Artificial intelligence is no longer a future trend in cybersecurity — it’s already embedded in the tools, platforms, and workflows that enterprises depend on to protect their environments. From next-gen EDR platforms to automated threat intelligence and triage, AI is helping overworked security teams detect, analyze, and respond to incidents faster than ever before. 

But while AI is proving itself as a vital defensive asset, it also introduces a new generation of attack automation, deception, and unpredictability. Just as defenders use machine learning to spot threats, attackers are using the same techniques to evade detection, craft highly realistic phishing lures, and deploy adaptive ransomware that learns and adjusts on the fly. 

This is the dual reality security leaders face in 2025: AI is a double-edged sword in cybersecurity — accelerating both detection and deception. Its power depends entirely on who wields it, and how. 

At WEI, we help IT and security leaders operationalize AI capabilities where they deliver measurable advantage while building in the oversight, simulation, and validation practices necessary to stay in control. 

Where AI Delivers Value in Enterprise Security 

• Predictive Threat Detection: AI and machine learning are transforming the front end of security operations by allowing teams to detect subtle anomalies, behavioral shifts, and emerging threat patterns at scale. 
• Automated Triage and Response: AI isn’t just flagging issues — it’s increasingly involved in resolving them. 
• Intelligent Risk Prioritization: Machine learning models are particularly useful in helping security teams focus on what matters. 

When Offense Gets Smarter: AI in the Hands of Adversaries 

While defenders gain speed and scale from AI, attackers are using the same tools to amplify their reach and precision. 

• AI-Powered Phishing and Social Engineering: Attackers now use generative AI to craft highly personalized phishing emails — mirroring tone, context, and timing of real business conversations. 
• Spoofing at Scale: GANs and Adversarial AI: Generative adversarial networks (GANs) help attackers create spoofed websites and synthetic content designed to deceive users and evade detection. 
• Adaptive Ransomware: AI-powered ransomware variants learn, adapt, and evolve in real time. They can analyze system behavior, optimize encryption timing, and selectively target high-value assets — while dynamically reconfiguring payloads to bypass detection. This kind of automated polymorphism renders traditional signature-based defenses ineffective. 

Attackers experiment with emerging AI tactics before defenders adapt: This asymmetry is why simulating these threats before they appear in the wild is essential. 

AI Is Not a Set-and-Forget Strategy 

AI can automate many cybersecurity processes. In fact, studies suggest up to 45% of current security operations are automatable with today’s tools. But automation without oversight is risky. 

Overreliance on AI can lead to excessive trust in models without validation, misclassification of malicious activity as benign, and a lack of explainability when incidents occur. AI models, while powerful, can lull teams into overconfidence — especially when outputs aren’t explainable or continually validated. 

Security leaders must ensure there are human-in-the-loop safeguards and ongoing testing processes to validate AI-driven outputs. Without them, automation becomes a black box — and black boxes don’t hold up under scrutiny. 

Simulating AI-Driven Threats Before They Hit 

Our cyber experts help enterprises prepare not just for known threats — but for the emerging capabilities of AI-powered adversaries. In partnership with Pulsar Security, our offensive cybersecurity partner, we run real-world simulations of: 

• AI-enhanced phishing attacks 
• Adversarial input testing to bypass ML-driven tools 
• Red teaming engagements that mimic AI-assisted lateral movement and privilege escalation 

These simulations are essential not just to stress-test defenses, but to train teams, inform architecture decisions, and validate whether AI is truly helping or hiding gaps. 

How to Lead with AI, Not Chase It 

AI in cybersecurity isn’t optional — but its application must be strategic. Security leaders should ask: 

• Where does AI offer the most operational lift in our environment? 
• Where do we need human verification before action? 
• Are our AI tools tuned to our business, or just our technology stack? 
• How do we test and refine AI over time? 

AI’s value is greatest when it augments human decision-making and speeds execution. It’s not a replacement for judgment — it’s a lever to increase impact. But only if it’s governed, observed, and continuously tuned. 

How WEI + Pulsar Security Deliver AI-Aligned Cyber Resilience 

WEI helps organizations move beyond buzzwords and into measurable security outcomes by embedding AI capabilities into the right places — and pairing them with human context and offensive testing. 

Together with Pulsar Security, we provide: 

• Realistic adversary emulation based on AI-enhanced attack scenarios 
• Red teaming and penetration testing against ML-driven detection systems 
• AI strategy validation services that ensure model output aligns with operational goals
  

Conclusion: AI Is a Force Multiplier — Direction Matters 

AI is fundamentally reshaping cybersecurity — not by replacing human intelligence, but by extending it. As both defenders and adversaries harness AI to gain ground, the differentiator isn’t the tool itself — it’s the strategy behind its deployment. 

Security leaders must treat AI not as a silver bullet, but as a force multiplier that demands rigorous oversight, continual testing, and strategic alignment with business objectives. Those who treat AI as an unchecked automation engine will fall behind. Those who embed AI with intent, test its limits, and build governance around its use will be positioned to lead. 

At WEI, in partnership with Pulsar Security, we help you do exactly that — apply AI where it drives real value, validate it under real-world conditions, and empower your teams to stay ahead of threats that haven’t hit the headlines yet. 

