Every day, I鈥檓 in conversations with IT leaders who are weighing how best to safeguard the information that fuels their business while meeting strict compliance requirements and preparing for the unexpected. The choice often comes down to managed backup versus in-house backup. I call DIY models. Enterprises can either rely solely on their IT staff or engage a trusted partner to deliver managed data protection services.

From my perspective at WEI, I see more organizations recognizing that data protection is not just a technical chore鈥攊t鈥檚 a strategic safeguard. The difference between a DIY model and managed data recovery services can determine how well an enterprise weathers outages, cyber incidents, or compliance audits.

The Limitations of In-House or DIY Models

On paper, managing backup and recovery internally sounds simple. Your IT team procures tools, configures policies, and monitors for issues. In practice, this approach often falls short.

• Resource constraints: Enterprise backup systems require constant monitoring and validation. With IT staff stretched thin, consistency suffers.
• Talent retention: Expertise in disaster recovery, compliance reporting, and enterprise backup as a service is difficult to hire and retain.
• Reactive posture: Internal teams often respond only after failures occur instead of proactively planning for RTO/RPO improvement.
• Hidden costs: Hardware refreshes, licensing renewals, and storage fees quickly erode savings. Outages introduce unplanned expenses and disrupt operations.

Too often, I see organizations confuse 鈥渉aving backups鈥� with 鈥渉aving disaster recovery.鈥� Backups simply store your data. Disaster recovery ensures you can quickly restore access and resume operations when the business is on the line. That gap is where DIY approaches often collapse.

What Managed Data Protection Brings to the Table

When enterprises move to managed data protection services, they gain more than operational coverage鈥攖hey gain measurable business outcomes.

• Improved Recovery Objectives: Managed solutions deliver quantifiable RTO and RPO improvements, minimizing downtime and data loss.
• 24/7 Monitoring and Response: Service providers maintain continuous oversight so issues are detected and resolved before they disrupt operations.
• Predictable Cost Model: Instead of unpredictable capital expenditures, enterprises gain cost consistency through service-based delivery.
• Proactive Testing and Validation: Regular recovery testing and compliance checks guarantee systems perform when needed, something most DIY models never validate.
• Strategic IT Focus: By offloading routine backup tasks, internal teams can focus on modernization and growth initiatives.

Compliance and Security Advantages

Another critical driver behind the shift away from DIY is compliance. Regulations across industries demand auditable controls for data handling, retention, and recovery. Meeting these obligations internally is resource-intensive and leaves room for error if processes aren鈥檛 consistent.

With a managed approach, enterprises gain:

• Audit-ready reporting that simplifies reviews and reduces prep time.
• Stronger security posture, with encryption, monitoring, and layered access controls reducing vulnerabilities.
• Reduced exposure to human error, as automation and oversight ensure data reliability and integrity.

I often remind leaders: compliance auditors don鈥檛 want to hear that 鈥渢he backup should work.鈥� They want proof it will work.

According to the Ponemon Institute, the average cost of a data breach reached $4.45 million in 2023, the highest on record to date (). For leadership teams, this number underscores why reliable recovery is not just a technical safeguard but a financial imperative. Managed data protection services reduce the risk of extended downtime and failed audits by providing automation, continuous oversight, and audit-ready reporting, assurance that DIY models rarely deliver.

Why Enterprises Are Making the Shift

The decision to embrace managed data protection services is about more than outsourcing. It鈥檚 about confidence and resilience. Leaders want assurance that when systems fail, customer trust and business operations remain intact.

Enterprises that succeed are those that stop treating backup as a background task and start viewing it as a strategic safeguard. By moving away from DIY and investing in recovery-focused managed services, they ensure downtime is minimized and recovery is reliable.

The WEI Perspective

We see firsthand how managed data protection alleviates pressure on IT departments. By entrusting us with data recovery and protection, organizations free their teams to focus on transformation. Leadership gains confidence knowing critical assets are safeguarded by processes that deliver measurable results.

Enterprises cannot afford to treat data protection casually. Whether the challenge is passing an audit, recovering from a cyberattack, or strengthening recovery objectives, a managed approach provides assurance that DIY models rarely achieve.

My Final Thoughts

The choice between managed backup and in-house backup ultimately comes down to accountability and resilience. Managed services improve recovery objectives, provide compliance-ready documentation, and strengthen security while freeing IT staff to focus on innovation.

From my perspective, data protection is more than a technical safeguard. It is a cornerstone of enterprise risk management. It protects not only systems but also customer trust, brand reputation, and financial stability. With a managed approach, leadership gains confidence knowing they can demonstrate compliance during an audit, recover quickly during an incident, and assure the board that the organization is prepared for the unexpected.

That is why I confidently recommend managed data protection as the smarter and more strategic path forward. It addresses today鈥檚 risks while building the resilience enterprises will need in the years ahead. If you would like to learn more, please

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Hybrid IT is the backbone of modern business operations. Data moves across on-premises infrastructure, cloud environments, and edge computing networks while employees log in from anywhere, accessing critical applications from multiple devices. This operational flexibility fuels growth, but it also expands the attack surface, introducing new security risks that traditional defenses were never designed to handle.

Watch: Real Customer Outcomes With HPE GreenLake

For years, security teams assumed that once inside the corporate network, users and devices were safe. But today, cybercriminals don鈥檛 break in, they log in. They steal credentials, exploit misconfigurations, and move undetected across systems. The result? A rising wave of data breaches, compliance failures, and costly downtime.

That鈥檚 why Zero Trust has become essential for securing hybrid IT environments. But implementing it seamlessly, across multiple cloud platforms, legacy systems, and industry compliance requirements, isn鈥檛 simple. That鈥檚 where HPE GreenLake, tailored by WEI, is transforming cybersecurity.

Why Traditional Security No Longer Works

A major financial services firm learned the hard way that perimeter-based security isn鈥檛 enough.

Despite investing in firewalls, VPNs, and endpoint protection, they suffered a breach when attackers exploited a misconfigured cloud storage bucket. With no internal barriers preventing lateral movement, attackers escalated privileges, accessed financial data, and exfiltrated customer records. By the time security teams detected the breach, weeks had passed, and the damage was done.

This scenario isn鈥檛 unique. It鈥檚 happening across industries because traditional security models are built on outdated assumptions:

• Data is contained within the corporate network. (Reality: It lives across SaaS apps, 
    cloud platforms, and third-party vendors.)
• The perimeter keeps threats out. (Reality: Employees connect from anywhere,
    home networks, personal devices, public Wi-Fi.)
• Cybercriminals rely on brute force. (Reality: Most breaches involve stolen   
    credentials or insider threats, not forced entry.)

Zero Trust flips this outdated mindset on its head. Instead of assuming internal users and devices are safe, it requires continuous authentication, authorization, and monitoring, no matter where they connect from.

Watch: Protecting Your Data From Edge To Cloud

How HPE GreenLake Makes Zero Trust a Reality

Many businesses understand why they need Zero Trust, but implementing it without disrupting business operations is the real challenge. HPE GreenLake solves this by integrating Zero Trust security directly into IT infrastructure.

Here鈥檚 how it protects hybrid IT environments from the inside out:

Project Aurora: Preventing Silent System Compromises

One of the biggest security risks today? Silent compromises, when attackers modify software, firmware, or workloads without detection.

• GreenLake鈥檚 Project Aurora continuously verifies IT systems, ensuring only trusted 
     applications and devices are running. Instead of reacting to breaches, security 
     teams can prevent them before they happen.
• Real-time anomaly detection: Flags unauthorized system modifications.
• End-to-end security validation: Ensures all workloads and applications are verified.
• Proactive threat mitigation: Blocks suspicious changes before damage occurs.

Why it matters: Preventing breaches early minimizes downtime, financial losses, and reputational damage.

Stopping Lateral Movement with Micro-Segmentation

Most cyberattacks don鈥檛 stop at the initial breach. Once inside, attackers move laterally across systems looking for valuable data.

HPE GreenLake stops attackers in their tracks with micro-segmentation, isolating workloads and applying granular security policies to prevent unauthorized movement.

• Workload-level access controls: Policies apply to applications, not just networks.
• Data isolation: Sensitive records (like financial transactions or patient data) are 
    stored indedicated security zones.
• Breach containment: Even if an attacker gains access, they can鈥檛 pivot to other 
    systems.

Why it matters: Containment reduces the impact of breaches, ensuring critical systems remain secure.

AI-Driven Security: Detecting Threats in Real Time

Traditional security tools detect threats after the damage is done. By then, it鈥檚 too late.

HPE GreenLake uses AI-powered analytics to detect threats in real time. Instead of waiting for logs to surface suspicious activity, AI monitors hybrid environments continuously, flagging unusual login behavior, unauthorized data transfers, and access anomalies.

• Proactive attack detection: AI spots threats before they escalate.
• Automated security adjustments: Policies adapt dynamically to changing risks.
• Audit-ready compliance tracking: Suspicious activity is logged automatically for
    regulatory oversight.

Why it matters: AI-driven security stops threats instantly, keeping businesses compliant and resilient.

Silicon Root of Trust: Protecting IT from the Hardware Up

Cybercriminals are increasingly targeting firmware and supply chains to plant persistent malware.

HPE GreenLake鈥檚 Silicon Root of Trust ensures only verified firmware and software can execute, eliminating hardware-level threats before they start.

• Prevents boot-time malware from hijacking infrastructure.
• Verifies system integrity from startup to runtime.
• Eliminates persistent threats that bypass traditional security measures.

Why it matters: Securing IT at the hardware level protects against sophisticated cyberattacks.

How WEI Makes Zero Trust a Reality

HPE GreenLake provides the technology foundation, but successful Zero Trust implementation requires expertise in alignment with business needs, compliance regulations, and industry-specific challenges. That鈥檚 where WEI comes in.

Industry-Specific Security Strategies

WEI tailors GreenLake deployments to protect businesses across multiple industries:

• Healthcare: Simplifies HIPAA compliance by securing electronic health records (EHRs) and isolating patient data.
• Finance: Strengthens PCI-DSS adherence with AI-driven fraud detection and transactional security.
• Retail: Safeguards IoT-connected inventory systems and ensures GDPR compliance for e-commerce transactions.

Recognized Excellence in IT Security

As an multi-time HPE Partner of the Year, WEI is a trusted leader in securing hybrid IT environments.

