promoting a security-first culture emphasizes that security awareness is an ongoing process. Each new security feature or software application introduces potential risks, so it’s critical to have continuous awareness and effective communication. Mistakes will happen, but if your enterprise is prepared for those mistakes, the consequences will be less severe.

Security incidents are teachable moments. Ensure everyone understands the nature of the mistake, its consequences, and preventive measures for the future.

3. Exercise Accountability

Building a security-first culture involves accountability. That means, proactive company policies should be consistently enforced without relying on fear. On the other hand, recognizing and celebrating successes also fosters a strong security culture.

A Security-First Culture Requires IT Asset Awareness

The emergence of hybrid and remote work has made the adoption of a security-first culture more challenging. This shift, while offering unprecedented flexibility, also introduces security challenges in terms of accountability and security awareness.

With the adoption of hybrid and remote work, critical asset data is dispersed across various systems – from static spreadsheets to incomplete databases – which pose a significant security threat to enterprises. The escalating number of ransomware attacks leaves organizations in a precarious position – unable to defend or manage assets they may not even be aware of.

This lack of awareness amplifies the cost and complexity of IT asset management. The phrase “unknown assets are just risks” highlights the immediate need for a reliable IT asset management solution.

Embracing Asset Awareness With ThinkShield

In response, Lenovo came up with . As part of their cybersecurity solutions under the portfolio, this solution offers comprehensive visibility and seamless integration into various enterprise assets.

As a pioneer in OEM solutions, Lenovo ThinkShield Asset Intelligence guarantees the following benefits to its users:

• Precise Asset Management: IT managers gain a comprehensive view of device locations and assignments, regardless of make and model. In turn, this forms a solid foundation for effective asset management.
• Automated Data Flow: Lenovo goes beyond the conventional by automating the flow of factory procurement data, integrating seamlessly with an organization’s discovery data.
• Holistic Perspective: ThinkShield Asset Intelligence stands out in a sea of asset management solutions by merging information about purchased assets with existing endpoint management sources. This feature effectively mitigates attack risks throughout device lifecycles.
• Preventive Measures: The solution establishes clear processes for verifying complete and accurate asset disposal, preventing breaches before they occur.

Final Thoughts

The evolution of work environments highlights the need for a flexible security-centric culture. With data accessible from anywhere, the emphasis on reinforcing cybersecurity measures becomes more prominent.

To effectively navigate the new workspace, companies must maintain awareness of their assets and seamlessly integrate data protection into their organizational mindset. Lenovo ThinkShield offers a comprehensive asset management solution that addresses challenges associated with varied work setups and serves as a proactive defense against ransomware.

If you are ready to start your journey to a security-first mindset, our team of experts at WEI is here to assist you.

Next steps: TBC

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Many enjoy capturing photos and videos with their phones, but we often forget that our phone storage can get full fast. To solve this, some store their photos in the cloud. To keep our memories safe from loss or hacking, we utilize passwords and other security measures. But it’s tough to keep our data organized and protected online.

Businesses deal with a similar problem on a much larger scale. As the demand for data-related work grows, businesses struggle with storage performance and availability issues. With the increasing demand for data-related workloads, businesses face challenges addressing storage performance and availability issues. This, in addition to the rise in ransomware attacks and shifts in business dynamics, means more enterprises need integrated security measures.

Navigating The Ransomware Protection Landscape

The surge in cyber-attacks, specifically ransomware and malware, has become a prevalent concern for not just IT leaders, but also the executives they work alongside with. Given the alarming and evolving threats, IT teams are focusing on boosting their data storage protection as much as possible. And while we have talked about blueprints for ransomware protection in the past, the recommended approach is different for every organization.

Many organizations often resort to crafting customized strategies, frequently drawing from the . This framework is widely organized by the five key functions of Ultimately, it provides a framework for enterprises to manage their cybersecurity risks by better determining the scope of an attack and responding swiftly.

In response to these challenges, unified storage emerges as a strategic solution.

Unified Storage In The Digital Transformation Era

Unified storage emerges as a strategic cybersecurity ally against threats like ransomware. It offers the following advantages:

• A single, scalable platform for streamlined management of data across various locations, be it on-site or in the cloud.
• Cost-effective solution to strengthen data security and recovery strategies.

Implementing unified storage can be challenging for teams without proper guidance and tools. WEI and Nutanix each address this by streamlining the service, eliminating inefficient systems, and minimizing downtime for simplified operations.