The future isn’t AI vs. humans. It’s AI with human control. Let’s make sure you’re the one steering. Contact WEI and start your conversation.  

The post How Security Leaders Can Harness AI Without Losing Control appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

If you’re responsible for IT strategy in a healthcare organization, you’re already managing a high-stakes balancing act: sensitive patient data needs to be protected, clinical operations must run without disruption, and compliance with regulations like HIPAA is non-negotiable. On top of this, your users expect fast and secure access to systems, whether they’re in a hospital wing or working remotely.

This is where unified SASE proves essential. It offers a cloud-delivered solution that integrates network access, data protection, and identity controls, thus replacing the fragmented security tools commonly used. For large, distributed healthcare networks, this represents a strategic enhancement over traditional security models.

Let’s explore how unified SASE addresses the realities of current healthcare security and why it offers a practical, scalable model for organizations of all sizes.

The Fragmentation Problem In Healthcare IT

Healthcare IT environments are among the most demanding in any industry. The increasing number of electronic medical records, connected medical devices, telehealth platforms, and external partners expands the digital attack surface annually. Add in multi-site operations and thousands of endpoints, and maintaining control becomes difficult without the right architecture.

Unfortunately, many organizations still rely on a patchwork of security vendors and perimeter-based defenses. These legacy setups are increasingly difficult to manage. According to Gartner, are deploying innovations faster than they can secure them. For healthcare, where patient safety and trust are highly valuable, that gap carries a serious risk.

More organizations are simplifying their security stack to address this. Gartner projects that will actively pursue vendor consolidation strategies. A unified approach reduces complexity and costs, and improves the consistency of protection across the enterprise. This is precisely why implementing SASE in healthcare organizations is becoming a top priority.

Listen: Reviewing Fortinet Security Fabric, FortiGate Firewall

Why Unified SASE Matters

Unified SASE delivers network connectivity and advanced security services through a single cloud-delivered platform. It combines secure web gateways, cloud access security brokers, firewalls, and ZTNA into one system that is easier to manage and deploy.

For healthcare leaders, this brings several key advantages:

1. Secure remote access: Clinicians and staff can securely access patient data and systems from any device, whether on-site or off-site.
2. Built-in threat protection: Ransomware, phishing, and other threats are identified and mitigated in real time.
3. Centralized management: Administrators can define and enforce policies across the entire network from a single console.
4. Improved compliance: Standardized controls and reporting support compliance with HIPAA and other regulations.

When used to support SASE for hospital network security, this architecture eliminates the inconsistencies and blind spots often found in legacy environments.

Zero Trust: Applying Clinical Discipline To Cybersecurity

Zero Trust is a familiar concept in healthcare. In physical settings like surgical suites and hospitals, access is strictly limited to those with the right credentials and training. No one walks into an operating room without being identified, verified, and cleared. The same principle should apply to your network.

ZTNA, which is a foundational component of unified SASE platforms, operates on the same principle. This reduces the risk of lateral movement and ensures only verified users reach sensitive data and applications.

In practice, SASE architecture for healthcare networks using Zero Trust enforces policies such as:

• Role-based access controls
• Multi-factor authentication
• Endpoint posture checks
• Micro-segmentation around high-value data

For example, Fortinet’s ZTNA solution offers identity-aware access across locations, helping protect data regardless of where users are connecting from. These safeguards mirror the precision healthcare environment’s demand in clinical workflows.

Simplifying Security

Today’s healthcare systems span hospitals, clinics, labs, and telehealth services. Providing secure access across all these sites while maintaining consistent user experiences is difficult without a unified solution.

Unified SASE helps by consolidating all security and networking functions into one solution. Healthcare IT teams benefit from:

• A single platform for security policy enforcement
• Reliable performance for cloud and on-prem applications
• Modern secure access that replaces outdated VPNs
• Simplified operations with fewer tools to maintain

Take Fortinet’s FortiSASE as an example. It includes a unified agent and FortiManager console that allow administrators to enforce policies, monitor endpoints, and respond to threats across all locations. This model fits perfectly with the growing demand for secure access to cloud-based services in healthcare.

For organizations implementing SASE in healthcare environments, this approach reduces friction and helps maintain trust across every level of care delivery.

Addressing Key Security Challenges

Unified SASE directly tackles some of the most persistent issues facing healthcare IT leaders. Below are real-world challenges many organizations face, and how a unified solution helps resolve them:

• Challenge: Disconnected security tools increase complexity and risk.
• Solution: Unified SASE brings networking and security together under a single platform. This reduces operational overhead, eliminates silos, and simplifies policy enforcement across all sites and users.
  
• Challenge: Remote and mobile staff need reliable, secure access.
• Solution: With integrated ZTNA, Unified SASE ensures clinicians, administrators, and contractors connect securely from any location. Access is based on identity and device posture, limiting exposure while supporting continuity of care.
  
• Challenge: Meeting ongoing compliance and audit demands.
• Solution: Centralized policy management and consistent access controls help ensure alignment with HIPAA and other regulatory requirements. Detailed logging and reporting make audit preparation more manageable.
  
• Challenge: Limited in-house security expertise.
• Solution: Unified SASE reduces the number of tools IT teams must manage. A centralized interface makes it easier to monitor, respond, and adapt thus freeing staff to focus on mission-critical initiatives without compromising security.

