Cyberattacks have grown in sophistication and frequency, so safeguarding infrastructure has never been more critical. Organizations need solutions that prioritize security, streamline operations, and adhere to zero-trust network principles.

A cyber-resilient server architecture provides the foundation for protecting, detecting, and recovering from threats. Let’s discuss how modern server platforms integrate cybersecurity and zero-trust strategies into every phase of the server lifecycle, offering a resilient foundation for today’s IT environments.

The Cybersecurity Imperative In Modern Infrastructure

Modern IT environments have grown complex, with servers deployed across on-premises, multi-cloud, and edge locations. This complexity increases the attack surface, giving cybercriminals more opportunities to exploit vulnerabilities. According to a study, global cybercrime damages are projected to reach $10.5 trillion annually by 2025.

As threats advance, businesses require secure, scalable infrastructure that anticipates and withstand the following changes:

• Sophisticated cyberattacks: Threat actors increasingly leverage automation, AI, and advanced tools to exploit vulnerabilities.
• Regulatory requirements: Compliance with dynamic cybersecurity mandates demands secure, verifiable infrastructure.
• Infrastructure security gaps: Traditional systems may lack the agility to adopt modern security frameworks like zero-trust networks.

A secure, cyber-resilient architecture tackles these challenges by embedding security into every aspect of server design, from hardware and firmware to supply chain integrity and data protection.

Core Principles Of Zero Trust

A zero-trust network assumes no entity, inside or outside the organization, is automatically trusted. Access is granted only after verification based on identity, behavior, and other risk factors. Organizations adopting this principle must ensure their servers and teams observe the following:

1. Continuous authentication and authorization: Every user, device, and process is verified before gaining access.
2. Principle of least privilege: Access is restricted to what’s necessary for each role or task.
3. End-to-end data protection: Encryption secures data at rest, in transit, and in use.
4. Real-time monitoring and response: Integrated tools detect, alert, and recover from anomalies.

The Security Advantage Across The Server Lifecycle

Creating a secure IT environment is an ongoing journey, requiring consistent vigilance and proactive measures. Dell PowerEdge Cyber Resilient Architecture addresses these needs by delivering comprehensive security controls that safeguard infrastructure at every stage of the server lifecycle:

1. Secure Development And Design

Security starts with the design of Dell PowerEdge servers. The Dell Secure Development Lifecycle ensures that hardware and firmware are developed with stringent security standards in mind. Threat modeling, penetration testing, and secure coding practices help identify and mitigate vulnerabilities early in the design phase.

Key highlights include:

• Silicon-based Root of Trust (RoT): Immutable hardware anchors that validate server integrity during the boot process.
• Cryptographically signed firmware: Protects servers from malicious code injections.
• Compliance readiness: Dell PowerEdge meets critical certifications, including FIPS 140 and standards, which provide confidence in secure deployments.

2. Supply Chain Security

Supply chain vulnerabilities can introduce counterfeit components or malware into IT infrastructure. Dell PowerEdge servers address this risk with end-to-end supply chain assurance:

• Secured component verification (SCV): Ensures that shipped servers match factory configurations with cryptographically verified certificates.
• Software bill of materials (SBOM): Provides transparency into firmware components for vulnerability assessments.
• Tamper detection: Hardware intrusion sensors log and alert administrators to unauthorized physical access.

3. Efficient Deployment And Configuration

Dell PowerEdge simplifies secure deployment with automated tools and controls. Zero-touch provisioning and secure boot processes minimize manual errors while maintaining system integrity. Features include:

• Trusted boot process: Verifies firmware authenticity using Intel Boot Guard and AMD Platform Secure Boot.
• Data encryption: Self-encrypting drives (SEDs) and Secure Enterprise Key Management (SEKM) protect sensitive data at rest.
• Dynamic USB port management: Allows administrators to disable ports to prevent unauthorized access.

4. Ongoing Security Monitoring And Management

Real-time visibility is critical to detecting and mitigating threats. Dell PowerEdge servers integrate advanced tools for monitoring server health, activity, and security status:

• BIOS live scanning: Detects unauthorized changes to BIOS in real-time.
• Persistent event logging: Tracks configuration changes, login attempts, and hardware events.
• CloudIQ integration: Provides predictive analytics and centralized monitoring across the server fleet.

These features enable IT teams to identify anomalies quickly, take corrective actions, and maintain a secure server environment.

5. Secure Decommissioning

When it’s time to retire or repurpose servers, Dell PowerEdge ensures data remains protected. Secure Erase capabilities wipe data from storage devices, preventing accidental data leaks. Options include:

• Instant secure erase (ISE): Erases data quickly and securely.
• Physical disk sanitization: Ensures drives are safe for reuse or disposal.

With these features, organizations mitigate risks associated with server decommissioning and repurposing.

Final Thoughts

Securing IT infrastructure requires a proactive, integrated approach to cybersecurity. By building zero-trust capabilities directly into its servers, Dell PowerEdge ensures that your infrastructure remains resilient, compliant, and prepared for modern challenges.

At WEI, our team of experts specializes in helping organizations deploy secure, efficient, and resilient IT solutions. With expertise in server architecture and cybersecurity best practices, WEI can help you design and implement a zero-trust strategy that aligns with your business goals. Contact WEI today to learn how Dell PowerEdge Cyber Resilient Architecture can protect your organization’s IT infrastructure and enhance your cybersecurity posture.

Next Steps: As a longtime partner, WEI knows that Dell Technologies follows an intrinsic approach to cybersecurity. Security is integrated, not bolted-on after the fact, and it is integrated into every step of Dell PowerEdge. Learn how Dell PowerEdge servers follow this strategy and mindset in this short video.

The post Strengthening Cyber Resilience With A Zero Trust Server Architecture appeared first on IT ·èÇéAV Provider - IT Consulting - Technology ·èÇéAV.

A guest writer of WEI, see Bill Frank’s biography and contact information at the end of this article.

Michael Lewis coined the term, Moneyball, in his eponymous book published in 2003 and made into a movie in 2011 starring Brad Pitt. Moneyball was about applying analytics to baseball. Billy Beane, the Oakland Athletics General Manager, was the first baseball executive to use analytics to increase the probability of winning games.

Baseball is obviously about the players and constrained budgets. So Beane’s goal was to use analytics to create a better roster of players.

The analytics the Athletics developed were new and contradicted all the “rules-of-thumb” baseball scouts used to select players for over 100 years.

Moneyball for cybersecurity is about applying analytics to cybersecurity to reduce the probability of material financial impact due to cyber-related loss events.

Cybersecurity is about controls – people, processes, and technologies – constrained by budgets and resources. So the objective is to create a better portfolio of controls and to improve collaboration with the business leaders who set cybersecurity budgets.

This requires a new analytical approach that calculates and visualizes the aggregate effectiveness of an organization’s control portfolio across the cyber-related loss events of greatest concern to business leaders. In other words, visualize cyber defenses in dollars.

It can be misleading to project the risk reduction value of a control improvement based on evaluating it in isolation. Yet we do this all the time. Risk reduction is about how a proposed control improvement will work in concert with the other deployed controls.

Why We need Moneyball for Cybersecurity

There is a cybersecurity paradox. Overall cybersecurity spending increases every year. New frameworks are published, and older ones are updated. In addition, various government agencies are pressuring organizations to improve their cyber postures.

Despite these efforts, the number and financial impact of cyber-related loss events continue to increase.

Some say it’s due to the increasing pace of digital transformation. Others say it’s due to the increase in remote work and cloud computing. Still others say it’s due to a lack of trained cybersecurity professionals.

While those factors may contribute, two issues are more fundamental – prioritizing control investments and justifying cybersecurity budget proposals.

1. Prioritizing Control Investments

A control’s performance when evaluated in isolation does not indicate how effective it will be in reducing risk when deployed in concert with all the other controls. This makes it difficult to select which control improvements should be funded and which should not.

The underlying issue is the complexity of cybersecurity. Organizations deploy dozens of controls. There are hundreds of threat types as defined by MITRE ATT. There are hundreds to thousands of overlapping and intertwined attack paths into and through an organization’s IT/OT estate.

Therefore, each loss event scenario involves thousands of overlapping end-to-end kill chains. Adding to the complexity, many controls appear on many kill chains and many controls appear in multiple loss event scenarios.

In addition, it’s difficult to compare controls across different IT domains. How do you compare the value of a network control to an endpoint control? How do you compare the value of identity and access controls to malware detection controls? How do you compare left-of-bang to right-of-bang controls?

2. Justifying cybersecurity budgets

Security leaders often have difficulty justifying proposed control investments to the business leaders who set cybersecurity budgets due to the security metrics – business risk gap. Security teams use a wide range of technical metrics to monitor control performance that business leaders do not understand.