Advanced Ransomware Protection

On top of offering a unified storage platform, Nutanix provides IT leaders the opportunity to improve their respective enterprise’s security posture through . This advanced, as-a-service solution seamlessly integrates with multiple techniques and technologies to ensure ransomware resilience, detection, protection, and recovery. The service provides:

• Global Data Visibility: Data Lens facilitates a proactive assessment of potential threats, coupled with detailed auditing capabilities, ensuring a comprehensive understanding of data security risks and activities. By providing this panoramic view, Data Lens empowers organizations to identify and mitigate potential risks in a timely and effective manner.
• Automated Threat Detection And Blocking: Gain access to a 20-minute containment window for automatic threat detection and blocking. This rapid response mechanism is crucial in preventing the escalation of ransomware attacks, which minimizes potential damage and disruption.
• File-Blocking And Anomaly Detection: This entails the detection of ransomware patterns and the automatic blocking of files exhibiting suspicious behavior.
• One-Click Rapid Recovery: This feature offers a quick and flexible set of automatic options for responding to ongoing ransomware attacks. Simultaneously, it facilitates efficient snapshot recovery, minimizing downtime and ensuring a swift return to normal operations.
• Data Analytics And Lifecycle Management: This includes data age analytics, smart tiering, and space-efficient snapshots. These features enhance the overall efficiency of data management and contribute to storage resource optimization.
• Compliance Assurance: Data Lens provides detailed visibility into user activity, maintains comprehensive audit trails, and offers customizable reporting functionalities. With this solution in place, organizations can adhere to regulatory requirements, demonstrate compliance, and swiftly respond to any audit-related inquiries.

While Data Lens offers valuable features, it’s important to emphasize that it should – not substitute – a comprehensive cybersecurity and backup service, especially for tasks beyond snapshot recovery. These services are essential for detecting changes early, monitoring access patterns, and identifying potential threats. Even in situations where a company acknowledges the risk of ransomware, the primary objective remains the swift restoration of normal business operations using snapshots and rapid recovery options. 

Final Thoughts

To effectively counter the growing threat of cyber attacks, organizations must prioritize resilient cybersecurity infrastructure. To achieve this goal, enterprises need to adopt unified storage systems, especially those fortified with advanced ransomware protection features like Nutanix’s Data Lens. This advanced technology not only acts as a robust defense against immediate ransomware threats, but also streamlines data consolidation, bolsters security measures, and facilitates prompt recovery processes.

In the pursuit of strengthening data protection measures, our team of experts at WEI is ready to assist you in attaining your cybersecurity objectives. In the continually changing digital landscape, unified storage emerges as a strategic and technologically savvy decision.

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In the fast-moving world of data security, a resilient and dependable backup solution is an absolute necessity. For more than a decade, and Veeam have teamed up to offer top-notch products that communicate seamlessly together. The two have harnessed their expertise to combine their highly differentiated products into scalable and cost-effective backup solutions, thus enabling enterprises to achieve the performance and efficiency needed to realize their backup, recovery, and disaster recovery (DR) goals.

What exactly makes this partnership so unique? We explore how solution has revolutionized data backup, recovery, and disaster recovery.

ExaGrid And Veeam: A Symbiotic Relationship

ExaGrid’s appliances are designed to work seamlessly with Veeam’s Data Mover, thanks to the ExaGrid-Veeam Accelerated Data Mover. This integration adds a range of advanced features, including:

• Sure Backup
• Virtual Lab
• Instant Virtual Machine (VM) Recovery
• Data Replication And Copying

This combination of features and teamwork between the two partners sets them apart in the competitive world of backup solutions in several ways:

1. Decreased Long-Term Retention Costs

The , when used in tandem with the Veeam Availability Suite, provides a powerful solution for businesses to significantly cut their costs. This combination is renowned for its ability to deliver the industry’s fastest backups and restores, reducing these processes from minutes to mere seconds.

Combining Veeam backups with ExaGrid’s Landing Zone, the ExaGrid-Veeam Accelerated Data Mover and ExaGrid’s support of Veeam Scale-Out Backup Repositories (SOBR) significantly optimizes data management. This means ExaGrid leverages Veeam deduplication and dedupe-friendly compression to achieve faster data restores and virtual machine boots. This process reduces the deduplication ratio from 2:1 to an impressive 14:1, resulting in substantial storage and cost savings for long-term retention.

Furthermore, this solution features a scalable storage system that can seamlessly grow alongside your expanding data needs. This empowers businesses to efficiently manage data and avoid excessive storage costs.

2. Fast Backup And Recovery

Speed is of the essence when it comes to data backup and recovery. With Veeam-to-Veeam communication, data is moved and restored 30% faster than other methods. Even the process of starting virtual machines takes seconds to a few minutes at most.

Additionally, with the release of , the Veeam Fast Clone feature is now running 30 times faster than the previous version. Its capability to perform synthetic full backups on ExaGrid appliances is an innovative advancement.