Final Thoughts

Healthcare organizations need more than tools; they need strategy, support, and expertise that align with the urgency of their mission. Unified SASE provides the structure to protect your digital perimeter while empowering your teams to work securely and efficiently across every care setting.

As Fortinet’s most comprehensive partner in the Northeastern U.S., WEI is a trusted partner for healthcare providers making the transition to unified SASE. WEI offers deep experience in SASE architecture for healthcare networks and helps organizations like yours protect what matters most through solution design, deployment, and ongoing support.

Talk to our team of experts today to explore how Unified SASE can simplify your environment, reduce risk, and secure every part of your healthcare network.

Next Steps: The expansion and non-stop merging of healthcare organizations across multiple locations necessitates manageable and flexible access controls. In our free tech brief, discover why cloud-delivered SASE is ideally suited to meet the unique needs of today’s healthcare industry.

This free tech brief explores:

• Why healthcare is an ideal use case for SASE
• Importance of a universal cybersecurity experience
• Introduction to FortiSASE
• Importance of Zero Trust

your free copy!

The post SASE Architecture For Healthcare Networks: The Future Of Secure, Connected Care appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

There is no doubt that a high rate of threat detection is a crucial indicator of success for a security system. Detecting 100% of active threats would seem to be the hallmark of an ideal security solution. However, evaluating success solely on threat detection provides an incomplete picture and can ultimately lead to suboptimal outcomes.

Why Perfect Threat Detection is not Enough

Consider this analogy: A weather forecaster who correctly predicts every rainy day achieves a perfect detection rate. However, if they also frequently predict rain on sunny days, their forecasts become less reliable and useful. These false positives would represent lost opportunities for people to enjoy outdoor activities, plan events, or simply leave their umbrellas at home.

Now let’s apply this analogy in the context of cybersecurity:

• Rainy days represent genuine threats that need detection.
• Sunny days incorrectly forecast as rainy represent benign activities mistakenly flagged as threats.
• Lost opportunities due to false rain predictions symbolize the wasted resources, unnecessary disruptions, and potential “alert fatigue” caused by false positives in security systems.

While many security companies promote bold headlines or highlight isolated performance metrics in their marketing, these headlines often tell only part of the story. How can you determine which solutions excel at threat detection while minimizing false positives?

WEI Roundtable: Cyber Warfare and Beyond

The 2024 MITRE Evaluation Framework Report

To find comprehensive information on security solutions, we recommend looking to the MITRE ATT&CK Evaluations. These annual assessments provide an independent and objective analysis of enterprise cybersecurity solutions, offering insights beyond single-metric headlines.

MITRE is a not-for-profit organization that operates multiple federally funded research and development centers. They’re perhaps best known in the cybersecurity community for developing the MITRE ATT&CK framework, which has become an industry standard for documenting and categorizing adversary tactics and techniques. This year’s evaluation focused on two distinct threat areas:

• Ransomware attacks targeting Windows and Linux systems that emulate behaviors of well known groups such as LockBit and CLOP.
• Cyber operations by North Korea (DPRK) focusing on macOS, testing solutions against sophisticated multi-stage malware attacks.

These evaluations have been conducted annually since 2018, making the 2024 report the sixth round of testing. The 2024 MITRE ATT&CK Evaluations report once again maintained its focus on accurate threat detection, while also introducing a more rigorous approach to evaluating false positives, incorporating two key metrics:

1. Total alerts generated: This metric helps assess the volume of alerts produced by each security solution, addressing the issue of alert fatigue in real-world scenarios.
2. False positives: MITRE incorporated “booby traps” or intentionally benign events that should not trigger alerts. Any security solution that flagged these legitimate activities as threats was documented as generating false positives.

The evaluation aimed to test vendors’ ability to balance high detection rates with low false positive rates. Alert fatigue is a major challenge today as alert overloads can overwhelm security teams, causing missed incidents and delayed responses.

A Perfect Score for False Positives

False positives represent more than simple detection errors as they can actively disrupt business operations. When security solutions incorrectly block legitimate activities at the prevention stage, these false alarms directly impact productivity and workflow efficiency. Some evaluated vendors generated more false alarms than successful threat detections, indicating significant challenges in distinguishing between legitimate activities and actual threats.

However, one security solution stood out against the others this year. Cortex XDR in the prevention stage of the evaluation. That represents a mistake-free performance. While Cortex XDR was not the only solution to achieve zero false positives, it had the highest prevention rate among all evaluated vendors with zero false positives. Simply put, no other solution matched Cortex XDR’s exceptional prevention capabilities with the same level of accuracy.

Cortex XDR: Unmatched Accuracy in the 2024 MITRE ATT&CK Evaluations

Cortex was also the first participant ever to achieve 100% detection with technique-level detail and no configuration changes or delays. Achieving 100% technique-level detection means Cortex XDR was able to provide this high level of detail for every step of the simulated attack in the evaluation, without requiring any configuration changes or experiencing delays. This performance is considered exceptional in the industry, as it allows for immediate and comprehensive threat analysis.