Business leaders know that cyber risk is business risk. Business leaders want to manage cyber risk as they do other strategic risks. They are frustrated by the difficulties of collaborating with security leaders who don’t speak their language – money.

Business leaders want to know how control investments will reduce the probability of material financial impact due to cyber loss events. To get their budget requests approved, security leaders need a credible approach to bridge the security metrics – business risk gap.

Implementing Moneyball For Cybersecurity

Monaco Risk’s advisory services use its patented Cyber Defense Graph to make Moneyball for Cybersecurity useful to security teams and credible to business leaders.

Better control selection

Monaco Risk’s Cyber Defense Graph statistical simulation solves the exponential kill chain problem described above. All of the kill chains related to a loss event scenario are analyzed together taking into consideration the capabilities, coverage, and governance of the controls involved.

Figure 1: This is an example of Monaco Risk’s modular Cyber Defense Graphic. Threats enter from the left. Threats move along attack paths shown as arrows. Controls are shown as boxes. Loss events result from threats that are not blocked by controls.

The resulting kill graphs display the critical path weaknesses into and through the organization’s IT/OT estate.

We generate tornado charts to show each control’s current and potential contribution to the aggregate effectiveness of the control portfolio.

Figure 2: Tornado Chart example showing the contribution of individual controls to “aggregate control effectiveness.“

In addition, we aggregate control effectiveness across multiple kill graphs.

In addition, we have developed a set of standardized control parameters that enables the Cyber Defense Graph software to compare the risk reduction value of disparate types of controls. We can compare network controls to host controls, identity/access to malware prevention controls, and left-of-bang to right-of-bang controls.

This improves the decision-making process for prioritizing control selection by showing how alternative control improvements will reduce the probability of material financial impact due to cyber-related loss events.

Improved collaboration with business leaders

Better collaboration with business leaders who set cybersecurity budgets hinges on bridging the security metrics – business risk gap. The Cyber Defense Graph enables credible business risk reduction analysis, in dollars, of alternative control investments.

We generate Loss Exceedance Curve charts to show the potentially catastrophic nature of cyber-related loss events. These charts also show, in dollars, how alternative control improvements reduce the probability of material financial impact of loss events.

Figure 3: This example of a Loss Exceedance Curve chart shows how selected alternative control improvements will reduce the probabilities of dollar losses exceeding three thresholds shown as vertical lines.

Simply claiming a particular control improvement will reduce risk by X% is not sufficient. As my teachers used to say, “Show me the work!” What are your underlying assumptions? Have you evaluated lower-cost controls? How do they compare to the ones you are proposing?

Are there any controls we can eliminate to save money? Can we negotiate lower prices on controls we need for compliance but don’t significantly reduce the risk of a cyber event?

The Moneyball for Cybersecurity Analogy

I am not the first to use the Moneyball analogy for cybersecurity. It has been used to focus on cybersecurity workforce development. Since Moneyball was about player selection, clearly Moneyball can and should be applied to cybersecurity team selection and development.

We take Moneyball a step further by applying it to processes and technologies as well as people, i.e. all controls. It was also used by a cyber insurance company.

Let me know what you think!

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The enterprise cybersecurity landscape is currently undergoing a significant transformation. Server platforms are evolving into complex ecosystems with numerous components relying on firmware for configuration and orchestration. This complexity is further compounded by the exponential growth in data generation, both in speed and volume, which is often geographically dispersed, creating additional challenges for management and security.

The expanding attack surface resulting from these digital transformation efforts has elevated data privacy and cybersecurity in companies to the forefront of concerns. IT professionals now face the critical challenge of implementing robust security controls to effectively manage these risks.

To address this challenge, let’s explore a five-stage approach rooted in zero-trust principles. This framework ensures comprehensive data protection across the entire server lifecycle.

Maintaining A Secure Environment

Understanding the five stages of the server lifecycle is crucial for implementing comprehensive security measures that adapt to the growing threat landscape.

Stage 1: Prioritizing Security From The Start

The foundation of a secure server environment begins with the selection process. Incorporating cybersecurity technologies from the initial design phase ensures that security measures are baked into the architecture rather than added later.

For instance, Dell PowerEdge servers incorporate security features like SecureBoot and System Guard, which act as the first line of defense. These solidify the server’s security posture by reducing the attack surface and mitigating potential vulnerabilities, preventing unauthorized modifications to the server’s core firmware and boot process.

Stage 2: Configuring With Zero-Trust In Mind

After server selection, the focus shifts to secure configuration. Zero-trust principles align perfectly with this approach. This can be implemented by enforcing granular access controls, such as:

• Role-based access control (RBAC) restricts access only to authorized personnel and minimize potential damage if a breach occurs.
• Layered authentication through strong password policies and multi-factor authentication (MFA). MFA adds a layer of verification, ensuring that even if a password is compromised, only authorized users can access sensitive data.

Once the server design is finalized, the next stage integrates security measures directly into the server’s firmware and software stack. Dell PowerEdge servers offer comprehensive features that enhance overall security:

• Hardware-Based Security: PowerEdge servers leverage silicon-based security features to shield against firmware attacks. This hardware-level protection adds a significant layer of defense to the server’s core functionality.
• Secure Firmware Updates: Secure firmware update protocols and cryptographically signed firmware ensure the authenticity and integrity of any updates applied.

These measures are critical for maintaining the server’s integrity throughout its lifecycle – from development to deployment.

Stage 3: Maintaining Vigilance During Deployment

The deployment phase presents a unique enterprise cybersecurity challenge. While establishing the initial environment, it’s crucial to prioritize ongoing vigilance to mitigate potential risks.

When looking for cybersecurity technologies to enhance your infrastructure, consider looking for solutions that come with an Integrated Dell Remote Access Controller (iDRAC) for continuous system health monitoring. This proactive approach empowers IT professionals to identify and address security concerns before they escalate. Furthermore, a comprehensive vulnerability management program with routine scans and patching remains a cornerstone of a robust cybersecurity posture. By consistently patching vulnerabilities, organizations stay ahead of evolving cyber threats and ensure a secure foundation for their IT infrastructure.

Stage 4: Continuous Monitoring And Mitigation

Traditional manual monitoring methods are insufficient in today’s landscape. Here’s how a proactive approach can streamline security management and empower your team to stay ahead of evolving threats:

• Enhanced Visibility And Response: As server operations progress, SIEM solutions provide security teams with a comprehensive view of system activity. This allows for in-depth analysis to identify anomalous behavior and swift response to potential security incidents. Additionally, real-time telemetry and user behavior monitoring can be valuable in detecting compromised accounts by flagging unusual activity patterns.
• Streamlined Maintenance And Threat Defense: Modern server architectures, like Dell PowerEdge, incorporate zero-trust principles by automating security updates and patch management. This ensures systems are always running the latest, most secure software, significantly reducing the attack surface for potential threats. They also offer advanced threat detection and response capabilities, enabling proactive mitigation and a faster time to resolution.

This combined approach empowers organizations to gain a comprehensive view of their servers, automate security processes, and proactively address threats that will strengthen their overall enterprise cybersecurity posture.

Stage 5: Ensuring Secure Decommissioning

Data breaches can occur even from seemingly harmless sources like retired hardware. When it comes to cybersecurity in companies handling various amounts of data, secure server decommissioning is a critical but often overlooked step. One solution that is equipped with advanced removal functionalities is Dell PowerEdge servers.

How does this service ensure sensitive information is permanently removed from storage devices? Dell’s operates on zero-trust and complements your organization’s existing cybersecurity technologies. This feature permanently removes data to ensure even physically disposed drives remain inaccessible. This eliminates a potential vulnerability within your IT infrastructure and simplifies compliance with data security regulations.

Final Thoughts

In today’s dynamic threat landscape, enterprise cybersecurity demands a flexible approach rooted in best practices like server lifecycle stages. Partnering with cybersecurity specialists can further enhance your organization’s security posture.

WEI’s cybersecurity specialists offer unparalleled expertise to design and implement a zero-trust strategy in your organization. This strategy can adapt to emerging threats and new business requirements by building on the strengths of Dell PowerEdge servers’ security features and scalability, fostering an agile server environment. Contact us today to discuss how zero trust can empower your organization.

Next Steps: As a longtime partner, WEI knows that Dell Technologies follows an intrinsic approach to cybersecurity. Security is integrated, not bolted-on after the fact, and it is integrated into every step of Dell PowerEdge. Learn how Dell PowerEdge servers follow this strategy and mindset in this short video.

The post Enterprise Cybersecurity: The Five-Stage Approach To Server Security In The Zero-Trust Era appeared first on IT ·èÇéAV Provider - IT Consulting - Technology ·èÇéAV.

Time is a precious commodity, something that most people wish they had more of. This includes the security operations center (SOC), as analysts are constantly under pressure to stay ahead of cyberattack methodologies to better ensure business continuity. And as sharp as our experts are, the team at WEI cannot create more hours for the day. Still, we can streamline and automate your security operations to effectively make it seem like we have done just that. Enhanced time efficiency is just one of six proven benefits that WEI, in collaboration with Cortex XSIAM by Palo Alto Networks, can offer.