• 86% reduction in unplanned downtime for businesses using GreenLake (IDC
    Report).
• End-to-end services, from strategy and deployment to continuous monitoring and
    optimization.
• Proven success across industries, eliminating security blind spots and enhancing
    compliance.

Cyber Threats Won鈥檛 Wait, Why Should You?

The hybrid IT landscape isn鈥檛 getting any simpler. Cyber threats are evolving, compliance requirements are tightening, and traditional security models no longer work.

HPE GreenLake, optimized by WEI, delivers built-in Zero Trust security, eliminating blind spots across cloud, on-prem, and edge environments.

• Ensure compliance with HIPAA, PCI-DSS, and GDPR.
• Detect and neutralize cyber threats in real time.
• Reduce downtime and strengthen security resilience.

Cybercriminals aren鈥檛 waiting. Neither should you. Contact WEI today to learn how HPE GreenLake can future-proof your IT security.

Next Steps: With WEI鈥檚 expertise and HPE GreenLake鈥檚 cutting-edge tools, your organization can simplify operations, all while reducing operational strain on IT teams.

Unlock the potential of hybrid cloud solutions for your enterprise.  now and take the first step towards transforming your IT infrastructure.

The post Why Hybrid IT Security is Broken, And How HPE GreenLake Fixes It with Zero Trust appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

Imagine a bustling train station at rush hour, where every train represents important data rushing through the network. If the tracks aren鈥檛 properly maintained, delays and confusion are inevitable. In the same way, a modern warehouse depends on reliable and advanced private network solutions such as private LTE and private 5G to ensure every piece of information reaches its destination without interruption.

In this blog article, we explore how advanced private network solutions transform the warehousing vertical, boosting operational efficiency and security while laying a strong foundation for the future of warehouse IT infrastructure.

Watch: How Retailers Can Regain Agility With Wireless WAN

The Critical Role Of Private Networks

Warehouses are dynamic spaces with expanding layouts, countless connected devices, and demands for 24/7/365 connectivity. Traditional Wi-Fi, once sufficient, now struggles under the weight of growing device loads and shifting operational zones.

Warehouses face several challenges, including:

• Coverage limitations: The constant movement of equipment, goods, and personnel can disrupt traditional Wi-Fi networks.
• Costly infrastructure: Maintaining numerous access points and fiber installations to cover large warehouse spaces can be expensive.
• Security concerns: Standard Wi-Fi networks may expose sensitive operational data to risks such as hacking and unauthorized access.

Advanced private network solutions such as private LTE and private 5G address these concerns and provide dedicated, dependable coverage to transform warehouse connectivity. By creating a controlled environment where devices remain connected regardless of location or movement, these solutions enhance day-to-day operations and support integrating technologies like IoT, robotics, and advanced video monitoring.

Enhancing Connectivity With Private LTE And Private 5G

Private LTE and 5G are leading the way in delivering resilient network connections in environments where interruptions can cost time and money. The key advantages of these private network solutions in the warehouse include:

• Uninterrupted coverage: Fewer access points allow devices to move across the warehouse without the typical connectivity hiccups seen in Wi-Fi systems.
• Centralized network management: IT teams can monitor and control network traffic, latency, and security policies from a single dashboard, simplifying everyday operations.
• Enhanced security: These networks operate on a dedicated spectrum and utilize private SIMs, protecting against unauthorized access and potential cyberattacks.

For example, (formerly known as Cradlepoint) highlighted how warehouse operators who transitioned to NetCloud Private Networks enjoyed enhanced coverage and mobility. Workers experienced uninterrupted , enabling efficient order fulfillment even as they moved throughout the facility. Real-world examples of these networks in action show warehouses benefit from connectivity that is as easy to use as traditional Wi-Fi and far more reliable, which is critical for maintaining productivity in a bustling environment.

Efficiency Gains And Cost Savings Through Advanced Private Networks

Cost efficiency is a vital concern in warehouse operations. Facilities adopting advanced private network solutions have seen substantial financial benefits. One study even reported a , all thanks to automation enabled by private cellular networks.

This cost savings comes from several factors:

• Reduced infrastructure costs: Private networks require fewer access points than traditional Wi-Fi setups, lowering initial setup expenses and ongoing maintenance costs.
• Streamlined operations: Improved network reliability means fewer operational interruptions, less downtime, and higher overall productivity.
• Optimized bandwidth allocation: With private LTE for warehouses, bandwidth can be allocated to critical applications like real-time analytics and automated guided vehicles (AGVs), ensuring key systems remain operational during peak times.

Watch: WEI Campus Capabilities – Warehouse

Strengthening Security And Control In Warehouse IT Infrastructure

Keeping things secure is essential when it comes to warehouse IT infrastructure. Four key security benefits of private LTE networks in warehouses include:

1. Enhanced access control: Warehouse IT teams can manage which devices and users can access the network using SIM-based authentication, thereby significantly reducing the risk of unauthorized connections.
2. Reduced external threats: Operating on a closed system, private LTE networks isolate the warehouse from many public internet-based risks, such as DDoS attacks.
3. Data privacy and encryption: Keeping critical data within the warehouse鈥檚 internal systems and employing end-to-end encryption minimizes the risk of eavesdropping and data breaches.
4. : The ability to tailor security measures, including encryption standards and traffic monitoring, guarantees network defenses meet the specific needs of each warehouse.

These security enhancements provide peace of mind for warehouse managers and IT teams, ensuring operations remain protected even as the number of connected devices increases.

Integrating Advanced Private Network 疯情AV Into Your Warehouse

Successfully integrating advanced private network solutions requires a strategic approach to complement existing warehouse systems. Effective integration typically involves the following:

• Custom network architecture: A network setup specifically optimized for large warehouses delivers continuous connectivity and a solid foundation for entire warehouse connectivity.
• Comprehensive support and monitoring: Specialized engineers provide round-the-clock monitoring and support to address any issues promptly.
• Smooth integration with existing systems: Experts work to ensure that new private network solutions, including private LTE for warehouses and private 5G warehousing options, blend smoothly with existing systems, thus minimizing downtime during the transition.

Through partnerships with industry leaders like Ericsson Enterprise Wireless and experts from WEI, custom network architectures are designed to meet the unique challenges of large, dynamic warehouses. This shift towards advanced private network solutions offers a persuasive pathway for IT managers and decision-makers.

With improved security, cost efficiency, and reliable connectivity, these networks lay the groundwork for a more productive, secure, and future-ready warehouse IT infrastructure.

Final Thoughts

As warehouses continue to serve as critical logistics and supply chain management hubs, ensuring they operate on secure networks is essential. Advanced private network solutions facilitate uninterrupted data flow, boost operational efficiency, and protect sensitive information. By moving away from traditional Wi-Fi systems and investing in dedicated private networks, facilities can achieve smoother operations, lower costs, and enhanced security.

If you鈥檙e ready to optimize your warehouse connectivity and transform your warehouse IT infrastructure, consider how advanced private network solutions can revolutionize your operations. Reach out to our experts whose extensive experience in warehouse connectivity can help tailor a solution suitable for your unique operational needs.

Next Steps: In today鈥檚 modern warehousing environment, traditional Wi-Fi networks fall short in large, complex spaces. In partnership with Ericsson Enterprise Wireless 疯情AV, WEI鈥檚 advanced private network solutions offer the performance, security, and cost efficiency needed to transform your operations.

Discover how private LTE and 5G networks can redefine your warehouse efficiency, supporting IoT, automation, and logistics seamlessly. Download our free tech brief today,

The post Enhance Warehouse Connectivity With These Advanced Private Networking 疯情AV appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

As higher education continues integrating new technologies, institutions are rethinking how they manage and protect data. This shift is driven by the need to enhance operational efficiency, ensure campus safety, and uncover meaningful insights from the vast amount of information generated daily.

In this blog, we explore how data modernization, combined with advanced cybersecurity approaches like zero trust security and ransomware defenses, empowers schools to address these priorities effectively.

Watch: Becoming An Insights-Driven Enterprise With WEI & HPE

Understanding Data Modernization In Higher Education

Data modernization involves upgrading how data is collected, stored, and analyzed. Higher education institutions handle various types of data, from sensitive research to student information, which includes academic, financial, and health records. In one of our recent podcasts, Chris Robinson, CTO for Storage at HPE, noted, “The security of data is as important as the data itself. Institutions need systems that ensure data is immutable and recoverable even in the face of ransomware attacks.”

Institutions often partner with experts to optimize their data strategies. For example, we collaborated with universities and colleges to assess, design, and deploy advanced infrastructure, incorporating best practices and industry-leading technologies. Their approach enables universities to enhance data protection and management, as seen in their work with numerous higher education clients.

Building Safer Campuses

Ransomware attacks can disrupt systems and compromise sensitive information. A safe campus goes beyond physical security measures; it extends into the digital realm where cybersecurity solutions play a vital role.

Robinson states, “Protecting sensitive research and student data requires implementing zero trust frameworks and ensuring continuous monitoring.” To establish a secure digital environment, institutions should consider these actionable steps:

1. Implementing zero trust security frameworks: Ensure all users, devices, and applications are verified before accessing campus networks.
2. Enhancing network visibility: Use tools to monitor activity and detect anomalies in real-time.
3. Conducting regular security training: Educate students and staff on best practices for safe online behavior.

Collaboration with partners like WEI ensures institutions can adopt advanced solutions tailored to their unique needs. WEI’s expertise in data center refreshes and network upgrades has helped universities stay ahead of emerging threats.

Watch: Unlocking Excellence In Higher Education With WEI

Leveraging Technology For Hidden Data Value

Modern education technology generates a wealth of often underutilized data. Institutions can unlock hidden value by analyzing data from smart boards, online collaboration tools, and hybrid learning platforms.

HPE’s GreenLake platform and Alletra systems, paired with HPE ProLiant Gen 11 servers powered by fifth-generation Intel Xeon scalable processors, enable higher education to adopt cloud-based data services and provide a single pane of glass for managing and provisioning resources. These tools empower institutions to:

• Improve student engagement: Detailed analytics enhance personalized learning approaches.
• Advance research capabilities: Trends and patterns in vast datasets accelerate academic research.
• Optimize resource allocation: Advanced analytics help institutions make cost-effective decisions.