Why This Matters for Your Organization

• Less Alert Fatigue: Reducing unnecessary alerts enables IT teams to focus on real threats.
• Faster Incident Response: Detailed detections allow for immediate threat containment.
• Lower Operational Disruption: Accurate prevention stops attacks without blocking legitimate activity.

It should be noted that like all solution participants, Cortex XDR was configured with default, fresh-out-of-box settings. No special steps were taken by the blue team that was charged with protecting against the red team tactics that were defined for this year’s report. Cortex XDR is designed to run mistake-free out of the box.

Conclusion

With zero false positives in the prevention stage and a 100% detection rate with technique-level detail, Cortex XDR has set a new benchmark for enterprise security. This means fewer distractions for your SOC team, faster incident response, and uninterrupted business operations, all without the need for complex configurations.

Is your security strategy keeping up? See how Cortex XDR can enhance your organization’s security posture with unmatched accuracy and efficiency. Schedule a demo today or connect with WEI to explore how we can help optimize your cybersecurity investments.

The post The Gold Standard: Cortex XDR’s Unmatched Results in MITRE’s Latest Evaluation appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

Imagine managing a large party in your home, where guests arrive unpredictably through different entryways. You can’t just lock the front door and call it secure. Instead, you need to keep track of everyone who enters, ensure they’re supposed to be there, and monitor the activity inside. In the same way, businesses face the complex challenge of managing network security across an expansive digital landscape. With remote work, a rise in connected devices, and growing cyber threats, ensuring effective business network security now resembles organizing a secure, multi-room event with hundreds if not thousands of “guests.”

For enterprise network security, network access control (NAC) serves as a security “host,” overseeing who and what enters the network. NAC solutions verify authorized access, flag potential threats, and enforce security policies to maintain a secure, smooth environment. In this article, we explore how modern NAC solutions elevate network security, enhance endpoint protection, and streamline access management across increasingly complex digital environments.

BYOD And IoT On The Rise

As business network security advances to meet the surge in IoT devices and the needs of a mobile workforce, we see that traditional firewalls and basic NAC solutions simply aren’t enough anymore. Today’s enterprise network security requires advanced NAC solutions to give us the visibility and control needed to secure network access, protect sensitive data, and stay compliant.

Let’s consider the impact of mobile and remote work. With mobile workers making up about that’s around 1.76 billion people worldwide, endpoint security is necessary. With IoT spending projected to grow at 10.4% annually from 2023 to 2027, the sheer number of connected devices is only increasing.

Yet, there’s a big challenge we need to address: endpoint monitoring. Many organizations admit struggling to monitor mobile devices when they leave the corporate network. This gap in monitoring presents a clear need for enterprise network security that extends to all endpoints, wherever they are. Comprehensive, ongoing monitoring is now essential for keeping our networks truly secure.

This expansion brings numerous enterprise network security challenges:

1. Device diversity: Each device type, whether a smartphone or an industrial sensor, introduces unique security risks, often lacking standard enterprise-grade protections.
2. Guest and contractor access: Outsiders such as contractors and vendors regularly need network access which creates potential vulnerabilities.
3. IoT threats: IoT devices, frequently “headless” (that is, without user interfaces), lack the capability for basic security updates, making them frequent targets for cybercriminals.

Effective network security today requires more than just allowing or denying access. Modern NAC solutions need to deliver centralized visibility, rapid threat responses, and integrated controls across all connected devices.

Watch: Securing The Hybrid Workforce With SASE

The Need For Visibility, Automation, And Modern Controls

Traditional NAC solutions, which rely on simple scan-and-block techniques, fall short in meeting today’s security needs. For modern business network security requirements, organizations need NAC that goes beyond these outdated methods.

Key capabilities now essential for network access control should include:

1. Comprehensive visibility: IT and security teams must have centralized visibility into every device, whether it’s a laptop, IoT device, or mobile phone, across all segments of the network. This visibility ensures that nothing enters or operates within the network without oversight.
2. Automated threat responses: With the high volume of security alerts generated daily, manual responses are too slow and resource-intensive. Automated responses allow for immediate containment and mitigation of threats, minimizing potential damage and accelerating response times.
3. Efficient device onboarding and workflow automation: Manual processes for provisioning and onboarding devices are time-consuming and prone to error. Automated workflows streamline these tasks, reducing wait times for new devices to join the network and minimizing risks from misconfigured or unidentified devices.
4. Dynamic segmentation controls: To prevent lateral movement by potential attackers, NAC solutions must enforce policies that automatically segment and restrict access based on device type, user role, and behavior patterns. Dynamic segmentation protects sensitive data and systems from unauthorized access within the network.

by Fortinet addresses these needs with a policy-driven, automated solution that delivers comprehensive visibility, responsive containment, and seamless integration with the Fortinet Security Fabric. This platform empowers security teams to identify, authenticate, and control each device connection, strengthening enterprise network security across the organization and reducing risk from internal and external threats.