1. Improved MTTD & MTTR

It may sound simplistic, but staying ahead of attackers is crucial for securing your enterprise. By reducing mean time to detect (MTTD), cyber teams are provided more time to respond effectively. Meanwhile, lowering your mean time to respond (MTTR) minimizes the impact of attacks, prevents their spread, and ensures greater business continuity. While the technology behind this is complex, let’s focus on a single impactful metric to illustrate it. One customer success story with saw their MTTR improve dramatically from 3 days to just 16 minutes. What’s more, this was achieved while handling 10 times more data to analyze. Another key metric was a 75% reduction in the number of incidents that required an investigation. All this highlights how AI-driven outcomes and an automation-first approach can significantly streamline security operations and speed up incident response.

2. Consolidation Of Disparate SOC Tools

A war chest of security tools may seem advantageous on paper, but managing a multitude of disparate SOC tools often leads to increased workload, inefficient workflows, and reduced clarity. Navigating between multiple products and consoles can and will make the difference when under serious attack, especially if your team is not proficient in all tools.

WEI’s modern SOC specialists can demonstrate how consolidating data from various security tools into a single platform like Cortex XSIAM not only offers a more cohesive view of your security landscape but also simplifies the management of these tools. Remember, a unified defense is often the most effective defense. By centralizing operations into a single platform, training requirements are reduced, and management tasks are streamlined, enhancing overall SOC efficiency.

Figure 1: Analyst Incident Management View

Figure 1: The analyst incident management view provides a full summary of actions automatically taken, the results, and all remaining suggested actions. A drill-down incident timeline is presented to the analyst if further investigation and response is required. This is also complemented by broad XSIAM intelligence from all analytics and functions.

3. Leverage Native AI And ML Models

AI and ML models are streamlining workloads across today’s organizations, making it clear that business processes can no longer depend on manual tasks. The same goes for the modern SOC. Amid intensifying attacks, it’s essential to expand your visibility into potential security threats. With so many alerts pouring in from so many tools, SOC analysts struggle to prioritize which alerts to handle first and struggle in correlating events to piece the puzzle together.

WEI believes it is time to redefine SOC architecture into an automation-first approach. This involves leveraging historical data with machine learning to anticipate potential future security threats and vulnerabilities. It also means using machine learning and behavioral analysis to profile users and entities to identify patterns that may suggest a possible threat. Even better is the predictive capability of XSIAM that allows SOCs to proactively address security gaps and strengthen defenses before attackers can exploit them. By integrating AI and ML, WEI can transform your traditional reactive SOC operations into proactive, predictive security powerhouses that are designed to significantly enhance the security posture of your organization.

WEI Podcast: Discussing The Modern SOC, IR & Threat Hunting

4. Extend SOC Visibility And Control

Has your security visibility kept pace with the expansion of your IT estate? Amid intensifying attacks, it’s essential to expand your visibility into potential security threats. If you utilize the cloud, then you need eyes in the sky as well as visibility into your remote computer edges. WEI knows how to consolidate data from various sources across the network, including endpoints, cloud environments, and third-party security tools.

This capability starts with full visibility into the logs and alerts from all your external sources. By seamlessly integrating with your existing security infrastructure, including firewalls, intrusion detection systems, and endpoint protection platforms, you gain enhanced visibility across all these layers. This integration enables more coordinated control over your security environment, allowing for a more comprehensive and effective security strategy. By centralizing data into one platform, SOCs gain a holistic view of their security posture.

5. Minute-By-Minute Threat Detection

As threat actors enhance their tactics, it’s crucial to advance your threat detection methods accordingly. XSIAM’s integrated threat intelligence platform allows it to process and analyze vast volumes of data at high speed to ensure that any anomalous or potentially harmful activity is identified in real time. Security threats are seldom signaled by a single, clear indicator. XSIAM’s intelligence capabilities are designed to piece together low-confidence events and detect patterns that warrant high-confidence alerts. XSIAM then uses predefined security playbooks and AI recommendations to initiate responses without human intervention, enabling immediate action against threats to mitigate risks. WEI can provide you with a cloud-native architecture that can automatically scale dynamically based on the volume of data and threat intensity to ensure constant security even during peak loads.

6. MITRE ATT&CK Leading Endpoint Protection

Security professionals increasingly acknowledge the importance of integrating the MITRE ATT&CK Framework into their security strategies. XSIAM features a dedicated dashboard for this comprehensive framework, providing teams with a detailed view of the protection modules and detection rules tailored to each specific MITRE tactic and technique. This integration enables XSIAM to precisely understand the techniques and tactics used by adversaries, allowing for the customization of its detection mechanisms.

This heightened sensitivity to known adversarial patterns enhances both the accuracy and relevance of incoming alerts. WEI security specialists have been guiding clients on how to effectively integrate the MITRE ATT&CK framework to achieve their desired security outcomes, and we are ready to do the same for you.

Talk To WEI

If all of this seems new to your organization, please know this is common practice for the cybersecurity experts at ·èÇéAV Contact us today to learn how our next-gen approach to security operations drives improved outcomes through integration and automation.

Next Steps: Palo Alto Networks’ commitment to developing a groundbreaking solution for modern SOCs has culminated in the creation of a new security platform, Cortex XSIAM. This next-gen platform is designed to propel SOCs beyond the capabilities of traditional SIEM systems, setting a new standard in the industry.

to learn more about this cloud-based, integrated SOC platform that includes best-in-class functions including EDR, XDR, SOAR, ASM, UEBA, TIP, and SIEM.

The post 6 Benefits That WEI And Palo Alto’s Cortex XSIAM Can Offer Your SOC appeared first on IT ·èÇéAV Provider - IT Consulting - Technology ·èÇéAV.

As business leaders outside of IT continue accepting cybersecurity as a business strategy rather than just as a digital defense mechanism, there are still major vacancies in the cybersecurity personnel pipeline that require addressing. Knowing this, WEI’s advanced security solutions are complemented by a focus on helping replenish the talent pipeline. This commitment is confirmed by WEI’s partnership with CyberTrust Massachusetts, a non-profit organization working to cultivate a robust talent pipeline. The support CyberTrust receives from its higher education consortium members is paramount, especially with the all-new Cyber Range at Bridgewater State University (BSU) opening earlier this year.

Bridging The Cybersecurity Skills Gap

Fundamentally, our partnership with CyberTrust is built on the collective mission to train students to create a more diverse and qualified cybersecurity workforce. This correlates with an offering that debuted last year, The program, designed to train and develop individuals with the attitude and aptitude to learn solutions across the entire IT spectrum, is directly applicable to those learning within the Cyber Range.

The Technical Apprenticeship carries a 99% success rate in placing entry-level IT professionals into a full-time IT position, a metric WEI is very proud of. As companies starving for cybersecurity talent continue relying on heavily fished talent pools and lean on expensive third-party managed services, the apprenticeship avenue is growing in popularity. In this case, an individual gaining real-world experience as an intern at CyberTrust at the BSU Cyber Range can be eligible for the WEI apprenticeship program for meaningful job training and career development. The four-step process of the Technical Apprenticeship For Diverse Candidates is:

1. Identify Apprenticeship Plan Expectations: For the apprenticeship to succeed, WEI and the respective client will develop a custom role that is specific to the client’s existing tech stack. Once the expectations are identified and agreed upon, individuals from diverse backgrounds with the potential to excel in cybersecurity careers are then recruited. This initiative aims to tap into underutilized talent pools, fostering a more inclusive and well-rounded cybersecurity workforce.
2. Hire Apprentice: All apprenticeship candidates must complete a job suitability assessment and participate in client interviews to be eligible for hiring. While a candidate will not already possess the required entry level skills to be a full-time cybersecurity employee, their attitude and aptitude regarding cybersecurity is what drives the hiring decision. This is where WEI’s guidance to equip an apprentice with the essential technical skills comes into play.
3. Deliver Development Plan: WEI pairs trainees with experienced cybersecurity professionals who offer guidance, support, and career development opportunities. Mentors play a crucial role in shaping the trainees’ professional growth and ensuring a smooth transition into the workforce. Technical and soft skills are developed in this important stage, often lasting 12 months.
4. Transfer Apprentice To Full-time Employment: Upon successful completion of the program, the apprentice will be transferred to full-time employment under the client that the apprenticeship took place with. This commitment to job placement helps bridge the cybersecurity skills gap and strengthens the regional cybersecurity landscape. The client has no obligation to hire the apprentice, however.