WEI’s collaborative approach has helped build long-lasting relationships with schools, where focusing on the customer leads to mutual success. Our team worked closely with colleges to refresh their data centers and networks, offering customized assessments, designs, and deployments tailored to their specific needs. This hands-on method, paired with HPE’s unified integration capabilities, ensures actionable insights while maintaining data integrity and security.

Cybersecurity 疯情AV For Higher Education

Today, institutions must integrate comprehensive cybersecurity solutions to protect data and ensure operational continuity. Anya Kamenetz, an education thought leader, highlights the dual responsibility of safeguarding and utilizing data effectively: “Academic records, health data, and collaborative works are integral to students’ futures. Protecting this information while leveraging it for growth is a delicate balance.”

HPE GreenLake offers systems with features like data immutability, which prevent tampering even during ransomware attacks. With HPE’s Alletra systems and ProLiant Gen 11 servers, educational institutions can establish secure environments tailored to hybrid cloud operations. Robinson explains, “Even if ransomware gets into the system, our solutions ensure data remains secure and recoverable.”

To implement adequate cybersecurity measures, institutions should adopt these key strategies:

• Data encryption: Protects sensitive information, even if intercepted.
• Immutable storage: Ensures data cannot be altered or deleted, safeguarding against ransomware.
• Proactive threat detection: HPE GreenLake uses AI and machine learning to identify and mitigate threats in real-time.

There’s a growing demand for operationalizing technology consumption, and HPE’s GreenLake platform addresses this need by offering cloud data services with centralized management. This approach, paired with a zero trust framework, enables institutions to seamlessly integrate security into every layer of their infrastructure.

The increasing reliance on technology highlights the critical need for maintaining secure and adaptable systems. HPE GreenLake’s cybersecurity, storage, and cloud solutions enable higher education institutions to address disruptions confidently and safeguard their communities.

Final Thoughts

Modernizing data systems and enhancing cybersecurity are essential for higher education institutions striving to support their academic missions and safeguard their communities. By addressing challenges proactively and partnering with experienced and recognized providers like WEI, universities and colleges can navigate this transformative era with confidence.

Contact us today to learn how our team can assist your institution in achieving its data and security goals.

Next Steps: With WEI’s expertise and HPE GreenLake’s cutting-edge tools, your organization can simplify operations all while reducing operational strain on IT teams. Unlock the potential of hybrid cloud solutions for your enterprise. Download the free tech brief, take the first step towards transforming your IT infrastructure.

The post How Higher Education Can Benefit From Integrated Cybersecurity 疯情AV appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

Several weeks ago, I was vacationing in Florida just after Hurricane Milton made landfall and rendered millions without electricity, gasoline, phone service, or internet. These recent devastating storms are a stark reminder of the critical importance of disaster recovery (DR) in today’s business landscape. An irony of modernization is that our increasing dependence on technology opens the door to more business disruption. While natural disasters have long been a primary driver for DR initiatives, the rise of ransomware attacks has exposed new vulnerabilities in our increasingly digital businesses.

Disaster Recovery Is No Longer Hypothetical

The threat landscape has expanded beyond traditional concerns. In addition to natural disasters, businesses face risks from cyberattacks, power outages, and hardware failures. As the frequency and variety of potentially disruptive events increase, the likelihood of needing to rely on a DR solution becomes less of a hypothetical scenario and more of an inevitable reality. According to a 2021 survey, nearly one in three businesses experienced an outage over a two-year period, and 61% reported outages that cost them more than $100,000 at some point. Disaster recovery is also a growing concern amid compliance requirements, as data loss can lead to financial and other penalties.

Disaster Recovery Challenges

At the core of disaster recovery lies the critical ability to restore data. Data is both transformative and complex. Business leaders expect all data to always be available to foster new initiatives and projects. They want nearly everything to be retained because they see potential value in a greater array of data types. If you could simply store all data in a single cloud repository, that request would be easy enough. Unfortunately, there are many challenges:

• On-Premises Considerations: Despite the cloud trend, 37% of organizations still run data protection exclusively on-premises, and 47% for government organizations do the same.
• Regulatory Requirements: Some agencies mandate that data be kept in-house due to control capabilities and specific requirements. Others set minimum retention periods for certain types of data.
• Hybrid Complexity: Hybrid environments involve managing data and applications across both on-premises and cloud infrastructures, making DR planning and execution more complex.

According to the mentioned study, 28% of survey respondents identified meeting disaster recovery requirements as a challenge. Only data capacity and growth were of greater concern. DR is a growing challenge in the era of transformational digital data.

Businesses Turn To Hybrid DR

Hybrid computing introduces significant complexities to DR strategies:

• Organizations must carefully balance on-premises and cloud-based solutions to meet their DR needs.
• Managing complex storage implementations across different environments becomes a challenging task often requiring specialized skills and tools.
• Ensuring the security and availability of critical data across multiple locations demands a comprehensive approach to data protection and access control.

Organizations can no longer rely on traditional on-prem DR solutions. That is why they are turning to more modernized solutions, according to a :

• 63% of organizations are using cloud services for data protection.
• 41% use a hybrid cloud deployment for data protection.
• 22% exclusively use cloud-based backup services like DRaaS.

Greater Flexibility And Enhanced Resilience

In the same way hybrid has transformed enterprises, it is now changing the game for DR. The shift to hybrid DR is not just about saving time and money. It is about making your whole system more resilient. Since most companies already use both on-site and off-site infrastructure, being able to keep data in multiple places just makes sense.

One of the keys to hybrid DR is Hyperconverged Infrastructure (HCI). HCI provides a common management plane across hybrid cloud environments and can help to minimize the outages related to hardware and software failures through its standardized architecture. Some HCI platforms, such as Nutanix, offer multiple snapshot types for greater flexibility in disaster recovery strategies. Nutanix provides two main types of snapshots:

• Full Snapshots: Used for asynchronous replication when RPO is 60 minutes or greater, keeping system resource usage low for extended periods with multiple snapshots.
• Lightweight Snapshots (LWS): Used for NearSync replication with RPO between 1-15 minutes, reducing metadata overhead and improving storage performance by decreasing I/O operations from long snapshot chains.

This flexibility is particularly valuable as enterprises increasingly seek to minimize their RPO and RTO times, where RPO measures the interval between backups and RTO measures the time between an outage and data recovery. The inherent flexibility of the Nutanix architecture is also evident in its distributed processing capabilities as well:

• Each node has its own virtual storage controller and access to local metadata.
• This design allows replication to scale along with the system because as you add more nodes, you add more processing power for replication.
• Every node participates in the replication process, which helps prevent performance hotspots in the cluster.
• Nutanix is designed to easily stretch between on-prem and the cloud, providing an approach where you can move data and workloads around as needed. By having your Nutanix infrastructure configured in this fashion allows for a simple to use and cohesive platform that can protect your data and also orchestrate the recovery shall the need arise.

This distributed approach allows for better scalability and performance compared to traditional systems that might have centralized bottlenecks or rely on specialized hardware.

Watch: Achieve A Game Winning Strategy With WEI & Nutanix

Final Thoughts

Nutanix leverages hybrid cloud environments to provide deeper resiliency and flexibility in data retention across multiple locations. Businesses that have embraced their approach have experienced numerous benefits in the DR efforts including:

• Elastic scaling
• Efficient snapshot management
• Simplified hybrid deployment
• Improved recovery times
• Integrated ransomware protection

As part of the Nutanix Elite Partner ecosystem, WEI can deliver a comprehensive disaster recovery solution tailored to your hybrid enterprise needs. Our innovative approach leverages Hyperconverged Infrastructure (HCI) to seamlessly integrate on-premises and cloud environments that provides the resiliency and flexibility you need to ensure that your DR strategy aligns with both your infrastructure requirements and business objectives.

Next Steps: A leading federal credit union faced aging infrastructure, rising costs, and scalability challenges that jeopardized the reliability of its critical systems. To modernize its IT environment, they partnered with WEI to deploy a Nutanix-based hyperconverged solution, replacing outdated hardware and ensuring future growth with enhanced disaster recovery capabilities. and learn how WEI can transform your IT infrastructure!

*Source: 451 Research’s Voice of the Enterprise: Storage, Data Management and Disaster Recovery 2021

The post Why Disaster Recovery Matters For Business Survival In The Hybrid Cloud Era appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

As businesses continue to adopt private cloud environments, the need for flexible and efficient management solutions is more critical than ever. Organizations looking to control their infrastructure while balancing security and scalability often turn to enterprise private cloud solutions. HPE GreenLake for Private Cloud Business Edition provides a robust platform to tackle common challenges, offering flexible private cloud options that optimize workloads across both on-premises and hybrid cloud environments.

In this article, we’ll explore the pain points that HPE GreenLake resolves, review real-world use cases, and dive into the consumption models that cater to a variety of workloads and budgets. By the end, you’ll understand how this platform empowers businesses to overcome the complexity of managing private cloud environments while unlocking operational efficiency.

Overcoming Pain Points

Managing a private cloud environment can pose significant challenges for businesses, especially when trying to balance cost, complexity, and operational efficiency. HPE GreenLake for Private Cloud offers solutions to three primary pain points:

1. Simplifying Hybrid Cloud Management

Hybrid cloud environments often require businesses to manage both on-premises infrastructure and public cloud platforms, which create a complex operational landscape. Many organizations struggle to integrate these systems seamlessly, and the need for IT expertise becomes a barrier to efficient day-to-day operations.

HPE GreenLake for Private Cloud Business Edition streamlines these processes with a unified console that simplifies the management of both on-prem and cloud-based workloads:

• Monitor and manage systems in real-time across multiple platforms.
• Leverage automation for simplified day-two operations.
• Utilize AI-driven analytics to predict and prevent performance issues.

By providing self-service agility, businesses can reduce the complexity of managing hybrid environments and free up IT teams to focus on more strategic tasks.

2. Ensuring 100% Data Availability for Mission-Critical Applications

Many private cloud options offer data availability guarantees of 99.99% (commonly known as 4 9’s). However, for mission-critical applications, this level of availability may not be enough to ensure uninterrupted operations.

With HPE GreenLake, businesses benefit from a for on-premises workloads, making it a game-changer for organizations that require constant uptime for their most critical data and applications. This level of resilience ensures that businesses using HPE GreenLake can maintain operational continuity without fear of data loss or downtime.

3. Reducing IT Complexity and Costs

For many enterprises, the cost of custom-managed services for large-scale deployments can be prohibitively high. Additionally, managing private cloud environments often requires domain expertise that complicates day-to-day IT operations.