This means that when you need to resynthesize synthetic full backups into ExaGrid’s Landing Zone, the process is now incredibly fast. This translates to having the quickest data restores and virtual machine boots in the entire industry.

3. Scalability And Cloud-Readiness

The growing volume of data we produce poses a significant challenge for companies struggling to maintain an efficient data backup system. However, the ExaGrid-Veeam solution provides a solution to this problem with future-proof scalability. In other words, as your data grows, your backup system won’t be left behind.

The beauty of this scalability is its simplicity. When your data expands, just add another ExaGrid appliance to your setup to make more storage space. This way, your backup system can smoothly handle your growing data needs without any trouble or complex adjustments.

4. Comprehensive Security And Ransomware Protection

ExaGrid and Veeam understand that keeping your data safe is a top priority. They’ve put in place a viable architecture to protect your information. This system includes various important features, such as:

• Role-Based Access Control (RBAC): Only the people who should have access to your data can get to it.
• Two-Factor Authentication: Now, it will be extra hard for anyone to access your data without your permission.
• Secure HTTPS And TLS Certificates: This feature keeps your data safe during transmission.
• IP-Based Whitelists: With this option, only trusted devices are allowed to connect to network.
• Extensive Monitoring: This ensures your data is consistently protected on all your devices.
• Self-Encrypting Drives And WAN Encryption: This extra layer of security provides added layers of protection. Think of it like putting another lock on the door to your data.

This combination of security measures makes the ExaGrid-Veeam solution a robust defense against potential threats, like ransomware.

Final Thoughts

ExaGrid and Veeam’s extensive partnership offers a top-tier backup solution that’s three times faster than competitors. It includes maintenance, support, and serviceability without hidden costs, unifying premier products and IT architectures seamlessly.

If data management and protection is part of your business strategy, contact WEI to kickstart your data and disaster recovery journey. It’s time to elevate your data protection with tiered backup storage for improved performance, cost efficiency, and scalability.

Next Steps: Download our tech brief titled It dives into the five steps required for a proactive and secure backup strategy.

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Your household provides comfort and peace of mind because everything you need is in one place. To safeguard assets and sense of well-being, some of us may have installed a security system – whether it be locked gates, cameras, or smart locks. However, you noticed there’s been a rise in break-ins and burglaries in your neighborhood. Unfortunately, criminals are growing bolder and more skilled, which means bolstering your own security and safety measures.

Now think of data as the valuable possessions inside your home, and the security system as data protection measures. In a similar way that home burglaries are getting more frequent, there has been a surge in data-related disruptions and threats in recent years. Like burglars, cybercriminals have evolved sophisticated techniques, such as ransomware and malware, which pose a significant risk to your data security.

The Challenge With Data Security

These days, data is spread across various platforms in the digital environment, ranging from edge to cloud. This dispersion poses a challenge comparable to safeguarding valuables hidden in different rooms or spots within your home.

Businesses encounter this challenge with cybersecurity: how to secure data across diverse environments and ensure seamless integration. IT and security teams must adapt to new threats and safeguard data wherever it resides. Often, a CISO is overseeing an environment comprised of legacy security technology that operates independently from other elements within the environment’s surface area, leading to major inefficiencies and increased blind spots, especially with cloud adoption as popular as it is.

Meet Your Ideal Data Security Solution

Just like apps that consolidate home security monitoring, plays that same role for businesses. Providing a comprehensive data protection solution from edge to cloud, this solution ensures the following:

1. Integrated security measures into your enterprise’s system architecture. HPE GreenLake for Data Protection conducts data risk assessments, identifying and addressing cybersecurity gaps beyond firewalls. It helps unify data security efforts for consistent practices across your business’s IT landscape.
Additionally, HPE’s provide expertise to automate and scale your data security journey without unnecessary complexity or cost through:

• Streamlining operations and reducing risk with a single console for on-premises virtual machines and cloud-native workloads.
• Protecting your data from ransomware with rapid recovery through a fully orchestrated failover and failback solution within seconds.

2. Resilient cloud-based options for continuous data protection. HPE GreenLake for Data Protection provides a simple, strong, and seamless cloud experience to tackle cyber threats and data growth by transforming traditional storage into cloud-native data services.

The key benefits of HPE’s continuous and secure data protection include:

• Comprehensive enterprise data protection from edge to cloud, globally.
• Encrypted backups that safeguard data from various cyberattacks, including ransomware.
• Support for long-term data retention, mobility, immutable backups, and data resilience testing.
• Enhanced cybersecurity awareness, cloud security, data protection, risk assessment, and threat identification.

By entrusting HPE experts with the task of safeguarding your enterprise data, you gain a smart and cost-effective solution to protect your data.

3. Quick backup and data recovery. While no cybersecurity plan guarantees absolute immunity, HPE offers specialized services for avoiding and recovering from ransomware and malware incidents within minutes.