FortiNAC provides significant advantages in four core areas of network security:

1. Lower total cost of ownership (TCO)
   FortiNAC offers a flexible and comprehensive network security solution designed to integrate seamlessly with existing infrastructure. The platform supports over 150 vendors, including switches, wireless devices, and firewalls. This compatibility helps businesses maximize their previous investments in network infrastructure, enhancing both endpoint and enterprise security. FortiNAC’s deployment options, available as a hardware appliance, virtual appliance, or cloud service, empower architects to choose configurations that best suit their organization’s unique needs.By using open standards, FortiNAC eliminates the need for a server at every location, enabling businesses to reduce costs by leveraging their existing network and security setups. These features make FortiNAC a versatile and adaptable choice for organizations looking to strengthen business network security and maintain a secure, well-integrated environment across the enterprise.
2. Rapid deployment and scalability
   FortiNAC’s REST-based API enables rapid deployment and seamless bi-directional data exchange, making it adaptable to large-scale networks. Integrated within the Fortinet Security Fabric, FortiNAC serves as a third-generation network access control (NAC) solution that meets the complex demands of enterprise network security.Unlike earlier NAC solutions, which primarily authorize managed PCs and guest devices, FortiNAC enforces policies across distributed environments where dynamic access control is critical. With Security Fabric integration, FortiNAC identifies, validates, and segments every device on the network, enhancing both endpoint security and overall business network security. Additionally, FortiNAC prevents threat spread through granular access control, and ensures devices access only the resources aligned with their roles.
3. Accelerated BYOD and IoT device integration
   FortiNAC integrates with existing EMM systems to streamline onboarding and validate BYOD and IoT devices, thereby enhancing endpoint security for mobile and remote workers. It delivers essential visibility and access control to secure a wide range of devices in BYOD and IoT-heavy environments.Through agentless scanning, FortiNAC automatically discovers, classifies, and verifies each device, by allowing only authenticated devices to connect. Role-based policies further enable precise control over device permissions and behavior, ensuring comprehensive enterprise network security and simplifying access management for organizations.
4. Reduced containment time
   FortiNAC strengthens business network security by correlating user activity and network connections to detect and prioritize potential threats. Automation drives FortiNAC’s security architecture, enabling it to contain threats rapidly through real-time intelligence sharing within the Fortinet Security Fabric. This integration automatically enforces policies to safeguard network security and reduce risk. When a threat occurs, FortiNAC isolates compromised devices and notifies network administrators to improve endpoint security. This approach then helps businesses stay compliant with regulatory standards.

Final Thoughts

Maintaining security for a scheduled party means not only knowing who enters, but also keeping an eye on everyone’s activities to ensure each space remains safe and controlled. This is also the reality of modern business network security. With various devices constantly accessing enterprise networks, organizations need more than just basic network security.

FortiNAC from Fortinet exemplifies the kind of advanced NAC solution required to handle today’s enterprise network security needs. Offering policy-based automation and integrating with the Fortinet Security Fabric, FortiNAC provides businesses with detailed visibility, real-time control, and automated responses to potential threats across mobile, IoT, and remote endpoints.

For organizations looking to implement a reliable NAC solution, WEI offers expert guidance in FortiNAC integration so your business gains visibility, automation, and the confidence to face modern security challenges head-on. Contact WEI today to explore how FortiNAC can strengthen your enterprise network security and safeguard your organization’s future.

Next Steps: FortiAnalyzer provides automation-ready single-pane-of-glass management, transparent visibility, advanced compliance reporting, and network-aware rapid response across on-premises, cloud, and hybrid environments. The solution streamlines security operations and brings unparalleled value to modern security network management.

Talk to WEI about advancing your organization’s security posture by optimizing Fortinet Security Fabric with FortiAnalyzer. Download our free tech brief below.

The post Transform Enterprise Security With Advanced Network Access Control Solutions appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

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

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

What Is An Enterprise Browser?

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

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

Eight Enterprise Browser Use Cases

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

1. Solve The SaaS Data Leakage Problem

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

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

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

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

2. A Radical And Sensible Departure From VDI

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

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

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

3. Zero Trust Integration

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

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

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

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

4. Third-Party Access Management

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

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

Enterprise browsers offer several key benefits:

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

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

5. Building Data Loss Prevention

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

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

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

6. Integrating Apps From Mergers, Acquisitions, And Divestitures

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

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

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

Watch: WEI Cyber Warfare & Beyond Roundtable Discussion

7. Adaptability And Compatibility With Various Devices

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

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

8. Support Continued Operations During Security Incidents

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

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

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

Enterprise Browser Deployment Experience

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

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

Final Thoughts

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

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

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

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

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

Bad actors are waging increasingly sophisticated and frequent attacks, including ransomware, cyber espionage, zero-day malware and fileless attacks, to exploit endpoint vulnerabilities. These rapid-fire, diverse attacks are generating an average of that security teams must investigate, triage and address.

Traditional cybersecurity solutions that rely on siloed security tools cannot deliver the integrated data and powerful insights security analysts need to prevent, detect and respond to advanced attacks effectively. These standalone solutions require analysts to correlate data across multiple tools to build a full picture of an attack. This manual process takes valuable time, which is at a premium when an attack is underway or when a subsequent investigation must be expedited. It can also create blind spots that can lead to unidentified threats.

To address these diverse challenges, organizations need a comprehensive security solution that can seamlessly integrate with their existing technology environments. Yet, the technical skills shortage and speed at which attack scenarios change can handcuff organizations, making it difficult to keep pace with security demands. WEI’s security experts are certified at the highest levels by many of the cybersecurity industry’s leading providers, including Palo Alto Networks. This positions us to help organizations implement cybersecurity solutions that minimize vulnerabilities, streamline endpoint security operations, and outpace evolving cyber threats.