BSU Cyber Range: Building the Future Cybersecurity Workforce

The state-of-the-art features a sophisticated network infrastructure that replicates real-world scenarios, allowing CyberTrust interns to utilize a next-gen security operations center (SOC). Here, students participate in simulated cyberattacks, test blue team/red team strategies, and hone their incident response skills within a controlled environment. This proves invaluable in preparing students for the challenges they will encounter in their professional careers.

The Cyber Range is not just a training ground for aspiring cybersecurity professionals, however. It also serves as a valuable resource for regional organizations. Businesses, government agencies, and non-profit institutions can leverage the Cyber Range to train their IT staff and security teams on the latest cyber threats and defense techniques. This collaborative approach fosters a more secure digital ecosystem for the entire region.

The creation of this facility serves as a catalyst for strengthening the regional cybersecurity landscape in several ways:

• Collaboration And Knowledge Sharing: The Cyber Range fosters collaboration between academia, industry, and government agencies. This exchange of knowledge and expertise is crucial for staying ahead of cyber threats and developing effective defense strategies.
• Building A Talent Pipeline: By providing students with the necessary training and experience, the Cyber Range helps to build a robust pipeline of cybersecurity talent in the region. This benefits local companies and organizations seeking to fill cybersecurity gaps within their workforce.
• Economic Development: A growing cybersecurity workforce creates a more attractive environment for businesses to attract new investors and customers. This, in turn, leads to a boost in regional economic activity and the creation of new jobs across various sectors.

Through CyberTrust Massachusetts and BSU, students and interns are gaining access to at a live SOC that monitors and safeguards the IT infrastructure of local governments, non-profit organizations, and small businesses. This immersive experience allows students to observe cybersecurity professionals in action, apply their theoretical knowledge to practical situations, and gain a deeper understanding of the intricacies of SOC operations.

By integrating advanced hands-on experience with classroom learning, BSU and CyberTrust are revolutionizing cybersecurity education, as the Cyber Range equips students with real-world skills and knowledge required for entry-level positions. These obtained skills and relationships will serve as the critical foundation for many young cyber professionals. Even more, BSU will be offering an in Fall 2024. WEI is proud to support this incredible ecosystem of education, training, and inclusivity.

Next steps: Jeff Cassidy, the Manager of Cyber Security Operations Center at CyberTrust Massachusetts, joins WEI Cybersecurity ·èÇéAV Architect Shawn Murphy for an exciting discussion about modern cybersecurity. Topics the two experts dissect include the modern SOC, incident response, and threat hunting. Listen to the WEI Tech Talk here:

The post Building The Cybersecurity Talent Pipeline With CyberTrust & The BSU Cyber Range appeared first on IT ·èÇéAV Provider - IT Consulting - Technology ·èÇéAV.

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

[Note: This is an updated version of the original article posted on March 21, 2024. I replaced the term “Governance” Controls with “Performance” Controls to eliminate any confusion with the NIST Cybersecurity Framework 2.0 use of the term “Governance.”

I focus here on automated controls that monitor and measure the “performance” of “Defensive” controls that directly block threats or at least alert on suspicious activities.

How well are your cybersecurity controls performing? Measuring control efficacy is challenging. In fact, under-configured, misconfigured, and poorly tuned controls, as well as variances in security processes are the Achilles Heels of cybersecurity programs.

A mismatch between risk reduction potential and performance results in undetected threats (false negatives) as well as an excessive number of false positives. This leads to an increase in the likelihood of loss events.

All controls, whether people, processes, or technologies, can be categorized in one of two ways – Defensive or Performance.

• Defensive Controls: These are controls that block threats or at least detect and alert on suspected activities. Effective Defensive Controls directly reduce the likelihood of loss events.
• Performance Controls: These are indirect controls that measure the performance of Defensive Controls, highlight Defensive Control deficiencies, and/or evaluate the maturity of Defensive Controls’ configurations. Performance includes, but is not limited to, offensive security controls.

Most controls are easily categorized. Firewalls and EDR agents are examples of Defensive Controls. We categorize Offensive Controls as Performance because their purpose includes testing the efficacy of Defensive controls.

Vulnerability management (discovery, analysis, and prioritization) is a Performance Control because vulnerabilities, whether in security controls, application code, or infrastructure, are a type of control deficiency.

Patching is a Defensive Control because patched vulnerabilities prevent threats targeting those vulnerabilities from being exploited.

Manual Performance- Human Penetration Testing

Attempting to conduct Performance functions manually is time-consuming, limited in scope, and error prone. Human Penetration Testing has been the go-to Performance Control for decades. However, only the very largest organizations can afford to fund a Red Team to provide anything close to continuous testing.

Most organizations hire an outside firm to perform pentesting. Due to high costs, the scope of human pentesting is limited. In addition, it is typically performed only once a year or once a quarter. Therefore, for most organizations, human pentesting is little more than a checkbox exercise.

Note that human pen testers use a variety of tools to address many of the standard and repetitive tasks associated with pentesting. However, in general, these tools are not revealed to the client.

Have said that, I am not here to denigrate human pen testing. There are surely many pen testers that have deep expertise and creativity that goes beyond what any automated tool can provide. This is why bug bounty programs are popular.

The cybersecurity market has responded to the need for automated Performance Controls. Since no two organizations are the same, my goal for this article is to describe different types of Performance Controls to help you decide which approach is right for you.

Automated Performance Controls

There are five types of automated Performance Controls I will discuss:

1. Attack Simulation
2. Risk-based Vulnerability Management
3. Metrics
4. Security Control Posture Management
5. Process Mining.

Note that since virtually all of these tools are SaaS platforms, factors including costs, support and training, community, data security, and compliance must always be evaluated!

1. Attack Simulation

Attack Simulation is my simplified term that covers a variety of vendors who use terms like Automated Penetration Testing, Breach and Attack Simulation, and Security Control Validation.

The one thing they all have in common is executing simulations of known threats against deployed controls. However, the vendors in this space use a variety of architectures to accomplish their goals.

The key factors to consider when evaluating Attack Simulation tools are (1) the number of agents that are required or recommended, (2) integrations with deployed controls, (3) the degree to which the simulation software mimics adversarial tactics, techniques, and procedures (TTPs), (4) the vendor’s advice on running their software in a production environment, (5) firewall / network segmentation validation, (6) threat intelligence responsiveness, and (7) the range and quality of simulated techniques and sub-techniques.

Agents. The number of agents needed for internal testing. This ranges from only one agent needed to start the test to the requirement for agents on all on-premise workstations and workloads. No agents may be needed for testing cloud-based controls.

Defensive Control Integrations. Integrating Attack Simulation tools with Defensive Controls enables blue/purple teamers to better understand how a control reacted to a specific technique generated by the attack simulation tool.

Simulation. An indicator of how close a vendor gets to simulating real attackers is its approach to discovering and using passwords to execute credentialed lateral movement. Are clear-text passwords taken from memory? Are password hashes cracked in the vendor’s cloud environment (or on the vendor’s locally deployed software)? Adversaries use these techniques regularly, your attack simulation tool should too.

Production / Lab Testing. Attack Simulation vendors vary in their recommendations regarding running their tools in production vs lab environments. Of course, it’s advisable to perform initial evaluations in a lab environment first. But to get maximum value from an attack simulation tool, you should be able to run it in a production environment.

Firewall / Network Segmentation. There is a special case for testing firewall/intrusion detection efficacy. Agents may be deployed on each side of the firewall. This allows for validating firewall policies in a production environment without running malware on any production workstations or workloads.

Threat Intelligence Responsiveness. New threats, vulnerabilities and control deficiencies are discovered with alarming regularity. How quickly does the attack simulation vendor respond with safe variations for you to test against your controls? Do you need to upgrade the tool, or just deploy the new simulated TTPs?

Range and Quality of techniques and sub-techniques. Attack simulation vendors should be able to show you their supported MITRE ATT&CK techniques and sub-techniques. As to quality of those techniques and sub-techniques, it’s very difficult to determine. The data generated via the Integrations with deployed controls surely helps. We recommend testing at least two similarly architected tools in your environment to determine the quality of their attack simulations.

2. Risk-based Vulnerability Management

Vulnerability management is a cornerstone of every cybersecurity compliance framework, maturity model, and set of best practice recommendations. However, most organizations are overwhelmed with the number of vulnerabilities that are discovered, and do not have the resources to remediate all of them.

In response to this triage problem, vendors developed a variety of prioritization methods over the years. Despite its limitations, the Common Vulnerability Scoring System (CVSS) is the dominant means of scoring the severity of vulnerabilities. However, even NIST itself states that “CVSS is not a measure of risk.” Furthermore, NIST states that CVSS is only “a factor in prioritization of vulnerability remediation activities.”

Risk-based factors for vulnerability management include the following:

Business Context. What is the criticality of the asset in which the vulnerability exists? For example, production systems vs development systems.

Likelihood of exploitability. A combination of threat intelligence and factors associated with the vulnerability itself determine the likelihood that a vulnerability will be exploited. is an example of this approach.