HPE GreenLake reduces these barriers by offering a self-service console that empowers businesses to manage their private cloud environments without the need for extensive IT staffing or domain-specific knowledge. The platform provides:

• Low-touch provisioning across multiple on-premises and public cloud platforms.
• Centralized management for hundreds of sites from a single dashboard.
• Automation through AIOps to streamline operations.

HPE GreenLake In Action

HPE GreenLake makes it ideal for a wide range of business private cloud use cases. Whether your organization needs centralized management, low-touch provisioning, or simplified workload updates, the platform provides scalable solutions tailored to your needs.

1. Low-Touch Provisioning Across Multiple Sites

Businesses with remote offices or distributed IT infrastructure often face challenges in provisioning and managing resources across multiple locations. With HPE GreenLake, organizations can easily deploy and manage private cloud infrastructure across on-premises and public cloud environments, minimizing the need for IT personnel at remote sites.

2. Centralized Management of Enterprise Private Cloud Operations

Managing a large-scale enterprise private cloud across hundreds of sites can be overwhelming. HPE GreenLake’s centralized management allows organizations to oversee their private cloud environment from a single, unified console. This enables businesses to maintain consistency and quickly address operational issues.

3. Self-Service Application and Infrastructure Provisioning

For businesses looking to accelerate time-to-value, HPE GreenLake offers self-service application and infrastructure provisioning through an app catalog. This allows IT teams to create and reuse infrastructure blueprints, ensuring faster deployment of workloads while maintaining security and compliance.

Solving Your Evolving Business Needs

HPE GreenLake’s flexible consumption models cater to different business needs and budgets, ensuring that organizations can choose the private cloud options that best align with their financial strategies.

1. Pay Upfront Model

For businesses that prefer a traditional capital expenditure (CapEx) approach, the pay upfront model offers flexibility in hardware and software configurations. This model is ideal for organizations that want to own their infrastructure and make a one-time investment.

Additionally, users benefit from a perpetual software license.

2. Pay-As-You-Go Model

For organizations that prefer a more operational expenditure (OpEx)-focused approach, the pay-as-you-go model offers monthly billing based on usage. This model is available for both HPE Alletra dHCI and HPE SimpliVity platforms. However, for HPE Alletra, consumption analytics are provided through GreenLake Central (GLC).

This model allows businesses to scale resources dynamically, ensuring they only pay for what they use, making it ideal for fluctuating workloads.

What’s In It For Your Business?

In today’s fast-paced digital landscape, businesses need more than just infrastructure, they need solutions that simplify operations, enhance data security, and scale effortlessly with changing demands. HPE GreenLake for Private Cloud Business Edition delivers on all these fronts, providing enterprises with a comprehensive, cloud-like experience that can be deployed on-premises and extended across hybrid environments.

The platform offers significant advantages such as:

• Simplicity: A unified, self-service console simplifies the management of on-prem and cloud VMs, enabling businesses to automate repetitive tasks and focus on high-value activities.
• Resilience: HPE GreenLake offers a 100% data availability guarantee and seamless data protection across hybrid environments, ensuring that mission-critical applications remain operational. HPE’s AIOps technology further enhances resilience by predicting and preventing issues before they occur, allowing businesses to proactively address potential problems. This level of assurance is particularly important for industries like healthcare, finance, and manufacturing, where uninterrupted access to data and applications is essential for business continuity.
• Efficiency: Businesses can independently adjust their resource allocation to meet their specific needs, optimizing performance and reducing costs. With various consumption models available, businesses are assured they only pay for the resources they actually use, preventing overinvestment in underutilized resources. HPE GreenLake also offers hyper data efficiency across sites with its HCI model, consolidating storage, compute, and networking resources into a single solution.

This level of efficiency, which goes beyond basic infrastructure management, allows companies to focus on their core business while optimizing their IT operations.

Final Thoughts

As businesses navigate the complexities of managing private cloud environments, HPE GreenLake for Private Cloud Business Edition offers a comprehensive solution that simplifies operations, guarantees data availability, and provides flexible consumption models.

To maximize the benefits of HPE GreenLake, partnering with a reliable and experienced IT solutions provider is essential. Whether you’re looking to optimize on-premises resources or bridge hybrid cloud environments, WEI is a trusted IT leader and brings extensive expertise in both HPE GreenLake and private cloud environments. Our team of experts ensures your business is equipped with the right solutions tailored to your needs.

For more information on how HPE GreenLake and WEI can transform your IT operations, contact our team today.

Next steps: Discover how HPE GreenLake delivers an intuitive and cost-efficient cloud experience that enables businesses to scale, manage, and protect their virtual machines across hybrid environments.will highlight the following key benefits:

1. 1. 1. Zero Overprovisioning for Better Economics
      2. Performance for Critical Applications at Scale
      3. Faster Time to Value
      4. Seamless Fit for Any IT Environment
      5. End-to-End Data Protection and Security

The post From Overload to Optimized: How to Make Business Workloads Work for You appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

Businesses increasingly adopt and deploy multiple cloud solutions to enhance operations and cost efficiency. While public clouds offer many benefits, they may not always meet the needs of organizations with strict data sovereignty requirements, latency-sensitive applications, or a desire for greater control over their IT infrastructure. This is where private clouds come into play.

An enterprise private cloud provides a tailored solution that combines the cloud’s flexibility with enhanced security and compliance. As more businesses explore private cloud options, let’s dive into the challenges associated with traditional approaches and how modern solutions can address them.

Common Pain Points Of Traditional Private Cloud

Many organizations have turned to private cloud solutions to maintain control over their data, applications, and infrastructure. However, when evaluating their private cloud options, it’s crucial to recognize the common challenges that can arise, especially when scaling and optimizing an enterprise private cloud.

• Data sovereignty and compliance: A key issue with traditional private cloud environments is ensuring data sovereignty. Industries such as finance and healthcare are often bound by strict regulatory requirements, which mandate that data must be stored within specific national borders. Managing data residency in these cases can be complex and costly, especially when compliance must be maintained across multiple jurisdictions. For businesses handling sensitive information, addressing these compliance concerns is essential. Choosing the right business private cloud solution is critical to maintaining full control over where data is stored.
• Latency-sensitive applications: Industries that rely on real-time responsiveness, such as high-frequency trading, real-time analytics, or media streaming, cannot tolerate high latency. In traditional public cloud setups, latency issues arise due to the overlooked fact of the distance between the user and cloud data centers. For businesses operating in latency-sensitive environments, these delays can lead to performance bottlenecks and negatively impact critical applications. Traditional private clouds often struggle to meet real-time performance demands, affecting operations and user experience.
• Complex infrastructure management: Managing an enterprise private cloud often involves substantial overhead, including hardware procurement, software management, and ongoing maintenance. This complexity can be particularly burdensome for businesses without specialized IT teams or the necessary resources to handle intricate cloud operations. Traditional private cloud infrastructures require constant attention to ensure that resources are properly allocated and maintained, leading to inefficiencies and potential operational delays.
• Cost optimization and scalability: Traditional private cloud models typically require significant upfront capital investments in hardware and software, making them expensive to deploy and challenging to scale. Many businesses overprovision resources to avoid performance issues, resulting in wasted spending. Additionally, scaling traditional private cloud environments to meet fluctuating demands is often slow and costly, limiting the flexibility enterprises need. Addressing this lack of scalability and cost optimization is a common pain point for organizations looking to modernize their private cloud environments without incurring excessive expenses.

By addressing compliance, performance, complexity, and cost challenges, organizations can build a more effective and future-proof private cloud environment that aligns with their current needs and long-term goals.

Solving Traditional Challenges Of Private Cloud Environments

Building on its ability to address the limitations of traditional private cloud environments, HPE GreenLake for Private Cloud Business Edition offers a comprehensive solution that brings the agility of the cloud to on-premises infrastructure. This approach allows businesses to enjoy the benefits of private cloud computing, such as enhanced control and security, while maintaining the flexibility and scalability typically associated with public cloud platforms. By tailoring its services to meet specific business needs, HPE GreenLake ensures that organizations across various industries can overcome the challenges of traditional private clouds and optimize their operations for the future.

• Hybrid Cloud Environments: HPE GreenLake enables businesses to seamlessly integrate on-prem infrastructure with public cloud resources, providing a hybrid solution. This is particularly useful for businesses managing workloads that require on-prem data storage while leveraging public cloud scalability.
• Data-Intensive Applications: For industries that deal with vast amounts of data, such as healthcare, finance, or research, HPE GreenLake’s private cloud options provide a secure, scalable platform. Data can be processed locally, ensuring both security and efficiency while meeting the stringent performance requirements of data-intensive applications.
• Seasonal Workloads and Fluctuating Demand: Retailers or online retail platforms often experience seasonal surges in demand, particularly around holidays or special events. Rather than investing in resources that will remain underutilized during off-peak periods, HPE GreenLake allows businesses to scale resources up or down as needed, providing cost-effective operations throughout the year.
• Gaming Industry: For gaming companies launching new titles, infrastructure needs can fluctuate dramatically. With HPE GreenLake, gaming companies can handle unpredictable surges in demand by scaling resources instantly, preventing downtime, and maintaining optimal user experience.Watch: Becoming An Insights-Driven Enterprise With HPE Storage 疯情AV
  
  
  

  
  

  
  

  
  
  
  

Key Features

HPE GreenLake for Private Cloud Business Edition stands out with several key features:

1. Self-service portal: A user-friendly interface simplifies resource provisioning and management, reducing the burden on IT teams and enabling quicker deployment.
2. Workload-optimized platforms: The platform can be customized to meet the specific performance needs of different workloads, ensuring that businesses optimize their resource utilization.
3. Hybrid cloud integration: HPE GreenLake supports seamless integration with public cloud providers, allowing businesses to create a flexible and scalable hybrid cloud environment.
4. Data protection: Built-in features safeguard sensitive information and ensure compliance with industry regulations.
5. Scalability: Businesses can scale their resources up or down as needed, responding to changing business requirements in real time.
6. Flexible consumption models: One of HPE GreenLake’s most compelling features pertains to what it was founded on – its flexible consumption models. It offers two primary options:
   • Pay Upfront Model: In this traditional model, businesses invest in hardware and configuration upfront, ideal for organizations that prefer to make capital expenditures (CapEx) and have a long-term view of their infrastructure needs.
   • Pay-As-You-Go Model: This operational expenditure (OpEx) model allows businesses to scale their infrastructure based on usage and pay monthly for the resources consumed. This model is highly scalable and particularly useful for organizations dealing with fluctuating demands or seasonal peaks.