• Disaster Recovery with : Powered by , this collaboration enables rapid recovery from attacks and restores data to its pre-attack state within minutes. Moreover, it also supports data and workload migration and backup and recovery for various workloads, including on-premises, cloud-native, and SaaS environments.
• : This service provides continuous, encrypted data backup with precise granularity, ensuring fast and effective recovery. With this level of protection, recovery from attacks that threaten data deletion or modification can be comprehensive.

4. Scalability and cost-efficiency to deliver uninterrupted operations. HPE’s portfolio of complements your existing data security program without replacing it, providing broad-spectrum security. This integration offers:

• Operational efficiency through automation and a , providing an affordable disaster recovery solution.
• for ransomware prevention, quick data recovery, and long-term data retention while eliminating complexity and hardware overprovisioning.
• Guaranteed data integrity and availability across locations and hosting platforms.

HPE GreenLake’s portfolio of cybersecurity services provides consolidated protection across multi-site deployments without adding complexity to your infrastructure.

Final Thoughts

Just as you secure your valuable home assets from burglars and unwanted visitors, your data also needs protection. HPE GreenLake for Data Protection provides scalable, continuous, and secure solutions to boost your data security strategy at any stage of your enterprise’s cybersecurity journey.

It’s time to act to secure your data against global threats and maintain operational continuity. Contact our security experts at WEI for a comprehensive data protection assessment and explore HPE’s solutions for today’s edge-to-cloud world.

Next steps: Click below to read HPE GreenLake Provides The Full Spectrum of HPE 疯情AV.

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A constant, unwelcome guest in the digital transformation era refuses to leave: ransomware. This digital villain continues to adapt and grow despite years of battle. Although there have been a about ransomware, enterprises are still finding it difficult to ward off these threats.

According to the , two-thirds of the surveyed global organizations experienced ransomware attacks, with half of those targeted ultimately giving in to attackers’ demands. This ongoing struggle against digital extortion sheds light on the enduring challenges of modern times. In light of this, it’s essential for businesses to equip themselves with effective defenses to counter this persistent problem.

Strategies To Counter Ransomware

Ransomware poses a significant threat to organizations, from data loss to operational disruptions. Fortunately, there are a host of measures available to reinforce defenses. In fact, surveyed for the report identified some key technologies to safeguard systems:

• Internet of Things (IoT)
• Secure Access Service Edge (SASE)
• Secure cloud workloads
• Next-Generation Firewalls (NGFWs)
• Endpoint Detection and Response (EDR)
• Zero Trust Network Access (ZTNA)
• Secure Email Gateways (SEG)

Additionally, these stakeholders understand that proper security training, backup capabilities, and reassessment of resources are important in enhancing cybersecurity measures. This goes to show that IT leaders already see the value of investing in these solutions to mitigate the impact of ransomware.

Tackling Ransomware With Fortinet

A longtime partner of WEI and bona fide leader in the cybersecurity world, Fortinet continues taking significant strides in blocking the threats to suit various organizational needs. Its Security Fabric portfolio offers a suite of tools and services designed to address every facet of data and network protection and recovery.

This integrated system harnesses the power of AI and machine learning to seamlessly merge prevention, detection, and response functions across the entire spectrum of cyberattacks. Moreover, Fortinet’s solutions are scalable and extend personnel support by offering readiness assessments and specialized training to effectively counter ransomware incidents.

Here’s how Fortinet’s five-point solution and service helps businesses thwart ransomware, as outlined by the U.S. Commerce Department’s National Institute of Standards and Technology (NIST) :

1. Identify: Fortinet’s Risk Assessment offers a comprehensive approach to cybersecurity responses. Through the , existing investments are optimized, gaps are pinpointed, and security operations are elevated. In addition, counters reconnaissance-phase attacks to minimize later-stage threat costs.
2. Protect: Fortinet’s network security suite is anchored in AI-powered NGFWs that deliver an intensive threat mitigation strategy across diverse locations. The platform offers the following:
   1. ensures consistent user security regardless of network connection.
   2. (network access control) is a zero-trust access solution that manages network access for diverse devices.
   3. is enabled on any device or service running FortiOS 7.0 and higher and extends its coverage to remote work scenarios.
   4. A range of complementary products, including , , , ; for data protection; for email security; and , , , and for identity protection.
   5. Playbook development and security awareness training for IT teams.
3. Detect: Fortinet has these tools to enable quick threat identification:
   1. entices attackers to expose themselves.
   2. and provide endpoint protection.
   3. identifies advanced threats.
   4. offers network detection and response.
4. Respond: Fortinet also offers services to empower your team’s capabilities in detecting and responding to ransomware threats:
   1. supplements your team through analyst domain expertise using advanced capabilities, including machine learning and knowledge transfer to ensure information, network, and asset security.
   2. (MDR) guarantees round-the-clock threat monitoring and is designed for enterprises already using FortiEDR or platforms.
5. Recover: Fortinet conducts compromise assessments and offers incident response services once the threat has been identified.
   1. team discovers hidden gaps in security through assessments and data analysis in pre-, during-, and post-incident phases.
   2. Supplementary tools such as , , FortiXDR, and facilitate security logging, analytics, and orchestration.