Cortex XDR Simplifies and Reinforces Endpoint Security

Enterprises can achieve the comprehensive visibility and speed they need to protect their organizations against advanced threats with by Palo Alto Networks. The extended detection and response solution works across all valuable data sources for detection and response, including network, endpoint, cloud and identity, to deliver a unified view of the attack landscape. Ultimately, Cortex XDR stitches this valuable data together, breaking down siloes to help analysts expose complex attack patterns.

The cloud-native platform combines the latest threat data using powerful machine learning (ML) and analytics to provide key insights into system behavior, network traffic and user activity. By integrating multiple endpoint security tools, the solution helps security teams address the full scope of security operations, without deploying additional software or hardware.

Actionable Insights for Rapid Detection and Response

Addressing continually evolving threats requires growing intelligence and the ability to act quickly. Leveraging artificial intelligence (AI) and advanced analytics, Cortex XDR creates a trusted baseline of activity that can be used to identify anomalies and speed incident detection, analysis and response.

Cortex XDR also employs AI and automation to minimize manual processes and more rapidly detect and mitigate attacks. The cloud-native platform provides a scalable database that constantly collects both internal and external threat data to continually build its intelligence. Cortex XSOAR can automatically execute a response to an identified threat, accelerating reaction time and improving outcomes.

Streamlined Cybersecurity Workloads

Security teams have a lot on their plates. Cortex XDR helps simplify analysts’ responsibilities, allowing them to assess threats from a single console, rather than navigating between multiple interfaces. The platform also consolidates and automates multiple security tasks. By grouping related alerts and eliminating duplicate alerts that occur with multiple monitoring solutions, Cortex XDR reduces individual alerts by . The solution also ranks the criticality of alerts to help analysts prioritize their efforts.

AI and automation also help ease analysts’ workloads, eliminating the need to examine threat indicators manually and automating routine tasks such as alert triage and incident response. By consolidating and automating various tasks, Cortex XDR streamlines security operations, enabling security teams to focus on other strategic initiatives.

Cortex XDR Unifies Multiple Agent-Based Solutions for Simplified, Yet Powerful Endpoint Security

To protect their organizations, analysts must prevent, detect, analyze and respond to threats. Cortex XDR integrates multiple cybersecurity solutions to offer a complete cybersecurity stack.

Firewall: Preventing unauthorized network access is a critical first step in effective cybersecurity. The Cortex XDR host firewall allows organizations to control inbound and outbound communications on their endpoints. Organizations can set host firewall policy rules to block traffic on specific devices and apply them to endpoints. The agent also natively integrates with Palo Alto Networks WildFire malware prevention service and disk encryption capabilities to further limit risk.

Antivirus: Detecting and eliminating viruses is essential to safeguard the integrity of the IT ecosystem. Cortex XDR features next-generation antivirus to block attacks.

Endpoint Detection & Response: Cortex XDR’s Endpoint Detection and Response (EDR) agent continually monitors endpoints for lurking threats. Utilizing machine learning and analytics, the module can identify covert attacks and automatically execute the appropriate response.

Forensics: Investigating an attack is time consuming. The Cortex XDR Forensics module utilizes forensics data, artifacts and event intelligence to reveal the root cause and scope of an attack. The module allows organizations to review and analyze digital evidence, hunt for and authenticate threats, simplify triage and speed response. The ease of the module drastically reduces investigation time and enables analysts of all experience levels to triage incidents.

File Integrity Monitoring: Continually validating the health and behavior of the IT environment is critical to prevent or minimize the damage a compromised file can inflict. Cortex XDR BIOC’s can be configured to continually verify the integrity of operating system (OS), database and application software files, comparing the most recent versions to expected behavior patterns.

Device Control: USB devices can unknowingly expose an organization to risk. With the Cortex XDR Device Control agent, organizations can securely monitor and manage USB access to protect endpoints from active threats that can lead to downtime and data loss. Organizations can restrict usage by vendor, type, endpoint, and Active Directory group or user.

Search & Destroy: The best endpoint security strategies proactively seek out threats. The Cortex XDR Search and Destroy agent offers insight, manual and automated threat hunting capabilities, and custom rules to enable analysts to search for and eliminate evasive threats proactively. Analysts can also create attack hypotheses and use the module’s querying capabilities to uncover and eliminate suspicious activity.

WEI is Your Partner in Devising Your Endpoint Security Solution

As a Palo Alto Networks partner, WEI can help organizations take the critical step forward to improve their endpoint security with Cortex XDR. Our experienced team of security engineers can meet organizations wherever they are in their cybersecurity journeys, offering the deep expertise to:

• Guide the planning and implementation processes to achieve specific goals/objectives
• Identify which data sources to integrate with Cortex XDR to enhance visibility
• Customize threat detection and response strategies to address unique risks
• Develop automated responses to contain malicious activity quickly

Our customer commitment positions us as a long-term partner who can help security solutions evolve to address the ever-intensifying security landscape. When you’re ready to strengthen your endpoint security, WEI is ready to help.