HPE GreenLake for Private Cloud Business Edition provides businesses with the tools to build a more efficient and responsive enterprise private cloud.

Final Thoughts

is transforming the way enterprises manage their cloud infrastructure. Whether you’re addressing latency-sensitive applications, data sovereignty concerns, or unpredictable workloads, HPE GreenLake provides a scalable and reliable solution. With its hybrid cloud capabilities and customizable consumption models, this platform empowers businesses to achieve optimal performance and cost efficiency.

As a premier provider of business private cloud services, WEI is committed to delivering tailored solutions that meet the unique needs of our clients. To learn more about how HPE GreenLake can transform your enterprise, contact us today for a personalized consultation.

Next Steps: Discover how HPE GreenLake delivers an intuitive and cost-efficient cloud experience that enables businesses to scale, manage, and protect their virtual machines across hybrid environments. will highlight the following key benefits:

1. 1. 1. Zero Overprovisioning for Better Economics
      2. Performance for Critical Applications at Scale
      3. Faster Time to Value
      4. Seamless Fit for Any IT Environment
      5. End-to-End Data Protection and Security

The post Why Businesses Choose Enterprise Private Cloud Over Traditional 疯情AV appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

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.

Imagine your IT organization as a ship sailing the seas. Equipped with a sturdy hull, a reliable power source, and a skilled crew, you’re ready to handle any potential threats that appear during your ocean voyage. However, massive waves from an incoming storm unexpectedly hit, which destroys your ship and sweeps away everything onboard. Despite team’s intense preparation, your vessel and its crew are caught off guard for this specific disaster, leaving survival uncertain.

Although rarer than it once was, the above scenario mirrors the potential impact of a ransomware attack on your business. You may have a strong IT infrastructure to streamline many business challenges, but what if a hidden ransomware attack wipes out your data, tools, and accessibility? This happens to businesses of all sizes daily, costing millions of dollars and damaging brand reputations. As a last form or protection, IT leaders are turning to backup solutions that protect businesses from cyber threats. In this blog post, we discuss the features of a reputable backup service to ensure full-time cyber-resiliency.

Cyber Attacks Looming Ahead

Ransomware attacks are on the rise. It’s not just costly, but also jeopardizes business continuity, affect customer satisfaction, and expose you to legal and regulatory risks. found that 85% of organizations faced at least once such occurrence in 2023, and most of them more than once. Almost half of these organizations’ data was lost, so they had to restore it from valuable backups. Talk about the importance of this last resort! 

However, cybercriminals genuinely want to make sure you pay the ransom. This is why they go , even before they delete or encrypt your files or infect an organization’s network. The key to hitting your cybersecurity goals is having a reliable backup solution in place to keep business data safe. Let’s explore. 

Mastering Cyber-Resilience With A Backup Solution

Various backup solutions are available in the market with WEI being familiar with many reputable platforms. When selecting one to augment your ransomware and overall cybersecurity posture, the key features to look for in a meaningful backup solution include:

• Data Security: Ensure the chosen backup solution employs encryption for data at rest and in transit. It should also have measures in place to prevent unauthorized access or modifications.
• Malware Detection: The backup solution should include a feature capable of scanning your data for potential threats. Immediate alerts should be provided for any suspicious activity or infections.
• Automated Recovery: Look for a backup solution that facilitates quick and easy data restoration, minimizing downtime and data loss through automated recovery processes.
• Hybrid Cloud Capabilities: Opt for a backup solution that supports various environments, including on-premises, cloud, or hybrid setups. This flexibility allows seamless backup and restoration of data across different platforms.

The effectiveness of a cyber-resilience strategy lies in choosing a robust backup solution, and stands out as one of the industry’s top choices.

What Veeam Brings To The Table

The latest introduces a new layer of security and ransomware protection for enterprises. It addresses concerns on data security, malware detection, automated recovery, and hybrid cloud capabilities.

Veeam offers the flexibility to backup and restore data across different environments, and . You can use Veeam to back up object storage data to any desired location. This gives more flexibility and control over your strategy and protects data from disasters, corruption, or ransomware attacks.

The empowers organizations to:

1. Be Vigilant: The backup process uses an AI-powered built-in malware detection engine to detect and identify cyber threats. This new feature enables your team to perform proactive threat hunting, as backup anomalies are instantly reported in your SIEM tools and . If needed, reach out for a second opinion from your trusted SIEM tool before you recover, using the new . This API allows your SIEM tool to mark recovery points as clean, infected, or suspicious.
2. Be Protected: The Veeam Data platform update 23H2 enables advanced for secure data storage and transfer. This way, only you can decrypt your data, even if stolen. You can also make your backups immutable, even by ransomware, to restore your data from a safe backup during an attack. Furthermore, disconnect backups from the network and limit access only to聽 authorized users to prevent ransomware from reaching and compromising your backups.
3. Be Resilient: technology helps you minimize downtime and data loss. Whether your environment is on-premises, cloud, or hybrid, you have the luxury of choosing the best recovery method for your data – from granular to full – and restore operations from any point in time.

The presents a responsive suite of data security features to prepare organizations for worst-case scenarios, including the ransomware.

Final Thoughts

As a billion dollar industry, ransomware attacks cause devastating consequences for enterprise data and operations. To protect against such threats, organizations require a flexible and resilient backup solution. Veeam’s latest Data Protection update is a reliable security platform that provides a comprehensive solution to combat ransomware.

With Veeam, you can face a sea of cyber challenges with confidence. Contact us today to learn how we can help you implement Veeam’s Data Protection solution.

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

The post Three Benefits Of Veeam’s Data Protection Update To Your Cybersecurity Strategy appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

The financial services sector is dealing with new challenges as they race to digitize for a better customer experience and high-performing branch operations. Unfortunately, cyber criminals are capitalizing on the increased complexity.

To address these concerns, financial institutions are turning to SD-WAN for a more efficient and secure network setup. This accelerates digital transformation and paves the way for the implementation of Secure Access Service Edge (SASE) architecture. In this article, we explore how combining a high-quality SD-WAN with a robust security strategy can address the current challenges in this sector.

Modern Challenges Of The Financial Industry

The financial industry encounters a multifaceted set of challenges that hinder digital transformation, thus affecting both operational efficiency and security. These challenges include:

1. Infrastructure And Technological Challenges

Most banks still rely on outdated multiprotocol label switching (MPLS) networks that connect their branches to the main office. As a result, many are experiencing network problems, especially during mergers, restructuring, and acquisitions. This puts the banking industry at a . Expanding to additional branch locations also introduces the following complications:

• Increased time and energy pressures when setting up MPLS circuits
• Insufficient network bandwidth for disaster response and recovery
• Budget constraints in the IT department that hinder network infrastructure modernization

These obstacles, along with slow and unreliable data center connections and infrastructure, hamstring the migration of crucial business applications to the cloud.

2. Cybersecurity Threats Amid Digital Adoption

Rapid technological advancements require financial institutions to and improve the overall customer experience through:

• Transitioning routine transactions to online platforms
• The integration of self-service options in branches

Additionally, with rising transaction volumes and migration to the cloud, the financial services industry has become a prime target for cybercrime, including theft of funds and personal information, DDoS attacks, and ransomware.

3. Regulatory Compliance

The financial services industry operates under designed to protect consumers from fraud and maintain transparency. Organizations must comply with these standards, even in the face of resource limitations and potential threats.

Five Benefits Of SD-WAN To Financial Organizations

To overcome these challenges, it is essential to execute a comprehensive enterprise initiative. Implementing an advanced SD-WAN platform such as HPE empowers the financial services sector to step fully into the next generation of cloud technology. We’ve summarized five proven benefits of SD-WAN below.

1. Simplified And Cost-Efficient Network Infrastructure

Legacy MPLS services limit the migration of cloud-hosted applications, and requires IT teams to backhaul traffic to main data centers for security. This results in added latency and operational difficulties for remote branches. The edge platform streamlines operations by:

• Actively utilizing cost-effective broadband internet and 4/5G LTE services
• Overcoming reliability issues through features like Forward Error Correction (FEC) and Packet Order Correction (POC)
• Implementing tunnel bonding and dynamic path control

HPE Aruba Networking EdgeConnect enables financial institutions to transition from complex architectures to cost-effective network infrastructure, with real-time performance monitoring.

2. Quick Expansion And Roll-Out

Traditional MPLS services are not equipped to handle the added bandwidth used to expand branches and upgrade ATMs. However, EdgeConnect delivers private line-like performance through:

• Enabling cost-effective and swift deployment within a couple of weeks
• Improving network efficiency with features like path conditioning and zero-touch provisioning

Even without previous IT knowledge, anyone from the IT team can easily set up the EdgeConnect SD-WAN appliance from any remote site.

3. Optimized Backup And Disaster Recovery

Disaster recovery plans commonly involve storing remote data backups at a considerable distance from the primary site, which can result in potential latency issues. To address this, organizations can opt for additional softwares like HPE to improve backup and disaster recovery performance. This enhancement is achieved through the acceleration of the TCP protocol and the incorporation of data deduplication and compression algorithms.

The platform proves effective even with substantial data sets, significantly reducing backup time, while simultaneously expediting recovery processes and optimizing bandwidth.

4. Secured Access And Customer Data

To guarantee compliance, financial institutions must secure customer data in cloud applications. This entails shifting from the conventional practice of backhauling cloud traffic to embracing a Secure Access Service Edge (SASE) architecture. , as a fundamental element of SASE, provides unified branch security, zero-trust segmentation, and automated orchestration with third-party cloud security providers. These functionalities work cohesively to streamline network infrastructure, enhance security measures, and optimize overall operational efficiency.

5. PCI DSS Compliance

Incidents of card transaction fraud losses for merchants and ATM cardholders continue to increase over the years. In response to this escalating threat, PCI DSS outlines to mitigate credit card fraud, which is now a mandatory for any organization handling cardholder data. The EdgeConnect SD-WAN platform supports compliance with nine of these requirements. This kind of compliance provide a secure environment with robust data protection for financial institutions in the cloud.