This comprehensive strategy is in accordance with industry standards to ensure readiness, prevention, swift detection, expert response, and effective recovery against the ever-present ransomware threat.

Final Thoughts

In this rapidly evolving digital landscape, organizations need IT infrastructure to withstand ransomware attacks. Fortifying your defenses not only safeguards critical data and operations, but also bolsters your ability to adapt and thrive operationally.

Our experts at WEI possess a deep understanding of cybersecurity and ransomware’s evolving tactics. Contact us today to begin an assessment of your organization’s vulnerabilities, and we can tailor solutions to your specific needs. As a valued partner, we will make sure your IT landscape remains resilient against the ever-present threat of ransomware.

Next steps: Managing and securing data, applications, and systems has become more arduous and time consuming with the rise of cloud adoption and the expansion of the digital attack surface. To help remedy this, FortiAnalyzer offers a powerful log management, analytics, and reporting platform that features a single console to manage, orchestrate, and respond. Download our free tech brief below to read. 

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As the world moves towards a digital future, network security is more important than ever. In an ideal network infrastructure setting, a single firewall would be enough to protect business assets from external threats. However, as technology progresses and attackers become more advanced, these security measures need to evolve in depth and flexibility.

Imagine a medieval kingdom facing a dragon that could fly over walls and burrow deep underground. To fight it off, the king devises a new strategy: Instead of relying solely on their stationary walls, he extended their defense measures throughout the kingdom. They fortified villages, erected watchtowers, and armed every citizen. The entire realm became an extension of the fortress, where each element worked in harmony to repel threats from every direction. Today’s network security strategies must work in unison as well. As a side note, a fire-breathing dragon would make for a cool office attraction. Maybe we’ll write an article about that someday.

Evolving Network Security Measures

In mirroring the narrative above, the evolution of network security means traditional firewalls fall short in the digital arms race, and IT teams are coming up with strategies to fortify their defenses. Moreover, modern applications span cloud and on-premises platforms which require secure access from anywhere. The single perimeter concept from way back has now shifted to micro-perimeters that need tailored security. Now, applications serve as perimeters, and firewalls encompass physical, virtual, and cloud-native forms.

Managing this new framework poses challenges. While the goal is to deploy strong network security, ensuring steady and consistent resiliency and policy enforcement across this setup is a hurdle businesses commonly face.

Your Guide To Modern Firewall 疯情AV

To navigate this complex terrain, our team has identified five essential tips for choosing a firewall solution that will help transform your entire network into an extension of your security architecture:

1. Think Beyond The Edge: Firewalls once stood at network edges, but networks have changed. Now, policies are enforced universally using smart control points. This strategy deploys security controls widely, gathering context for enhanced threat visibility and meeting security needs.
2. Embrace Superior Threat Protection: Choose a firewall with excellent visibility and advanced threat defense. Detect and halt threats swiftly across users, networks, and infrastructure. Use continuous analysis and endpoint security integration to preempt potential risks.
3. Transition To The Cloud: Move away from traditional firewalls and invest in cloud-based management for hassle-free, robust security. Streamline control, visibility, and policy enforcement across diverse environments, safeguarding both traditional and cloud networks, as well as endpoints and applications.
4. Utilize An Open Security Ecosystem: Integrate your firewall with , an open security platform. Streamline policies and threat correlation across networks, endpoints, and workloads for more effective security management.
5. Choose a Reliable Partner: This tip is easier said than done, as our team frequently comes in to clean up a mess a client unknowingly got itself into. Identifying a solutions vendor that goes beyond a product and collaborates to secure your network is an obvious step, but knowing which technology partner to work with in guiding this process is another. Prioritize ongoing support, updates, and expertise. Lean on and WEI’s technical expertise and dedication to enhance your network security.