Next Steps: Jeff Cassidy, the Manager of Cyber Security Operations Center at , joins WEI Cybersecurity Solutions 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 Achieve Comprehensive Endpoint Security with Cortex XDR and WEI appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

In the modern healthcare ecosystem, data plays a critical role. From storing patient records and managing finances to facilitating research and developing treatment plans, this information forms the lifeblood of the industry. It goes beyond the common data pulls for medical histories and financial details, as it also encompasses vital research findings, drug trial results, and personalized treatment plans – all essential for individual well-being and scientific advancement. However, this treasure trove attracts attackers, threatening patient privacy and trust, hindering care, and compromising the entire healthcare system.

What can healthcare organizations do? We’ll delve into the modern challenges they face, and solutions they can take to build a more secure healthcare landscape.

Challenges In Healthcare

Healthcare institutions face an uphill battle: balancing cutting-edge technology with robust cybersecurity measures. In recent years, there have been on these organizations due to these common challenges:

1. The use of outdated VPNs. This fails to adequately protect user and patient information against ransomware, phishing, malware, and other cyber threats.
2. Relying on a patchwork of cybersecurity solutions and vendors, both on-premises and off-site. This leads to high operational costs, antiquated operations, lagging detection and response, and unnecessary complexity.
3. Maintaining a high level of cyber resiliency across different environments, such as on-site and work-from-anywhere setups. Simplifying the structure is crucial for compliance and reducing the overall attack surface. While clinical staff may be working on-site, many non-clinical staff are still working remotely, and often within departments executing critical data flows.

Fortifying the healthcare system’s digital defenses requires a multi-pronged approach involving the adoption of reliable software solutions and updates, paired with comprehensive staff education. By safeguarding patient privacy and enabling the uninterrupted delivery of high-quality care, cybersecurity is not merely an option – it’s an essential investment.

Key Impacts Of SASE

Traditional security approaches struggle to keep pace with the evolving healthcare landscape. Enter Secure Access Service Edge (SASE), a revolutionary solution promising a paradigm shift in safeguarding sensitive medical data. We’ve identified five key aspects of SASE and their impact on healthcare security. Let’s explore:

1. Unified Security Approach: SASE unifies network and security in the cloud to streamline and scale management and boost healthcare IT security. Sticking with old methods leaves organizations exposed, making SASE’s holistic and modern approach crucial for healthcare.
2. Zero Trust Principles: Healthcare institutions can minimize insider threats and boost security by adopting Zero Trust, a model rejecting inherent trust and emphasizing constant verification and monitoring. This is a topic we’ve covered plenty in recent time, and this practice is only growing more prevalent across all industries.
3. Cloud-Native Security: Cloud-native security scales dynamically, protecting healthcare data as volumes soar. This flexible approach safeguards sensitive information through the power of cloud technology.
4. Endpoint Security: In the face of devastating breaches, robust antivirus and frequent updates are vital to fortify devices against cyberattacks.
5. AI-Driven Threat Detection: AI-powered threat detection analyzes data in real-time as well as forecasts actions for future threats. This helps spot anomalies and respond to security threats as they emerge.

In the realm of , SASE addresses various challenges in the industry by providing secure access and high-performance connectivity to users in various locations. However, many SASE solutions fail to provide consistent cybersecurity or seamlessly integrate with existing network and security tools.

Considering Universal SASE In The Healthcare Sector?

Universal SASE provides consistent cybersecurity and optimal experiences, safeguarding all users, devices, and edges, including microbranches. Built on a single-vendor approach like Fortinet’s , it offers a comprehensive solution by integrating SD-WAN with cloud-delivered security services. This approach ensures optimal and secure connectivity for all.

FortiSASE employs a distinctive secure networking approach driven by a singular operating system known as FortiOS. Augmented by , this strategy enables Fortinet to seamlessly integrate security and networking with the following functionalities:

• Streamlined Management: Simplify both networking and cybersecurity policy administration through a consolidated agent, enhancing operational efficiency.
• Consistent And Flexible Security Everywhere: Fortinet solutions ensure consistent security for both on-site and remote users, minimizing security vulnerabilities and simplifying configuration tasks. Fortinet Secure SD-WAN enables organizations to secure and transform their on-premises WAN while extending security into the cloud with FortiSASE.
• Real-Time Threat Protection: and FortiGuard AI-Powered Security Services provide immediate defense against cyber threats.
• User-Friendly Licensing: Fortinet offers straightforward user-based licensing and user-friendly management and monitoring tools.
• Unified Endpoint Protection: Leveraging FortiClient, FortiSASE delivers all cybersecurity services, safeguarding endpoints and providing remote access, telemetry, and visibility within the Fortinet Security Fabric.
• Secure Private Access: FortiSASE offers secure private access capabilities that seamlessly integrate with SD-WAN networks, utilizing intelligent steering and dynamic routing to ensure optimal access to corporate applications.
• Secure Software-as-a-Service (SaaS) Access: Addressing the challenges of shadow IT and data exfiltration, FortiSASE provides secure SaaS access with a dual-mode CASB, offering both inline and API-based support. It delivers comprehensive visibility by identifying critical SaaS applications and identifying risky ones, thus mitigating shadow IT risks.
• Enhanced User Experience: Through SD-WAN, organizations can enhance application experience, connectivity, and operational efficiency, ultimately improving user satisfaction.