Final Thoughts

In the changing world of digital finance, the increasing threat of cybersecurity demands financial institutions to prioritize secure and reliable network connections. Unfortunately, various challenges and conflicting priorities often lead to neglecting network infrastructure, especially during cloud migration.

To tackle these challenges, financial institutions need to adopt a flexible SASE approach – using EdgeConnect SD-WAN as a foundation for cloud-hosted security solutions. By partnering with experts like WEI, this strategic approach enables organizations to smoothly undergo digital transformation, cut costs, and manage cybersecurity risks effectively. If you’re ready to explore these possibilities, reach out to our team to get started.

Next Steps: Just about every business we talk with has long-term remote workforce initiatives, and security has become a larger focal point of each conversation because devices are no longer protected by the traditional enterprise perimeter. Don’t leave security to chance with your remote workforce. See how HPE Aruba Networking is solving the challenge with their Remote Access Points, and find out just how easy their RAPs are to implement and manage in our tech brief below.

The post Five Proven Use Cases For SD-WAN In The Financial Services Industry appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

Every organization relies on data, and it’s crucial to keep it safe, recoverable, and secure. When it comes to data security, organizations act like vigilant guardians protecting a treasure. To shield against threats like ransomware and hardware failures, they continuously upgrade hardware and software and analyze methods to improve systems and backups. Research suggests that the best way to reduce hidden threats is by using technologies that automate infrastructure checks and implementing network segmentation.

In addressing data protection, various approaches are adopted by organizations. Some prioritize continuous monitoring, others opt for the integration of advanced security architectures, and some choose to augment their teams and centralize security decision-making. Despite the effectiveness of these strategies, challenges persist in securing data within hybrid cloud environments. This article aims to explore how to best bridge the existing security gap by securing data and hybrid cloud.

Challenges In Data And Cloud Security

Traditional data protection means copying the data that changed in various production environments during off-peak hours and storing that copy in a secondary location. The limitations of daily backups pose the following challenges:

• Outdated copies can hinder quick recovery, especially during times of cyber-attacks or natural disasters.
• Costly backup management.
• Shortages in competent and experienced IT security personnel.
• Difficulty in meeting regulatory requirements.

With data being generated at lightning speed, businesses must update their protection strategies to ensure efficient data safeguarding and recovery. To minimize concealed threats, it is essential to embrace technologies such as cloud environments, automated infrastructure, and network segmentation.

Research shows a growing inclination towards adopting zero trust and Secure Access Service Edge (SASE) architectures to handle vulnerabilities and user access. Prioritizing data safety demands robust measures for protection, recoverability, and security. In the face of these developments, businesses are urged to adapt swiftly and modernize their approaches for comprehensive data management.

Using Backups For Data And Cloud Security

As more organizations amplify their security measures and migrate to the cloud, more than 90% leverage the cloud for data protection. IDC predicts that by 2025, 55% of organizations will adopt a cloud-centric data protection strategy. There are several ways to boost data security, and one of the fastest-growing data protection solutions that businesses can utilize is Backup-as-a-Service (BaaS).

Driven by an increase in cloud-related spending and new cloud application deployments, BaaS solutions range from “do it yourself” options to more full-service options.

BaaS solutions have multiple benefits, including:

• Lower operational costs
• Scalability
• Ease of use
• Data security
• Disaster recovery
• Reduction of backup windows and reusing backups for other tasks
• Provision of automated reporting, monitoring, and management.

Moreover, BaaS integrates with other cloud services, such as analytics, archiving, and content delivery.

Hewlett Packard Enterprise responds to the demand for BaaS and addressing modern cybersecurity challenges through . Expanding their focus on storage software and data management, one notable offering is .

Reasons To Choose HPE GreenLake For Backup And Recovery

HPE GreenLake for Backup and Recovery is crafted for hybrid clouds, streamlining protection across diverse storage in such settings. It caters to administrators managing on-premises and cloud workloads, ensuring fast data recovery, consistent backup and encryption, and seamless restoration of operations. This bridges the security gap between on-prem and cloud environments.

The service delivers the following benefits to your IT infrastructure:

1. Simplified protection and enhanced security measures delivered as SaaS. This approach removes the complexity of managing various components traditionally associated with backup servers. HPE also manages the entire backup environment, including updates and new functionalities.
2. The Global Protection Policy guarantees uniform protection for organizational policies across on-premises, cloud, and hybrid workloads.
3. Integration and comprehensive data management with various HPE edge-to-cloud services such as , HPE GreenLake, and .
4. Data protection which extends to various storage solutions like HPE GreenLake for Block Storage, HPE Alletra, HPE Nimble Storage, and HPE Primera.
5. Ease of operation via a secure, single cloud console. This addresses security concerns with built-in encryption, backup data immutability, and dual authorization.
6. A consumption-based, pay-as-you-go model, which eliminates the need for upfront investment.

Originally designed for VMware virtual machines (VMs), the service has now expanded its protection to include Amazon EBS volumes and EC2 instances. This broader coverage makes HPE GreenLake for Backup and Recovery a dependable BaaS solution suitable for any organization.

Final Thoughts

Effective data protection is crucial. The cloud, particularly in hybrid architectures, is emerging as the primary platform for safeguarding data. This trend aligns seamlessly with cloud-based data protection, such as BaaS. IT managers seek to unify data protection across application platforms, and outsourcing routine tasks through BaaS can empower teams to prioritize essential business activities.

WEI offers expert guidance on data protection solutions tailored to your organization’s needs. Pay-as-you-go solutions like HPE GreenLake for Backup and Recovery ensure reliable protection and seamless integration into broader frameworks to simplify your operations. Contact our team for information on implementing an effective data protection strategy for your business.

Next Steps: As you begin preparing your enterprise for the move to the hybrid cloud, you’ll want to make sure you don’t miss any critical steps. Download and read our free and informative checklist, now.

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The 2023 MITRE Engenuity ATT&CK Evaluation results were recently released, and out of 29 participating cybersecurity vendors, only one delivered 100% protection and 100% analytic coverage with zero configuration changes and zero delayed detections.

Many cybersecurity analysts familiar with ATT&CK evaluations have heard claims of 100% security from many participating vendors, but once you dig down, it becomes clear that these solutions have at least one detection and/or prevention event. Only one vendor is exempt of this, but you will have to wait for that reveal. For now, let’s summarize who MITRE is and why this annual evaluation is so incredibly relevant.

What Is The MITRE Framework?

Organized by the MITRE Corporation, this globally recognized knowledge base stands for Adversarial Tactics, Techniques, and Common Knowledge. It catalogs cyber adversary tactics and techniques drawn from real-life observations, essentially serving as a comprehensive “playbook” that offers insights into the strategies of cyber adversaries and their attack methodologies. Just like a head coach and their players must be in synch with their team’s offensive and defensive playbook, security analysts must thoroughly understand the tactics, techniques, and procedures (TTPs) detailed in the MITRE framework. Presently, the framework encompasses over 500 distinct TTPs employed by identified threat groups.

The is extensively utilized by internal teams, security operations centers (SOC), managed security service providers (MSSPs), product vendors, researchers, and red team personnel. Rather than solely relying on signature identifiers, the framework emphasizes the behavior patterns of an attack. This is key because as attackers continually evolve their tactics, signature-based defenses often lag in detection and prevention.

The MITRE ATT&CK framework is a dynamic, constantly updated resource that keeps pace with these evolving TTPs to provide organizations with current information critical for maintaining a secure IT landscape.

What Are The MITRE Enterprise ATT&CK Evaluations?

The MITRE Enterprise ATT&CK Evaluations are annual assessments designed to assess the effectiveness of cybersecurity products against known TTPs, all of which are outlined in the ATT&CK framework. During the MITRE Enterprise ATT&CK Evaluations, products from participating security vendors undergo a sequence of rigorous tests designed to emulate the tactics of established threat groups. MITRE’s Engenuity red teams orchestrate these simulated attacks, challenging cybersecurity solution providers to showcase their product’s capabilities in three key areas:

1. Visibility: Assessing the extent of a solution’s observational scope.
2. Detection: Evaluating the solution’s ability to accurately recognize malicious actions.
3. Prevention And Response: Determining how effectively a solution can prevent and react to these threats.

The outcomes of these evaluations offer valuable insights into each product’s proficiency in identifying, blocking, and reacting to simulated attacks that mirror real-world scenarios. It is important to note that these evaluations are not competitive in nature. Rather, their focus is to provide clarity and insight into the real-world effectiveness of security products. MITRE Engenuity does not assign scores, rankings, or ratings and leaves evaluation results to be sorted out by the public.

2023 marked the fifth iteration of this event as the MITRE Engenuity red team chose to emulate Turla, a highly sophisticated and well-resourced Russian threat group. Turla’s victims span more than 45 countries, and targets have included government agencies, military groups, diplomatic missions, and research/media organizations.

Turla’s covert exfiltration tactics, custom rootkits, elaborate command-and-control network infrastructure, and deception tactics made it a sophisticated option for the MITRE evaluation. Kudos goes to the entire MITRE Engenuity team for executing this emulation, as 2023 was significantly more challenging than past years were.

Palo Alto Networks’ Cortex XDR Shines In MITRE Evaluation

It is normal protocol for many vendors to proclaim success after completing this rigorous, annual evaluation, but only Cortex XDR from Palo Alto Networks (the same technology that Cortex XSIAM is built on) demonstrated 100% analytic detection and prevention without the need of any configuration changes or delays.

A blue team was assigned the task of protecting against the red team’s tactics using the solutions provided by participants. In the case of Cortex XDR, they deployed the Cortex XDR Pro for Endpoint agent on both Windows and Linux endpoints. No additional solutions were deployed. Other than the enabling of malicious file quarantining and the option to treat grayware as malware, Cortex XDR was configured with default, fresh-out-of-the-box settings. No special steps were taken by the blue team.

Out of the 29 vendors participating, Cortex XDR uniquely identified all 143 techniques and successfully countered 129 attack steps, a testament to its robust protection capabilities. This impressive performance underscores Cortex XDR’s potential in helping security teams defend enterprises and manage service clients against the dynamic and evolving threat landscape. You can read more about Cortex’s dominant performance in the 2023 evaluation .

If Cortex can achieve perfection under the most demanding of circumstance with zero configuration changes, imagine how it could aid your enterprise’s cybersecurity team against the evolving threat landscape. If you want to learn more about how Cortex XDR can secure your own enterprise, contact a WEI cybersecurity specialist today. 