Meet The Cisco Secure Firewall Portfolio

A is more than hardware or software; it’s a strategic move toward a more resilient and adaptable security architecture. Here are the service’s key features that make it a superior choice for safeguarding your network:

1. Comprehensive Protection: Choose a firewall that offers holistic security, safeguarding your entire network, not just its perimeter. excels here, defending against a spectrum of threats like malware, ransomware, and phishing attacks.
2. Scalability: As your business grows, your network security needs will too. The firewall you choose should be able to scale with your business, providing consistent protection even as your network expands.
3. Visibility And Control: The best firewalls provide thorough network visibility, enabling traffic monitoring, anomaly detection, and swift threat response. Look for a solution that provides granular control over your network’s security.
4. Ease Of Use: Avoid security risks tied to complex, challenging firewalls. Opt for an easily manageable solution like with its user-friendly interface and array of automation tools.
5. Integration Capabilities: Ensure your firewall integrates smoothly with other security solutions. This creates a unified defense architecture against sophisticated, evolving threats.

Final Thoughts

While it would be a great Netflix feature,, your organization no longer needs to manually build fortresses to defend against scaly, fire-breathing threats. provides robust hybrid network security that seamlessly integrates with tools like and . This ensures comprehensive data, application, and user protection for your business.

Offering deep visibility, modern control capabilities, and seamless integration, Cisco is the premium network security partner to fortify your digital environment. Contact one of our many WEI experts today to learn how we can help you secure your network and ensure business continuity.

Next Steps: You can learn more about how Cisco can transform your network into an intention-based unified fabric that not only furthers the scalability, agility, and performance of your network, but your business objectives as well. Take a closer look at this stunning tool in our white paper, .

The post Why Cisco Secure Firewall Is Your Best Choice For Network Security appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

The era of digital transformation has completely changed the way we work, with remote work and cloud-based applications becoming the new normal. No longer are users and applications confined to physical data centers in office spaces. This traditional setup has given way to a new landscape of hybrid workforces, home offices, and geographically-dispersed headquarters. While these changes have improved digital flexibility, they have also brought new and obvious challenges to network security.

To address this challenge, a modern solution called Secure Access Service Edge (SASE) integrates networking and security in the cloud to provide comprehensive and flexible protection for both users and data. In this article, we explore the benefits of SASE and how it can set IT leaders up for future-ready business operations.

A Modern Approach To Secure Cloud-Based Networking

In today’s landscape, data and applications are spread out across data centers and the cloud, making it crucial to ensure user security. SASE is a perfect solution that has the potential to transform how organizations protect their network infrastructure. It provides seamless, secure access to applications and data from anywhere without compromising on security or performance.

SASE ensures businesses securely connects users – regardless of their location – to critical applications and data. This cloud-based networking approach provides granular visibility of user access patterns and detects anomalies before malicious actors gain access. Moreover, SASE architecture offers scalability, relieving IT teams from managing multiple legacy systems and navigating outdated hardware concerns.

Why Your Organization Needs SASE

Fundamentally, SASE converges SD-WAN, cloud-based security, analytics, and insights into a single, cloud-based solution, delivered as a service, to provide optimal, secure connectivity from every user and device to every cloud. Traditional solutions are typically limited to individual devices or networks. With SASE, businesses unify devices, locations, users, and endpoints within one single platform. This reduces complexity, strengthens scalability, and cuts down on costs associated with maintaining multiple solutions.

Here are some of the benefits SASE can offer your enterprise:

1. Enhanced visibility into user behavior patterns: Implementing SASE enhances visibility by monitoring and analyzing user behavior within your systems, applications, and data. These details inform decisions to optimize processes and tailor services to each user.
2. Robust protection against cyber threats: SASE’s advanced machine learning (ML) algorithms quickly monitor network traffic, data transmissions, and user activities in real time. It also detects potential incidents like malware infections, data breaches, or unauthorized access attempts and automatically takes corrective actions, such as isolating compromised devices or blocking suspicious activities. This approach ensures the security and integrity of your business operations.
3. Improved scalability and organizational efficiency: SASE consolidates authentication, authorization, and encryption functions into a unified platform, thereby simplifying deployment and management and increasing productivity. Additionally, SASE’s cloud-native architecture enables organizations to seamlessly scale, adapt to changing workloads, accommodate growing user traffic, and expand operations without sacrificing performance or security.
4. Protection from unauthenticated users: SASE enhances the overall data security posture of your business by combining multiple authentication methods (such as multi-factor authentication and biometrics) to verify user identities, thereby preventing unauthorized access, data breaches, and insider threats.
5. Mitigated external threats during a malicious event: With its ML capabilities, SASE enhances the overall protection of your business operations by employing secure access controls, network segmentation, micro-segmentation, and traffic inspection techniques. These features enable organizations to:
   1. • Detect and block suspicious activities.
      • Isolate all compromised devices.
      • Prevent lateral movement within the network.
      • Safeguard your business from external threats.

Cisco’s Approach to Secure Hybrid Workforce

, , effectively addresses challenges by enabling secure connections among employees. Secure Connect integrates networking, security, and trusted connectivity within a cloud-managed platform to enhance operations and visibility without the upfront investment. This enables organizations to swiftly deploy the service and reap the benefits of SASE.