Known Exploited Vulnerabilities. The Cybersecurity & Infrastructure Security Agency (CISA) maintains the Vulnerabilities on the KEV list should get the highest priority for remediation.

Asset Location. What is the location of the asset with the vulnerability in question? Internet-facing assets get the highest priority.

Compensating Defensive Control. Is there a Defensive Control that can prevent the vulnerability from being exploited?

3. Metrics

Modern Defensive Controls generate large amounts of telemetry that can be used to monitor their performance and effectiveness. Automating metrics reporting enables continuous monitoring and measuring the performance of a larger number of deployed controls.

While automated cybersecurity performance management platforms are not always considered an alternative to Attack Simulation and Risk-based Vulnerability Management solutions, they do have the advantage of being less intrusive because they are passive. All they need is read-only access to the Defensive Controls. There are no agents to deploy and no risk of unplanned outages.

The key factors when evaluating automated metrics solutions include the following:

Scope of Coverage. The range of metrics based on your priorities such as vulnerability management, incident detection and response, compliance, and control performance.

Integrations. Does the metrics solution vendor support integrations to your controls? If not, are they willing to add support for your controls? Will they charge extra for that?

Reporting flexibility. How flexible is the report building interface? What, if any, constraints are there to generate the reports you want? Can you build customized dashboards for different users? Is trend analysis supported?

Ease-of-Use. How easy is it to generate custom reports?

Scalability and Performance. Given the amount of data you want to retain, how fast are the queries/reports generated?

4. Security Control Posture Management

All security controls need to be configured and maintained to meet individual organization’s policy requirements, threat profile, and risk culture. The amount of time and effort needed to initially implement the controls and then keep them up to date varies depending on the control type and the functionality provided by the vendor.

Firewalls are at or close to the top of the list of controls requiring the most care and feeding. Therefore, it’s not surprising that the first security control configuration management tools were created two decades ago to improve firewall policy (rule) management. These tools eliminate unused and overlapping rules, and improve responsiveness to the steady stream of requests for changes, additions, and exceptions.

Security Information and Event Management (SIEM) systems are also at or near the top of the list of controls requiring extensive care and feeding. One critical aspect of a SIEM’s effectiveness is the extent of its coverage of MITRE ATT&CK techniques and sub-techniques. This also maps back to the SIEM’s sources of log ingestion. Furthermore, SIEM vendors provide hundreds of rules which generally need to be tailored to the organization.

To reduce the level of effort needed to tune SIEMs, consider tools that evaluate SIEM rule sets and provide assistance to detection engineers.

The variety of tools available for managing security control configurations will continue to grow, encompassing additional types such as endpoint agents, email security, identity and access management, data security, and cloud security.

5. Process Mining

Process mining is a method used to analyze and optimize business processes by collecting and analyzing event logs generated by information systems. These logs contain details about process execution, such as the sequence of activities, the time taken to complete each activity, and the resources involved. Process mining algorithms use this data to automatically generate process models that visualize how a process is executed in reality, as opposed to how it is expected to be executed.

While process mining is not a new concept, it is new for cybersecurity processes. For cybersecurity process mining to be useful, logs must be collected from non-security sources as well as cybersecurity controls.

Process mining is actually a separate class of higher-level analysis and measurement. All the others, with the exception of security operations platforms (SIEMs) here are testing, measuring, or obtaining data on individual controls. Having said that, at present, processing mining does not specifically measure the effectiveness of defensive controls.

An example of a common cybersecurity process use case is user on-boarding and off-boarding. To perform this analysis, the process mining tool must integrate with human resource systems in addition to authentication and authorization systems.

In addition to (1) improving compliance to defined processes, process mining will (2) expose bottlenecks, (3) reveal opportunities for additional process automation, and (4) make it easier for stakeholders to understand how processes are executed using visual representations of the processes.

While scalability, performance, and integrations are important, the way processes and variances are rendered in the user interface and the way you can interact with them is critical to understand the causes of variances and opportunities for improvement.

Individual vs. Aggregate Control Effectiveness

Having reviewed the types of Performance Controls available to monitor and measure Defensive Control efficacy, it’s worth noting that they all monitor and measure control effectiveness individually.

The processing mining folks might disagree with the above statement in the sense that they aggregate multiple control functions by the processes in which they play a role. However, process mining does not actually measure the efficacy of the individual controls in processes. It focuses on improving the effectiveness of processes.

While there is no doubt about the value of discovering and remediating deficiencies in individual controls, there is another function needed from a risk management perspective. That is calculating Aggregate Control Effectiveness. How well does your portfolio of Defensive Controls work together to reduce the likelihood of a loss event?

Aggregate Control Effectiveness must consider attack paths into and through an organization. A Defensive Control that has strong capabilities and is well configured will not reduce risk as much as anticipated if it is on a path that does not see many threats or is on a path with other strong controls.

In addition to discovering and prioritizing Defensive Control deficiencies, a Performance Control measurement program will improve the accuracy and precision of Aggregate Control Effectiveness calculations.

My next article will address the issue of Aggregate Control Effectiveness and its relevance to risk management. Stay tuned!

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 experts today to get started.

About The Author

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

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

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

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

Bill Frank’s contact information:

• Email: bfrank@monacorisk.com

The post Using Performance Controls to Address Cybersecurity’s Achilles Heel appeared first on IT ·èÇéAV Provider - IT Consulting - Technology ·èÇéAV.

Businesses face the constant challenge of fortifying their defenses to maintain resilience, productivity, and uninterrupted operations. This is especially important given the world’s increased data breach events, server outages, and the growing volume of data and users accessing their systems.

Striking a balance between keeping servers in top condition and managing costs is an ongoing struggle for most organizations. Additionally, IT infrastructure needs to be fast enough to detect and neutralize threats before further damage is caused. How can organizations ensure their server equipment consistently performs at peak level? This article examines solutions that may help support your business’s IT and cybersecurity goals.

Servers Are Working Double Time

Servers are under increased pressure due to evolving cybersecurity threats. Key challenges include:

1. Vulnerability to malware attacks and compromised data integrity/accessibility. Cybercriminals exploit human trust to steal sensitive information through methods like phishing and baiting.
2. Some attackers compromise software components during development or distribution.
3. Advanced persistent threats (APTs) are stealthy, targeted attacks coordinated by well-funded adversaries. They persistently sneak into networks and intercept server communication, typically aimed at conducting espionage or stealing data.
4. Distributed denial of service (DDoS) attacks constantly overwhelm servers, thus rendering them inaccessible to legitimate users.
5. Security teams are always on high alert due to threats powered by artificial intelligence (AI), as well as security risks related to the Internet of Things (IoT) and cloud computing. This is particularly challenging when their infrastructure is outdated and lacks adequate monitoring and automated mitigation capabilities.

Organizations must adopt a proactive, layered approach to safeguard their servers and data. 

Invest In Robust IT Infrastructure For Optimal Performance

Imagine a scenario where vulnerabilities are embedded within the very infrastructure powering your business. Data breaches and APTs cripple operations, erode customer trust, and inflict significant financial damage. This is a harsh reality for many organizations relying on servers with inadequate security measures. More than ever, investing in a strong cybersecurity infrastructure is essential to achieve an organization’s security goals. Dell understands the challenges of modern IT teams and they answer the call to introduce more secure platforms. With the advanced features offered by the 16^th Generation (16G) PowerEdge servers, you are assured of optimal server performance and security tailor-fit for your business requirements.

Let’s explore four ways PowerEdge servers can fortify an organization’s defenses.

1. Built-in Security

Dell’s 16G PowerEdge servers address cybersecurity challenges head-on with the (DSDLC). This comprehensive approach integrates security throughout the entire development process, from initial design to ongoing monitoring.

The benefits for enterprises include:

• Proactive Vulnerability Mitigation: DSDLC identifies and addresses vulnerabilities early in the development process through threat modeling and adhering to secure coding and vulnerability testing practices.
• Rapid Threat Response: The DSDLC framework enables swift responses to emerging threats. Dell’s security experts continuously monitor the threat landscape to ensure timely patches and updates.
• Compliance Advantage: The process aligns with industry standards, providing a solid foundation for compliance.

2. Hardware-Enforced Security

Beyond secure development, PowerEdge servers boast a range of hardware-based security features at the supply chain level that provide a strong foundation for your overall security posture. These features include:

• Silicon Root of Trust (RoT): This hardware technology establishes a hardware-based foundation for Zero Trust, which is also applied in their supply chain process. RoT uses cryptography to verify that a computer’s firmware is genuine before it even starts up. This prevents hackers from tampering with the system and drastically reduces their potential targets.
• Secure Boot: PowerEdge servers leverage to ensure only authorized firmware is loaded during the boot process. This safeguards against unauthorized modifications and malicious code injection.
• Trusted Platform Module (TPM) 2.0: An integrated security chip is embedded in each server to store encryption keys and perform secure authentication tasks.