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In 2023, the era of using data to transform how businesses operate continued to gain steam. To keep up with shifting business demands and ensure data remains safe, security and IT teams need to expand the capabilities within their support teams and the widening IT environments they cater to. The challenge is even more significant with the rise of modern hybrid cloud setups, which trigger unexpected complexity and unknown security vulnerabilities.

While some organizations have defined a roadmap to properly navigate these challenges, maintaining a resilient cybersecurity practice continues to be a persistent challenge due to the evolving threat landscape and ongoing IT security gaps. In this blog, we’ll explore the current state our customers are facing in today’s cyber threat landscape and discuss the recommended strategies businesses should consider and adapt to over the next few years.

Current Challenges In Cybersecurity

Over the past year, faced security breaches due to their inability to understand and act on newfound cyber threat complexities. A critical challenge goes back to the lack of visibility for securing all apps and workloads – something the experts at WEI can readily assist with. After all, a CISO cannot protect what is unknown to their landscape. Apart from that, organizations cite the following as additional challenges to fortifying their IT landscape:

• The inability to verify app and workload security
• Legacy controls/unable to modernize their security operation center
• Reliance on isolated security solutions
• Too many alerts to address and prioritize, especially with ransomware and hardware attacks, which create disparity between IT security teams
• A lack of automated solutions for handling increasing data volumes
• Shortages in security staffing, skills, and experience

2023 And Beyond: Best Practices In Cybersecurity

Recently, HPE sponsored conducted by the Ponemon Institute to identify distinct and proven practices for a more effective cybersecurity posture within the enterprise and how to tighten the IT security gap. Notably, acknowledged their organizations as highly effective in navigating the evolving threat landscape.

These forward-thinking organizations have already begun reevaluating their security strategies in the face of expanding edge computing and storage and are also integrating solutions from both security and hybrid cloud providers.

Below are summarized strategies that serve as a valuable blueprint for other enterprise security teams. Notable features include:

1. Bigger Teams, Fewer Breaches: High performers experienced fewer data breaches and downtime when they prioritized investing in expanding and hiring highly-skilled IT security professionals.
2. Zero Trust Control In Network-As-A-Service (NaaS): In the era of NaaS, high-performing teams assume direct responsibility for their zero-trust implementation and avoid reliance on service providers. This empowers them to tailor security precisely to their organization’s needs.
3. Centralized Decision-Making: Clear leadership leads to a more cohesive and effective security position. High performers centralize critical decisions on security solutions and architectures. They do so with either the network or security team leading, rather than opting for a shared responsibility model as seen in other organizations.
4. Secure Access Service Edge (SASE) Adoption And User/Device Visibility: High performers are embracing SASE architecture. This cloud-based security approach involves maintaining the visibility of all users, networks, and devices – a crucial aspect of strong cybersecurity.
5. Continuous Monitoring And Real-Time 疯情AV: Proactive teams boost internet of things (IoT) risk mitigation through continuous network traffic monitoring, swiftly identifying anomalies, and implementing real-time solutions to counteract malicious activities from compromised IoT devices.
6. Network Access Control (NAC) 疯情AV And Integration: Integrating NAC solutions into the security stack improves compliance and IoT security.
7. Evolving Vendor Relationships: Leading organizations are actively and consistently reassessing vendor relationships in response to the shift to edge computing and storage. Many anticipate their current vendors will provide customized security solutions specifically designed for edge environments, rather than relying on their infrastructure providers for edge protection.
8. Hardware Security Focus: Organizations that prioritize cybersecurity actively focus on securing both software and hardware. This involves the use of servers equipped with security certificates to detect tampering and infrastructure employing chips or certificates for the same purpose. They also emphasize the value of data protection and recovery in their overall security strategy.

By investing in these best practices, any competent IT team can demonstrate a clear commitment to a robust cybersecurity posture, ensuring they are well-equipped to navigate the evolving landscape of cyber threats in the years to come.

Final Thoughts

In the current era of data-driven transformation, success lies in seamlessly integrating security measures with modern hybrid cloud solutions. Businesses that strategically adopt this approach are then equipped to meet the challenges presented by the evolving data landscape.

Certified at the highest levels by a myriad of the industry’s top cybersecurity partners, WEI’s security experts are ready to guide you through a holistic security practice. This involves leveraging protective foundations from providers, adopting technologies for automated infrastructure integrity verification, and implementing network segmentation.

Through these measures, we effectively mitigate hidden threats within your IT infrastructure, ensuring long-term security within your organization. Contact WEI today to get started. 

Next Steps: Explore disaster recovery as a service (DRaaS) from Zerto and dive into the benefits with the experts. Learn how DRaaS from Zerto, paired with the intelligence of HPE ProLiant Gen11 servers powered by 4th Generation Intel Xeon Scalable processors, helps mitigate downtime and data loss.

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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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The University of Phoenix once faced : outdated infrastructure, technical debt, and annual data center costs upwards of $1.7 million. The online university’s previous attempts to switch to a hyperscale cloud failed due to the complexity of modernizing old applications and workloads.

Their story took a better turn when the university adopted and started migrating its most challenging workload. Their success enabled a more efficient and cost-effective digital transformation which replaced technical debt with modern solutions.

Addressing Edge Computing Challenges

Many organizations require access to nearby computing resources to maintain smooth operations. The primary obstacle that enterprises encounter is providing these on-site services at remote locations.

The University of Phoenix’s experience reflects the common business challenges of today: the need for a consistent managed service across multiple locations, including the cloud. However, proximity-based applications often struggle with connectivity and latency issues. For that reason, edge computing is essential, which brings us to Expedient.

Most of the time, businesses resort to do-it-yourself approaches to save on costs. This has been the traditional solution to edge computing. This causes several issues, including:

• Increased Costs: Setting up these solutions involves shipping, configuring, and maintaining systems. This is expensive and comes with logistical challenges, especially in a period where many IT teams are struggling to fill personnel as solutions grow more complicated.聽
• Hardware Update Complications: These solutions often require frequent hardware updates. This adds to the complexity and expenses over time as technology evolves. As with many customers who partner with WEI for Expedient solutions, it is often too late when they realize the impressive cost savings and hassle-free subscription method as opposed to being locked into unfriendly multi-year contracts.
• Ongoing Support: Traditional methods find it difficult to handle ongoing hardware support, monitoring, patch management, and unexpected repairs. This leaves organizations struggling to keep their systems running smoothly. WEI can help your enterprise with ongoing support and training to empower difference-making upskilling.
• Scalability Challenges: Scaling these solutions across different locations is a significant challenge. It’s not easy to adapt them to various environments and needs.

While a DIY approach might be tempting, this method often costs businesses more money in the long-run.

Solving Key Challenges With Expedient Edge

The transformation we referenced early on with University of Phoenix proves solutions like and effectively virtualizes existing applications and workloads. With this solution, the university streamlined operations, cut costs, and reduced their owned hardware from 100 servers to seven.

How will you know if your enterprise is ready to embrace edge computing? Have you already explored this option? We recommend that you consider this solution if your business requires:

• A cost-friendly cloud model
• Workload management and support
• Integrated storage and networking
• Resilience to internet connectivity issues
• An adaptable solution for various networking conditions

Expedient Edge, a fully-managed VMware-powered infrastructure, offers timely assistance by providing the following services:

1. Consistent Management: Unifying and elevating the level of services through a cloud-based management platform, ensuring a consistent and reliable experience at a fraction of the cost.
2. Improved Connectivity: Allowing apps to run independently of internet connectivity to ensure seamless operations no matter where they are deployed.
3. Fully Managed VMware Infrastructure: The solution boasts a fully managed , ensuring clients have a robust and reliable foundation for their workloads. And did we mention that Expedient deploys the world’s largest VMware clouds just an hour away from WEI in Boston, MA?

Expedient Edge also meets the increasing demand for a cloud operating model while providing a wide range of features. This makes it a significant choice for organizations in search of dependable and flexible IT solutions.

The Future Of Edge

Companies now understand the need to invest heavily in edge computing, and this trend is expected to continue over the . A recent in March reveals that companies anticipate increased edge budgets in 2023, with a focus on security, automation, and orchestration software investments. Moreover, this technology is not ideal for just one industry, but many where traditional IT is not suitable. This plays into the favor of manufacturing as the edge appliance can fits just about anywhere – a closet, factory floor, or anywhere that cooling conditions are not ideal. 

Additionally, one-third of the respondents plan to increase short-term edge spending according to a recent survey, with variations based on region, company size, and industry. This uptick is fueled by tech updates, heightened security, and growing data center needs.

With a feature-rich offering, Expedient Edge is an excellent choice for organizations seeking reliable, adaptable IT solutions.

Contact our experts at WEI to learn more about edge computing and discover how Expedient’s host of solutions could potentially benefit your business. The future of computing is here. By embracing this transformation, your organization will remain at the forefront of innovation and competitiveness in the digital era.

Next steps: The blueprint for an effective ransomware protection strategy starts with maximizing the resources you already have. WEI can help explain how in our free tech brief.

The post How Expedient Is Shaping The Future Of Edge Computing appeared first on IT 疯情AV Provider - IT Consulting - Technology 疯情AV.

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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Picture this: You’ve just been involved in a minor car accident. Thankfully, you have car insurance, and while you hoped to never use it, it sits available at a moment’s notice. In the business world, that’s the essence of (DRaaS). It’s like insurance for your critical data and applications: it might seem unnecessary at first, but when disaster strikes, you’ll be grateful for the investment.

DRaaS is currently one of the leading managed services due to its unparalleled benefits, customizability, and alignment with specific business objectives. In this article, we will explore its rising popularity and the significant value it offers to enterprises.

The DR Revolution

Let’s quickly begin with the origins of the 3-2-1 rule, which can be traced back to the 1960s. It was during this period that early iterations of the computer entered our everyday world. With the 3-2-1 rule, a third copy of an organization’s most critical data would be stored off-site for disaster recovery purposes. This could be due to a natural disaster or a data breach. Though not in the form of cassette tapes or CDs, this 3-2-1 practice is still very popular today, give or take a few nuances.

Before the days of virtualization, businesses were required to uphold a second data center, which meant investing in extra servers and infrastructure. Moreover, keeping everything synchronized and managing replication across various locations was a burdensome task, particularly with physical hosts. All these factors led to the doubling of infrastructure and expenses associated with DR, making it less feasible for organizations with limited IT agility.