Final Thoughts

Workforces are leaning more and more hybrid. Organizations must prioritize the security of their users and data as the modern workforce becomes increasingly dispersed. Embracing SASE allows everyone to future-proof their networks and create an ideal, agile hybrid workforce.

To learn more about how SASE and Cisco+ Secure Connect can benefit your organization, reach out to one of our SASE specialists today.

Next Steps: Discover more about how your business can implement a meaningful SASE strategy by downloading our tech brief, .

The post SASE: The Solution To Building A Secure And Future-Ready Hybrid Workforce appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

The fields of science and IT are constantly evolving. Just when we get comfortable, things change, forcing us to create new theories that drive new ways of doing things. For example, before the germ theory of disease was developed in the late 19^th century, doctors thought disease was spread by miasma or “bad air.” Sounds ludicrous, but this was a reality at one time.

There are IT practices and methodologies that appear just as outlandish today. For instance, remember the practice of backhauling all internet traffic to the corporate data center via expensive MPLS lines and VPNs? With the advent of cloud services, routing traffic to the corporate network seemed as absurd as the idea of a flat earth.

Direct Internet Access

To reduce latency, workload congestion, and cost, enterprises are now implementing Direct Internet Access (DIA). DIA allows branch offices to connect directly to the internet, rather than rely on round-about routing to a centralized data center. DIA provides users low-latency access to their cloud services in a highly efficient matter. It seems so sensible; it makes you wonder why we didn’t always provide direct internet access to users.

Zero-Trust Security

In the past, it was common practice to allow friends and family to greet travelers at the airport gate. However, the early 2000s brought a realization: only those with a boarding pass and proper ID could be trusted beyond the security checkpoint.

Similarly, in the IT landscape, we used to extend trust to anonymous users and devices on our networks. But in today’s world of increased threats, costly data breaches, and malware outbreaks, that trust can no longer be taken for granted. Now, we understand the necessity of constantly verifying the identity and purpose of users and network-connected devices. Trust is no longer an option; verification is a must.

What Is Secure Access Secure Edge?

DIA and Zero-trust network access are just two components of a new cybersecurity framework called SASE that integrates wide area networking capabilities with network security services, combining them into a single cloud-based service.

The term was coined by Gartner in 2019 and represents a shift in how organizations are approaching network security in a cloud-centric world with highly distributed workforces. SASE incorporates multiple as-a-service capabilities to service branch offices and remote workers, ensuring a secure optimized digital experience.

Additionally, SASE offers the following capabilities:

• Software-defined wide area network (SD-WAN)
• Firewall as a Service (FWaaS)
• Secure Web Gateway (SWG)
• Cloud access secure broker (CASB)
• Zero trust network access (ZTNA)
• Data loss prevention (DLP)

SASE is typically delivered as a comprehensive cloud service built on a global, cloud-native architecture that ensures scalability and performance. With its integrated SD-WAN capabilities, network security functions, and policy-based management, SASE ensures optimal performance, reliability, and secure workloads for users connecting to applications and services. SASE provides end-to-end traffic modeling for optimal routing regardless of a user’s location in a world driven by soaring internet workloads and new traffic patterns that create bottlenecks in legacy network topologies.

The Answer To A Complex World

SASE was derived from the need to reduce the complexity of hybrid systems. That includes hybrid network architectures, hybrid clouds, and hybrid work models. SASE offers IT teams a simpler approach to securing expanding attack surfaces and managing an endless array of network-connected devices. It helps eliminate the silos that security teams once operated within, silos that created security gaps that threat actors can exploit.

Here are a few of the ways SASE is helping enterprises navigate the increasingly complex digital landscape:

• AI Optimization: This innovative technology automates manual tasks and eliminates human configuration errors as well as accelerates troubleshooting and remediation efforts.
• Up-to-date Technology: This solution came from the realization that networks are now comprised of multi-gigabyte port options and 5G cellular links.
• Enhanced Cybersecurity: It is also a much-needed way to mitigate the cyber risks posed by expanding attack surfaces in a time of tightening compliance regulatory standards.

Ultimately, SASE is the answer to a growing number of emerging challenges.

Benefits Of SASE

Benefits such as reduced complexity are noble justifications for SASE adaption, but business decisions are driven by numbers. Companies that have integrated experienced the following:

• A 73% improvement in latency and traffic consistency for their users.
• 85% of enterprises cut their malware infections by half.
• 75% of organizations were able to give their IT teams the ability to focus on cost savings.

It is no wonder Gartner expects to adopt a SASE architecture by 2025 and why 98% of CISOs plan to spend money on SASE and prioritize 25-75% of their IT security budget on SASE in the future.