These hardware-backed security features work together seamlessly to create a more robust and trustworthy server environment.

3. Automated Security Management

Manual security configurations are time-consuming and prone to human error. PowerEdge servers address this concern with the Integrated Dell Remote Access Controller (iDRAC), a management tool that streamlines workflows to minimize errors.

iDRAC allows you to:

• Automate firmware updates.
• Centralize security policies across your entire PowerEdge server fleet.
• Monitor system health and identify potential security threats in real time. iDRAC provides comprehensive system logs and alerts, allowing you to proactively address security concerns.

iDRAC empowers IT teams to focus on higher-level security strategies while reducing the risk of human error in security configurations.

4. Flexible Security ·èÇéAV

PowerEdge servers offer a wide range of security options including software integrations and features that are tailored to specific workloads. For example, virtualized environments benefit from for improved isolation. This flexibility allows you to develop a thorough security strategy that correlates with your organization’s needs and the threats it is defending against.

Final Thoughts

Dell 16G PowerEdge servers offer a compelling value proposition for security-conscious enterprises. These servers combine advanced technology, automation, and flexible security to help strengthen your cyber resilience, empower your IT team, and stay ahead of evolving threats.

Well-versed in server solutions, WEI is dedicated to helping your organization strengthen its cybersecurity posture by investing in advanced solutions such as Dell PowerEdge servers. Contact us as our team of experts is committed to empowering your organization to confidently navigate the digital landscape.

Next Steps: As a longtime partner, WEI knows that Dell Technologies follows an intrinsic approach to cybersecurity. Security is integrated, not bolted-on after the fact, and it is integrated into every step of Dell PowerEdge. Learn how Dell PowerEdge servers follow this strategy and mindset in this short video.

The post Four Ways Dell’s 16G PowerEdge Servers Boost Cyber Resiliency For The Enterprise appeared first on IT ·èÇéAV Provider - IT Consulting - Technology ·èÇéAV.

Inside our IT bubble, leaders are aware of the cybersecurity skills shortage that plagues enterprises. As concerning as this challenge is, it may come as a surprise to the general public despite headlines over record ransoms, data leaks, and network breaches. Simply put, there are many more position openings than individuals available to fill them. This imbalance is creating a security gap that cybercriminals are taking advantage of.

Vying for experienced security professionals is highly competitive and costly for companies and organizations of all sizes. Unfortunately, expensive recruiting campaigns can leave under sourced companies, non-profits, and government organizations left in the cold against those with greater recruiting tools. And while larger corporations may have greater access to premier and efficient cyber talent, they often find themselves repeatedly competing for the same talent pool. Still, the beat goes on with the threat landscape growing more complex by the day.

CyberTrust Massachusetts

What IT leaders are looking for is a resource to address this critical security gap by cultivating new, diverse talent pools that leverage underutilized human capital. That is why WEI is proud to announce its partnership with CyberTrust Massachusetts, a nonprofit organization focused on building cybersecurity efforts across the commonwealth through hands-on training and education. The organization is aiming to address state-wide needs including:

• Inadequate security resources/practices: Organizations across Massachusetts are facing immense challenges to identify affordable resources to help them better defend against next-gen cyber threats and sustain modern cyber resiliency. This only heightens the need for businesses, non-profits, and local government to tap into a regional hub for meaningful cybersecurity development and support.
• Skills shortage: As we’ve recently touched on, there is a shortage of trained workers available to meet next-gen cybersecurity demands. According to CyberSeek, there are currently 20,000-plus cybersecurity job openings in Massachusetts. Meanwhile, communities of color and women are underrepresented in the cybersecurity workforce. This makes this cyber workforce shortage a unique opportunity for demographics that are frequently overlooked due to a lack of opportunity to obtain hands-on cybersecurity experience.

Cyber Range Offering

To combat the challenges bulleted above, MassCyberCenter has provided grants to Bridgewater State University and Springfield Technical Community College to support the establishment of SOC and Cyber Range facilities. Students gain much more than just textbook knowledge or virtual simulation training, as these facilities are designed to equip students with highly sought-after skills. These skills are partly learned through competitive cyber war gaming – an interactive exercise that places students in a simulated cyberattack environment. This includes real-life scenarios such as a data breach, discovery of sophisticated malware, and much more. Response from participating students has been overwhelmingly positive.

WEI’s Proud Participation

At WEI, we are aware of the challenges CyberTrust is taking on. With more than 20,000 cybersecurity job openings in Massachusetts, our experts have looked for ways to close the skills gap. Just as important, however, is CyberTrust’s mission to involve students of diverse populations and backgrounds, an endeavor that WEI has committed to with its new service, the This four-step training and mentoring process is specifically tailored to customer needs, roles, tools, and tech stack. It took no time for us to realize the values of CyberTrust Massachusetts connect with those of our own. Says WEI President Belisario Rosas:

“The CyberTrust mission directly correlates with the values of WEI as we focus on building a workforce representative of a diverse community, including people of all backgrounds who are passionate about solving complex problems.”

With a proven security team anchored by some of the top security professionals in the industry, WEI is looking forward to providing invaluable insights and knowledge to these promising students. Says WEI Cybersecurity GTM Leader Todd Humphreys:

“This program provides WEI with a unique opportunity to apply its cybersecurity expertise in ways that not only help fortify the regional security landscape but to also contribute to a sustainable pipeline of cyber talent that is critically lacking right now. We believe that the next generation of security leadership is already being educated at Massachusetts’ higher education institutions. WEI can’t wait to work with them.”

Through our involvement with CyberTrust, WEI aims to contribute to an expanded and more diverse workforce that not only benefits our cyber customers, but also helps enrich the northeast region. Whether you’re a student seeking a direct path into a cybersecurity career, a business in search of emerging talent, or a company with valuable resources and expertise to offer, we welcome you to join us in this remarkable initiative.

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 experts today to get started.

The post Building A Stronger Cybersecurity Future: WEI Partners With CyberTrust Massachusetts appeared first on IT ·èÇéAV Provider - IT Consulting - Technology ·èÇéAV.

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  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 ·èÇéAV Provider - IT Consulting - Technology ·èÇéAV.

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.

The post How To Navigate Modern Data Security Challenges In The Hybrid Cloud Era appeared first on IT ·èÇéAV Provider - IT Consulting - Technology ·èÇéAV.

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 ·èÇéAV: 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) ·èÇéAV 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.

The post The Digital Transformation Era And Beyond: Eight Best Practices In Cybersecurity appeared first on IT ·èÇéAV Provider - IT Consulting - Technology ·èÇéAV.

As companies adopt multi- or hybrid cloud strategies at a rapid pace to accelerate digital initiatives, the advantages of this technology are not without its challenges. In this blog post, we explore the current state of digital acceleration and cloud security, and how businesses can find an integrated cloud solution that works best for their existing ecosystems.

The State Of The Cloud

As we enter 2024, this marks an ideal time to briefly review the current state of the cloud and where security fits into this technology. For starters, the 2023 Fortinet Cloud Security Report reveals that 69% of businesses use at least two different cloud providers. The multi-cloud approach can provide significant benefits, from cost-effectiveness to flexibility and scalability. However, IT leaders need to be mindful of:

• A lack of visibility and control over cloud environments.
• The difficulty of finding the right staff with cloud expertise, which can contribute to misconfigurations and vulnerabilities in setting up the cloud.

Organizations are understandably prioritizing the prevention of cloud misconfigurations and securing key cloud apps. This has led to an increased adoption of multi-layered security models, enhancing protection across platforms and complementing native provider capabilities.

Exploring Cloud Security ·èÇéAV

Cloud platforms face heightened vulnerability to cyber-attacks due to their internet accessibility, as businesses across all industries frequently transmit sensitive data across these channels. The potential consequences of security breaches, such as significant data loss, downtime, and damaged brand reputation, underscore the necessity of implementing robust cloud security measures.

Common elements of effective cloud security protocols include:

• Multi-Factor Authentication
• Data Encryption
• Stringent Access Controls
• Real-Time Threat Monitoring

Organizations can mitigate the risks of system downtime, financial losses, and reputation damage by prioritizing investments in these cybersecurity controls.

Fortunately, is designed to provide a holistic approach to cloud security, enabling businesses to secure all their applications, data, and infrastructure from a central location.

Seamless Integration With Cloud Platforms And Ecosystems

Cloud platforms offer organizations flexibility and scalability for efficient operations, data processing, and customer service innovation. As cloud adoption presents various challenges, seamless cloud-native implementation is important.

Fortinet Security Fabric excels in this regard, ensuring consistent security for all applications. Its solutions seamlessly integrate with most cloud platforms. Let’s explore how Fortinet Security Fabric collaborates with various public cloud platforms.