However, the emergence of virtual machines (VMs) and the public cloud marked a shift in the DR landscape. With the introduction of orchestration tools, workflows and recovery processes are now automated – including IP and network changes. This automation simplifies the DR process and makes it more manageable and cost-effective for businesses, allowing them to achieve resilience without the burden of excessive expenses.

As technology advanced, public cloud providers teamed up with VMs to offer , enabling businesses to run VMs in the cloud. This breakthrough led to the introduction of DRaaS to deliver flexibility and stability to workloads.

The era of hybrid cloud and the advent of modern and natural threats paved the way for newer DRaaS platforms so it is important that businesses keep their disaster recovery plans up to speed. says, “The value WEI brings to the table is the expertise in running these newer DR-as-a-Service solutions across various public cloud providers like AWS, Azure, and GCP (Google Cloud Platform).”

This specialized skill set of understanding networking, security, and other ancillary services from various cloud providers enables WEI to deliver tailored solutions that meet various business requirements.

3 Reasons To Embrace DRaaS

DRaaS comes in different forms, and provides a host of benefits for any type of business, including:

• Scalability: Whether an enterprise runs 1 or 500 VMs, has 20 servers or 100 servers, understanding the business requirements allows for tailored DRaaS tiers that align with existing VM design and needs. , a network virtualization software, plays a vital role in making the service flexible by enabling multiple networks with the same IP range. This streamlines the DR process and ensures a smoother and more forecasted recovery experience for different customers with overlapping IP ranges. Of course, understanding the business requirements of DR-as-a-Service opens up new avenues of discussion where we can really get into the costing model and determine the importance of applications. The need to be recovered at all, versus the need to be recovered in a day, four hours or even a week. The quicker the recovery time, the more expensive the end solution.
• Cost-effectiveness: Moving to an operational expense model eliminates the need for a license to run it and to own and maintain physical equipment, making DRaaS a more affordable option.
• Efficiency in operations: Opting for the as-a-Service option for DR streamlines manpower allocation compared to maintaining a second data center or working through unnecessary IT personnel skill gaps The security and recoverability features of a public cloud also eliminate the need for physical site maintenance.

DRaaS is an attractive solution, but it’s not one-size-fits-all. It should always align with a business’s specific needs and requirements. The key is defining what applications need in terms of availability and recoverability.

What’s Next For DRaaS?

DRaaS is not going anywhere, and IT leaders should take note. Many WEI customers have experienced pain points that could have been prevented with a reliable and tested DRaaS plan. A robust DRaaS plan plays a critical role in minimizing the impacts of disasters, ensuring business resilience, and preparing for the future.

Business leaders should explore possible scenarios when planning to employ DRaaS. highlights these questions to start the conversation around DR:

• What am I planning for?
• How am I planning to recover my workloads should the worst thing happen?

As DR solutions have advanced to become more accessible and cost-effective, he emphasizes DRaaS’ significance as an “insurance policy” for protecting critical data and applications.

The integration of virtual machines (VMs) and personalized DRaaS in the public cloud environment provides businesses with reliable protection and peace of mind amid the ever-growing threats of ransomware, phishing, malware, and growing natural disasters such as tornadoes and hurricanes.

Final Thoughts

At WEI, we understand that each business is unique, and with increasingly escalating cyber threats, DRaaS is becoming a top priority for companies aiming to establish robust IT infrastructures. Having this service in place is something every business will be grateful for, as it provides the assurance of enhanced resilience and protection against potential disruptions.

Whether you choose VMware on-premises or in the cloud, our dedicated professionals can offer expert advice on managing your workloads to meet your objectives and ensure you’re ready for any unforeseen circumstances.

Next steps: WEI’s Mark Gabryjelski, who has been practicing VMware since 2000, and ESX since 2002, explains in the video below why it is wise to regularly perform an optimization assessment on an enterprise’s cluster infrastructure.

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As customer preferences, business operations, and enterprise competition evolve, IT leaders must ensure their data storage solutions meet customer needs. For that reason, an enhanced security and data recovery strategy is required for thriving in today’s fast-paced digital economy. One method to achieve this objective is implementing unified storage, which consolidates all data into a single, scalable platform and mitigates potential threats. This allows businesses to replace ineffective data storage systems and deploy a simplified, efficient solution that minimizes downtime and streamlines operations.

We’ve identified how important unified storage

When considering the implementation of unified storage, organizations have two main options: a web-based sandbox or rolling out on-prem. Each approach offers distinct advantages, and businesses should choose the option that best aligns with specific needs and business objectives.

Web-Based Unified Storage With Nutanix Test Drive

The easier of the two options to implement unified storage is leveraging web-based sandboxes with supported functionality. This approach allows organizations to seamlessly integrate the advantages of the service into their current IT infrastructure with minimal preparation.

Nutanix offers a feature that allows users to simulate the entire process of creating within a sandbox-like environment. This feature accurately reflects the organization’s current data structure – including an option to present storage as to physical machines – and provides access to powerful analytics and data management tools in real-time. Nutanix’s software-as-a-service platform also offers improved reporting capabilities. The web-based sandbox approach reduces upfront costs and provides a risk-free environment for organizations to explore the benefits of unified storage.

If your team is looking for a way to articulate the functions and justify the investment for a storage solution, the Test Drive approach is an excellent choice to demonstrate the benefits of unified storage to upper management.

Rolling Out On-Prem

If your organization already knows the value of unified storage but wants to reduce license costs, another option is to adopt an on-premise solution. This approach combines the advantages of the service with simplified deployment and eliminates the need for additional virtual machines. However, it’s important to note that you cannot run your usual VMs, including loading a SQL server.

Nutanix provides an implementation that enables enterprises to streamline their storage infrastructure, helping to cut back the costs associated with multiple systems and maintenance. This service leverages enterprise-grade features such as high availability, data deduplication, snapshots, and cloning to ensure the security and accessibility of stored data. This on-prem software also supports sharing and distribution among IT teams within a terabyte range, allowing them to explore the powerful features and capabilities of this service firsthand. This process provides stakeholders with a direct, tangible encounter with the benefits of unified storage solutions.

Final Thoughts

Nutanix stands out with its unwavering commitment to top-notch security measures, earning a place in WEI’s list of impressive . With unbeatable customer support, businesses can expect fully secured data, maximum performance, and cost efficiency.

As a valued partner of Nutanix, WEI’s team of experts provide the essential guidance and comprehensive assessment processes to ensure your enterprise’s journey toward unified storage is a success. Contact us today to learn how Nutanix’s innovative solutions empower your businesses to streamline operations, reduce costs, and achieve your IT security goals.

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In the era of remote working cybersecurity risks, evolving IoT, increased cloud services, and revolving ransomware, businesses require reliable IT infrastructure to protect their data and ensure continuity of operations. According to Veeam’s report, 79% of IT leaders see a “Protection Gap” between tolerable data loss and how IT protects their data. Addressing this gap usually involves an upgrade of various disaster recovery services for production and protection. To tackle this concern, enterprises are better off subscribing to (DRaaS) rather than for cost efficiency, scalability, and reliability.

How Does DRaaS Work?

DRaaS is an effective cloud computing solution that provides organizations with a comprehensive and cost-effective way to back up their data remotely. Traditional disaster recovery (DR) solutions require companies to buy extra equipment and pay for maintenance costs, which is often expensive. DRaaS is different because it is economical, scalable, and reliable.

DRaaS typically involves the use of multiple cloud providers to replicate data between physical or virtual locations for disaster recovery purposes. This ensures the organizations’ continuous operations through regular backups of data and the ability to quickly deploy the necessary resources when needed, thus reducing downtime and costs in the event of an emergency.

Why Choose DRaaS For Your Business?

Through the expertise of third-party providers, DRaaS is an ideal solution for businesses looking for cost-efficient, scalable, reliable and secure data protection platforms during security threats or natural disasters – making it the ideal choice for enhancing any enterprise’s data protection and disaster recovery strategy. Our team has identified three effective reasons for your IT and business executives to consider DRaaS:

Cost Efficiency Of DRaaS

DRaaS is a better and more financially responsible alternative to traditional disaster recovery solutions. By leveraging DRaaS, companies don’t have to deal with additional equipment or maintenance costs, contributing to significant operational savings.

Based on Trends in Data Protection report, businesses that employ DRaaS protocols have the potential to save up to 70% on their IT budget. Apart from savings, DRaaS guarantees the recovery of data in the event of a disaster, which ensures business continuity. Therefore, DRaaS offers a reliable and cost-efficient way for companies to stay afloat, sustainably recover from disasters, and maintain their operations in the long run.

Scalability Of DRaaS

Traditional disaster recovery solutions require companies to invest in extra equipment and pay for maintenance costs, which become quite pricey during scale-ups. DRaaS allows businesses to scale their storage space based on changing needs. This approach utilizes scalable storage, meaning that instead of requiring the purchase of hardware and maintenance, businesses adjust storage based on their growth.

Furthermore, DRaaS enhances security measures by ensuring the safety of business data in the event of a disaster or threat. This allows businesses to remain confident in the security of their sensitive information. DRaaS provides peace of mind and eliminates the stress of data recovery and protection.

Reliability And Security Of DRaaS

Ransomware attacks affect more than annually. With data protection becoming a priority, DRaaS is a relevant solution to ensure continuous availability during a malicious event. DRaaS is a modern data backup solution that offers optimal resource allocation. DRaaS protects your data with advanced encryption and cloud computing technologies, providing an additional layer of security.

In case of a disaster, recovery time objectives (RTOs) are crucial to business continuity. Unlike traditional DR solutions, DRaaS guarantees a significant reduction of RTOs from hours to minutes or even seconds. Additionally, the built-in multi-site redundancy and uptime guarantees of DRaaS streamline workflows, minimizing the disruption to your enterprise’s productivity. As such, DRaaS is an instrumental tool for businesses with limited resources for data protection plans.

Final Thoughts

With its secure and automated backup capabilities, DRaaS provides an insurance policy against any potential threats or crises. ensures data is protected and ready to be quickly restored in the event of an emergency. Companies of all sizes benefit from using DRaaS to keep valuable data safe and secure.

At WEI, we highly recommend this option as a vital component of any business continuity and disaster recovery plan. If you’d like to assess how a DRaaS strategy will work for you, contact us today.

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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