Final Thoughts

Whether you are navigating the challenges of a hybrid workplace, multi-cloud architectures, limited network visibility, internet latency, or an ever-expanding attack surface, Cisco can provide the right SASE solution to help you adapt to the new world that your business must operate and thrive in today. Talk to one of our WEI SASE specialists to learn how SASE can benefit your organization.

Next Steps: Discover more about how your business can implement a meaningful SASE strategy by downloading our tech brief, .

The post Why It Is Time To Transition To The Secure Access Service Edge appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

The workplace environment continues its rapid evolution, as many businesses have begun mandating a partial return to the office, thus elevating the as the primary workplace model. However, establishing secure and robust networks that connect dispersed workforces is still proving to be a significant challenge with many enterprises not realizing loads of unlocked potential in both security and performance.

IT teams responsible for modernizing networks for a hybrid workplace face the challenge of ensuring network security and reliability to protect company data from unauthorized access and exploitation. To achieve this, businesses must adopt seamless multi-cloud integration and establish secure networks that allow employees to access sensitive information safely, regardless of their location or devices.

Businesses working towards an optimal hybrid infrastructure must prioritize agility, data integrity, and security. In collaboration with Infoblox, WEI has identified four requirements that any organization can use to create a modern and secure hybrid environment.

Multi Cloud-Native Integration

and platforms provide businesses with the tools to optimize their distributed systems, which lead to improvements in operational efficiency. Automated workflows and AI-powered tools are key components of cloud-native integration. Additionally, this technology offers container orchestration and serverless architectures, which enable automation and intelligent algorithms to monitor applications in real time. This allows for the rapid identification and resolution of any network security issues.

Not only does a multi-cloud-native approach offer a range of benefits, but it also simplifies resource utilization by eliminating manual maintenance and updates. This results in a more secure infrastructure throughout distributed systems, which in turn yields tangible operational enhancements and significantly improved performance.

A Powerful DDI Platform

DDI (DNS, DHCP, and IPAM) offers an efficient solution for simplifying management across various locations such as data centers, branch offices, and home offices through multi-cloud integration. This integration helps businesses reduce costs by offering the following benefits:

• A Unified View Of Network Infrastructure – This approach eases the burden of network management and facilitates proactive monitoring to ensure early detection of potential issues or security threats.
• Automation Of Key Processes – These processes include operations like device configuration and service provisioning. This ensures system integrity and delivers secure access control, increases efficiency, and mitigates costs related to tedious manual tasks.

Adopting a robust DDI does more than improve the user experience. It also serves as the foundation for new networking and security paradigms, such as SD-WAN, ZTNA, and IoT device visibility and security. In hybrid workplace environments, DDI plays a crucial role in establishing network security to safeguard access to sensitive data – making it an indispensable tool for businesses seeking to establish a secure and reliable hybrid network infrastructure.

SaaS-Based DNS-Layer Security

SaaS-based offers an effective and cost-efficient solution for protecting networks from unauthorized access and misuse. It seamlessly integrates into existing systems, eliminating the need for additional hardware investments. This solution prioritizes scalability and flexibility, allowing businesses to pay for what they need, when they need it.

With its cloud-native architecture and third-party management features, SaaS-based DNS-layer security is a highly efficient option offering minimal maintenance. Through easy integration, encryption, and data confidentiality, businesses and remote workers are guaranteed of network safety which allows them to stay productive.

On-Premise DNS

Effective DNS security is critical for safeguarding networks in a hybrid workplace. By incorporating DNS filtering and malware detection, companies identify and prevent malicious traffic, reducing the risk of security incidents that could impact productivity and customers.

This security solution provides network analysis across multiple servers, enabling swift issue remediation. On-premises DNS security seamlessly integrates with existing tools like firewalls and intrusion prevention systems, providing real-time monitoring through advanced analytics and machine learning. This ensures the safety of data and enables effective mitigation of cyber threats as they happen in real time.

Final Thoughts: The Future Of The Hybrid Workplace

The is here to stay, and it is important for businesses to continuously optimize their network services. Fortunately, WEI and its trusted partner, , offer a comprehensive solution for organizations embracing this set-up.

, in particular, provides a powerful solution for organizations looking for smooth multi-cloud integration and robust security controls, thus creating secure and flexible connections between local data centers and major cloud platforms like AWS and Azure. This makes it an ideal tool for organizations aiming to establish a solid foundation for their modernization efforts, ensuring network security and adaptability in the evolving hybrid workplace.

Contact us today and start your journey towards a modern, secure network for your organization – wherever your team may be.

Next steps: Legacy and multi-cloud complexities require DDI for reliable network infrastructure. Infoblox enables the importance of DNS, DHCP, and IPAM for network ops. Find out more in WEI’s free tech brief, .

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