1. Amazon Web Services (AWS)

Fortinet offers SaaS, VM containers, and API-based protection to deliver natively integrated security functionality for AWS. This security solution includes the following to provide a powerful defense against cyber threats:

• Firewalls
• Security Gateways
• Intruder Prevention
• Web Application Security

With a host of features, Fortinet provides seamless security for the AWS environment.

These features effectively complement existing AWS security tools such as GuardDuty and Security Hub.

2. Microsoft Azure

For Microsoft Azure and Office 365 users, the Fortinet Security Fabric provides these services to enforce consistent security and visibility across multi-cloud infrastructure:

• Comprehensive Protection
• Automated Management
• Native Integration

Fortinet offers a full suite of threat protection features tailored for Microsoft Azure, including next-generation firewalls, cloud-based management of global security infrastructure, and intrusion prevention systems designed for hybrid-cloud environments.

For Office 365 users, Fortinet provides automated protection against web and email threats, identity solutions, and complete reporting and visibility tools to enhance overall cybersecurity measures.

Fortify your Microsoft Azure and Office 365 experience with Fortinet Security Fabric for consistent security and visibility across multi-cloud infrastructure.

3. Google Cloud Platform

Fortinet Cloud Security for Google Cloud offers resilient enterprise security for both on-premises data centers and cloud environments. The Security Fabric provides multi-layered protection for cloud-based applications, incorporating network, application, and cloud platform security features.

This extensive solution is accessible through virtual machines, containers, and SaaS offerings, seamlessly integrating Fortinet Security into the Google Cloud infrastructure.

Fortinet Cloud Security for Google Cloud delivers multi-layered protection for on-premises and cloud environments.

The Open Fabric Security Framework

The ecosystem provides a holistic approach to security by bringing together technology and threat-sharing collaborations. Fortinet’s partners leverage an open-ended architecture, collaborative power, integration, interfaces, and complimentary solutions for automation and their protection. The result is a broad range of solutions that are available to enable advanced end-to-end security across various environments.

The Fortinet Open Security Fabric: Uniting technology and collaborative power for advanced end-to-end security.

Final Thoughts

The shift to cloud architecture offers organizations agility, scalability, and cost savings. However, with growing reliance on cloud platforms and issues on cybersecurity, merging cloud-native features is the ideal approach to enhance security in your cloud application journey.

Fortinet Security Fabric offers comprehensive next-gen security controls, visibility, and policy management across multiple clouds, which empowers organizations to easily manage their security posture while continuing to reap the benefits of cloud architecture.

Are you ready to take your cloud journey to the next level? Contact our team of experts at WEI, and we’ll be happy to get you started with a thorough assessment of your existing cloud environment.

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.

The post Maximize Your Hybrid Cloud’s Potential With Advanced Cloud Security Architecture appeared first on IT ·èÇéAV Provider - IT Consulting - Technology ·èÇéAV.

The hybrid cloud model is continuing its momentum as a preferred operating model for businesses, but its complexities demand constant adaptation to stay ahead of cyber threats. This applies to both on-premises and hybrid environments. Hybrid cloud allows organizations to leverage diverse IT systems, effectively addressing challenges like security, redundancy, and compliance. However, navigating the delicate balance between security and accepted risk is a moving target for organizations.

Understanding Your Cloud Landscape

Enterprise leaders overwhelmingly believe that their hybrid cloud strategy represents the optimal combination of technologies to achieve their unique business goals. While some view their model as stable, others see it as a transitional phase during the ongoing shift from on-premises to the cloud.

The initial rationale around a private cloud environment was its heightened security due to its isolated nature. Meanwhile, hybrid cloud deployments offer a more nuanced approach to data protection. By leveraging a hybrid model, organizations can implement different security levels for local and cloud-based data, catering to specific needs and ensuring regulation compliance. This flexibility allows businesses to optimize their security posture while also reaping the numerous benefits of cloud computing.

Amidst the prevailing belief in the efficacy of hybrid cloud, organizations recognize the need for a “cloud smart” approach, combining hybrid cloud and multi-cloud solutions. This strategic shift is driven by considerations such as:

• Staffing and team collaboration
• Budget
• Business processes
• Downtime minimization
• Security optimization

Leading enterprise cloud decision-makers recognize the dominance of the hybrid model due to its vast array of advantages:

• Adaptability: Respond swiftly to changing business needs and market demands by dynamically scaling resources up or down.
• Security And Compliance: Implement diverse security controls and confidently meet complex compliance requirements.
• Reliability: Ensure business continuity with a redundant and resilient infrastructure that minimizes downtime.
• Legacy Application Support: Maintain and integrate existing applications seamlessly alongside cloud-native solutions, enabling a smooth transition to a hybrid environment.
• Cost Optimization: Maximize resource utilization and leverage cost-effective cloud services to reduce overall IT spending.
• Data Accessibility: Access and analyze all data, regardless of its location, to gain a comprehensive understanding of business operations.
• Real-Time Insights: Leverage edge data and consolidate information from all sources to obtain a single source of truth for data-driven decision-making.
• Reduced Risk: Mitigate potential security risks by implementing an appropriate security level for different data and applications within the hybrid environment.

Tailoring Security In The Hybrid Cloud Era

To effectively navigate the hybrid cloud landscape, organizations need to adopt differentiated security postures. The by highlights the evolution of security strategies in response to the increasing prevalence of cloud computing. This shift underscores the importance of recognizing that varying security controls and levels of protection are needed for local and cloud-based data, as follows. On-premises data, often housing sensitive information, is tightly controlled and subject to rigorous security protocols. On the other hand, cloud-based workloads leverage the specialized expertise and advanced security capabilities offered by leading cloud providers.

To minimize risk, various teams either come up with a cybersecurity framework, SASE-enabled IT architecture, or a zero-trust enabled architecture. No security system is flawless, as AI-driven attackers are persistent and constantly evolving their tactics. Most operational challenges that IT teams face with hybrid cloud security include:

• Overcoming turf and silo issues
• Compliance with data privacy regulations
• Addressing a lack of security skills and resources

While implementing appropriate security measures is important, the involvement of security teams – whether partial or full – is important in safeguarding the hybrid cloud. This underscores the importance of a proactive approach that emphasizes continuous threat and cloud monitoring, threat intelligence management, and incident response preparedness.

Final Thoughts

In our fast-changing security landscape, hybrid cloud strategies are becoming increasingly popular. They empower enterprises to innovate and achieve substantial results. The use of in hybrid cloud provides unmatched processing speed and a cohesive platform for insightful, data-driven decisions.

As organizations embrace the cloud, adapting their security approach is essential. This adaptation ensures comprehensive protection across their hybrid cloud environments, addressing new challenges and securing their data. By embracing this dynamic shift, businesses can stay ahead of technological advancements, enhance their resilience, and remain secure against emerging threats. Ultimately, integrating hybrid cloud strategies is a key driver for continued success in the digital age.

Next steps: Download WEI’s executive brief, The asset expands on the tangible ways that real companies have come to use scalable intelligent storage to achieve a very real impact on their operations and bottom line.

Determining whether this type of solution fits the most pressing needs of your environment may be another story, however. That’s why there are several intelligent storage solutions worth exploring in this landscape.

The post Migrating To The Hybrid Cloud Starts With Conforming To Next-Gen Security Practices appeared first on IT ·èÇéAV Provider - IT Consulting - Technology ·èÇéAV.

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

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

Factors For A Successful SASE Implementation

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

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

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

Investing In A Comprehensive SASE Solution

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

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

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

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

Final Thoughts

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

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

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

The post Step Into The Future Of Secure: Hybrid Networking With Cisco SASE appeared first on IT ·èÇéAV Provider - IT Consulting - Technology ·èÇéAV.

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

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

Building Security Awareness In Organizations

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

1. Adopt A Unified Security Mindset

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

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

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

2. Maintain Security Awareness

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

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

3. Exercise Accountability

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

A Security-First Culture Requires IT Asset Awareness

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

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

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

Embracing Asset Awareness With ThinkShield

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

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

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

Final Thoughts

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

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

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

Next steps: TBC

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Cyber threats are in a constant state of evolution, posing a danger to organizations of all sizes, from the largest of enterprises to small and medium-sized businesses. All face heightened vulnerability to cyberattacks for several reasons, including limited resources in the SOC and a slower response to emerging threats. Even enterprises that have the budget to swiftly adopt new technologies and data transfer methods still struggle with effectively measuring ROI from deployed security tools and sorting aggregated data coming through their firewalls.

One commonly exploited entry point is misconfigured firewalls, as many firewall breaches and bypasses are attributed to misconfigurations. For that reason, it is more urgent than ever to monitor, detect, and respond to firewall issues. This increased need has led many businesses to security operations center as-a-service (SOCaaS).

The Need For SOCaaS

All organizations with a digital environment rely on some kind of SOC environment, although the depth of these environments vary greatly. For organizations lagging with a patchwork SOC architecture, a next-gen SOC powered by AI sounds like a logical next step. It can scale whenever needed, ROI is forecasted more clearly, alert responses are automated, and cyber event/incident reports can be automated, too. Still, as helpful as it is for your SOC analysts, this can be too expensive of a solution to afford upfront.

Fortinet provides FortiGuard SOCaaS as an accessible add-on for both new and existing FortiGate users. This service offers an affordable means for enterprises to enhance their network security without a substantial initial investment. Let’s explore further.

Four Characteristics Of A Reliable SOCaaS

To understand what sets a dependable SOCaaS solution apart, we’ll explore four key characteristics offered by FortiGuard SOCaaS. These characteristics make FortiGuard SOCaaS a smart choice to enhance network security and defense against cyber threats.

1. Early Detection

Fortinet’s security experts offer around-the-clock monitoring and investigation services, ensuring you are only alerted when critical issues require attention. By outsourcing tier-one analysis and SOC baseline automation to Fortinet’s security experts, you can free up your security analysts to focus on more strategic tasks.

Fortinet’s continuous monitoring is backed by and a team of experienced security professionals who perform in-depth investigations through:

• Alert triages.
• Incident analysis and validation.
• Customizable out-of-the-box SOC use cases and reporting to identify areas for improvement and track progress.

This comprehensive approach to security monitoring and management streamlines your operations and enhances your security posture.

2. Quick Response

Fortinet Security Experts can promptly alert the affected party within 15 minutes. Each alert includes:

• A comprehensive incident report.
• Causative factors of the incident.
• Practical recommendations for containment and mitigation.

This method helps smoothly hand over the problem to local IT teams for resolution.

Furthermore, Fortinet’s consultation services assist in remediation and containment efforts. By efficiently integrating Fortinet’s expertise, organizations enhance their SOC-effectiveness, reducing the threat actors’ window of opportunity. Patchwork architectures cannot deliver the MTTD and MTTR averages that like an automated SOC solution can.

3. Comprehensive Management

Fortinet SOCaaS provides an intuitive dashboard, through which IT analysts gain access to a seamless and automated user experience. Two standout features of this dashboard include:

• On-demand reports without having to spend a lot of time searching for data. Here, analysts keep tabs on what’s happening and stay organized in their security work.
• Quarterly meetings with security experts to discuss specific incidents, report progress, and provide advice to enhance overall security posture.

Furthermore, the platform maintains logs for a full year, ensuring that historical data is readily available for analysis and auditing.

A notable advantage of the Fortinet SOCaaS solution is it takes in different types of data. Apart from FortiGate logs, the solution also includes data from other Fortinet Security Fabric services. This flexibility keeps the SOCaaS solution up-to-date and useful in a constantly changing security world. This improves configuration and security, which in turn makes the SOC more effective.

4. Scalability

Enterprises can benefit from a streamlined and scalable subscription model tailored to their FortiGate device. This gives IT teams the flexibility to choose between co-management or full outsourcing of services. Fortinet offers additional customization through an extended array of SOC services that integrate supplementary features and functions.

Building upon the customizable subscription model, Fortinet’s extensive control over SOC technology encompasses a seamless integration of security orchestration, automation, and response (SOAR) capabilities across cloud-based and on-premises models. This is further enhanced by a team of SOC experts and direct access to FortiGuard Threat Research Lab, guaranteeing access to advanced threat intelligence and quick response options.

Final Thoughts

As seen in the projected growth of the SOCaaS market, estimated to reach $11.4 billion by 2028, this solution presents a promising opportunity for organizations to enhance their cybersecurity defenses. While other competitive options may provide more extensive support and vendor-agnostic features, they often come with a higher price tag. Fortinet SOCaaS stands out as a cost-effective and efficient choice.

Get in touch with our experts to learn how Fortinet SOCaaS can help you retake control of your organization’s security operations.

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. 

The post How Fortinet SOCaaS Strengthens Cybersecurity Defenses appeared first on IT ·èÇéAV Provider - IT Consulting - Technology ·èÇéAV.

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.

The post Four Ways Veeam and ExaGrid Support Your Data Protection and Backup Strategy appeared first on IT ·èÇéAV Provider - IT Consulting - Technology ·èÇéAV.

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 ·èÇéAV.

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The evolving digital landscape brings new challenges to security operations, especially when it comes to the end users working in it everyday. Recent studies indicate more than are the result of preventable misconfigurations or mistakes by consumers. As a result, organizations are seeking more efficient and cost-effective IT security monitoring and management services to support overwhelmed end users drowning in data and alert overload.

Selecting the right product that consolidates essential threat detection services can be difficult, especially with an enterprise’s critical operations and precious data at stake. Currently, manage 16 or more cybersecurity tools in their portfolio. This can be overwhelming for busy teams, particularly those with lean staffs (as we often see). This issue is compounded by the lack of integration among various vendor products, leading to blind spots, data correlation challenges, and frequent emergencies. This is where and step in to address these issues.

Fortinet’s FortiAnalyzer provides real-time network visibility and response across all Fortinet Security Fabric Products. WEI provides security teams with central console for security fabric analytics & security fabric automation across their Fortinet deployment. We also give customers the choice of form factors across hardware, VM, SaaS and Cloud. For any CISO with Fortinet as part of their existing security footprint, this eases the implementation of FortiAnalyzer.

Customers are choosing to consolidate and reduce complexity across projects between network operations (NOC) and security operations (SOC) products in their environment. They want to leverage tools to automate and respond in real-time to any cyber risks across teams. This integration and automation approach between NOC and SOC helps Improve Efficiency (MMTD/MTTR), Decrease TCO, and Reduce Cyber Risk.

Benefits Of A Comprehensive Cybersecurity Platform

Fortinet delivers an array of features designed to streamline operations, alleviate administrative complexities, and offer a holistic view of your network environment. Here are six notable benefits of adopting this comprehensive security platform:

1. Enhanced Network Monitoring

In the face of escalating cyber threats, robust network security is paramount. , part of Fortinet Security Fabric, offers real-time automated alerts and updates for safeguarding your network from cyber-attacks. Additionally, the platform’s advanced analytics empower security teams to quickly identify potential threats for risk mitigation.

2. Streamlined Security Operations
Organizations must find ways to maintain effective security without overburdening resources or personnel. provides a solution by simplifying security operations and consolidating infrastructure to reduce operational complexity. The service ultimately supports:

• Optimizing resource usage
• Enhancing security posture, resulting in risk reduction
• Enabling automated responses to network anomalies

3. Improved Compliance And Auditing Management

With the advent of remote work, monitoring user activity across multiple networks in real-time requires robust and industry-compliant network security. To meet these intense demands, automated solutions like FortiAnalyzer offer a range of features that enable businesses to maintain the highest levels of security and regulatory adherence with remarkable efficiency. Notable features include:

• Analyzing network traffic and user behavior.
• Swiftly detecting and alerting IT teams about potential security breaches or policy violations.

These features enable organizations to prioritize strategic initiatives and innovation efforts, while also safeguarding their most sensitive data and user assets.

4. Centralized Logging And Reporting

A unified report and analytics platform empowers businesses by enhancing their comprehension of systems and networks, allowing for data-driven decision making. When companies leverage advanced tools like analytics and artificial intelligence (AI), the data gathered can reveal patterns and deeper insights that would remain hidden with traditional threat detection methods.

5. Advanced Threat Detection And Analysis

FortiAnalyzer and FortiGuard SOCaaS represent two cutting-edge cybersecurity solutions, both harnessing the power of advanced threat detection and forensics driven by sophisticated machine learning algorithms. These tools rapidly pinpoint the sources of malicious activity, mitigate risks efficiently, and enable proactive network security.

6. Seamless Integration And Customization

FortiAnalyzer helps organizations enhance efficiency and performance without compromising financially. This solution also enables the delivery of SOC services with a focus on operational expenditure (OPEX). This versatile and customizable tool caters to the individualized needs of each organization, serving as a solid foundation for efficient threat management and heightened security.

Final Thoughts

The Fortinet Security Fabric with FortiAnalyzer and FortiGuard SOCaaS, stands as a formidable cybersecurity solution that offers a multitude of benefits to organizations seeking robust and cost-effective network security platforms. With a heightened capacity for network visibility and monitoring, it paves the way for streamlined security operations, more effective compliance management, and centralized logging and reporting.

When it comes to cybersecurity, you can trust the recommendations of experts at ·èÇéAV Don’t hesitate to reach out to us for more information on how WEI can effectively safeguard your business against modern cyber threats. Contact us directly, and we’ll help you take the next step towards a fortified security strategy.

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.

The post Six Key Features To Look For When Choosing A Cybersecurity Management Service appeared first on IT ·èÇéAV Provider - IT Consulting - Technology ·èÇéAV.