Final Thoughts

Healthcare organizations need secure and reliable network access, especially with distributed teams and cloud-based applications. FortiSASE offers a high-performance, scalable, and globally-spanning cloud network with a single-vendor SASE approach. This means broad coverage, easy scalability, and streamlined operations, freeing your healthcare teams to focus on what matters most: delivering exceptional patient care.

WEI’s team of experts is ready to support you and your organization in your cybersecurity and business goals. Contact us to get started.

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 Redefining Healthcare Security With A Single-Vendor SASE Solution appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

This is the final installment of a two-part series dissecting the Left of Bang strategy and mindset and how it applies to modern cybersecurity practices. Click here to read part one. Left of bang is a proactive cybersecurity approach that strengthens incident detection and response by identifying and addressing threats before they impact the organization.

The risk of a cyberattack is a growing concern for organizations, and with an event occurring every 39 seconds, chief information security officers (CISOs) are taking it seriously. Left-of-bang technologies help organizations proactively identify cyber threats to prevent attacks and better manage risk. With the organization’s operational integrity, financial stability and brand at stake, cyber leaders are prioritizing cybersecurity, making it an essential part of their business strategies, rather than a nice-to-have, add-on service.

However, moving cybersecurity left of bang can be difficult for organizations that lack the on-staff expertise to recognize cybersecurity vulnerabilities. A knowledgeable value-added reseller like WEI can help organizations move cybersecurity left of bang and integrate the technologies that address their cybersecurity weaknesses and industry- and business-specific needs.

The Value of Left of Bang Technologies

These solutions are designed to help minimize risk and exposure to prevent attacks before they impact the organization. The analytics and automation built into these tools can help organizations speed threat detection and response, better manage their internal resources and address the constantly changing threat landscape.

Improving Mitigation Speed

Armed with powerful analytics, left-of-bang technologies constantly scan the IT environment for threats, using automated responses to quickly remediate issues. These advanced capabilities help organizations lower the mean time to detect (MTTD) and mean time to respond (MTTR) to an attack. Organizations use these metrics to measure their cybersecurity progress.

Easing the IT Skills Shortage

Analytics and automation also minimize the strain of the IT skills shortage. Many organizations are bringing their outsourced managed detection and response (MDR) initiatives back in house, putting greater expectations on their internal teams. By automating detection and response, such technologies allow organizations to better utilize their IT resources.

Keeping Pace with Evolving Threats

Bad actors continuously evolve their attack tactics, and organizations need to keep up. Solutions focused on left-of-bang combine analytics and the latest threat intelligence to detect new threats and network anomalies that may indicate an attack. User and Entity Behavior Analytics (UEBA) technology help organizations recognize behavioral anomalies, such as individuals accessing systems or data outside their normal scope of work or downloading data to an external device, to address a potential issue early.

A Technologies that Assess the IT Environment

An effective cyber strategy begins with situational awareness. This is achieved through asset management, vulnerability management, and penetration testing or red teaming.

Asset Management. Asset management technologies provide visibility into an organization’s IT environment, including all endpoint devices, users, software and cloud services. By inventorying all cyber-enabled assets, organizations have a clear picture of what needs to be monitored and protected. The environment is continually reviewed as new assets are introduced and existing assets are changed and decommissioned.

Vulnerability Management. Vulnerability management technology helps organizations identify, assess and address security weaknesses and prioritize remediation efforts to better secure IT assets.

Penetration Testing and Red Teaming. Penetration testing and red teaming both stage an ethical attack on an IT environment to identify gaps that provide access to bad actors; however, their approaches are different. Red teaming more closely simulates a real-world attack. The exercise is executed over several weeks without the organization’s knowledge. During this time, the red team looks for weaknesses, attempting to penetrate as far into the network as possible. With penetration testing, the organization is aware that an attack with a pre-determined scope will occur during an agreed-upon timeframe.

Technologies that Prevent an Attack

The goal here is to stop an attack from occurring. Two of the most common prevention technologies are next-generation firewalls (NFGW) and endpoint security.

NGFW. Traditional firewalls block potential threats by monitoring and filtering network traffic according to predefined parameters. NGFWs introduce additional capabilities to improve decision-making on traffic flow and defend against modern cyber threats.

Endpoint Security. Every endpoint device provides a potential access point for an attack. To block potential threats, endpoint security technology uses artificial intelligence (AI) to assess incoming data against an ever-expanding database of threats.

Proper Deployment of Cyber Solutions. Simply installing left-of-bang technology is not enough. Organizations need to ensure the technology utilizes the right settings to fortify their environments. This may include having proper policies configured and set to block, or up to date versions of products that introduce the latest prevention capabilities.

Integrating Right-of-bang Solutions for a Comprehensive Strategy

While left of bang is ideal to prevent attacks, every organization should have a comprehensive cybersecurity strategy that includes right-of-bang technologies as well. These technologies support event detection and response as well as recovery efforts to restore the IT environment and any lost data. By addressing threats across all five cyber domains, assessment, prevention, detection, response and recovery, organizations align their strategies with the (NIST) cybersecurity framework for a powerful cyber defense solution.

Building a dynamic cybersecurity strategy that prioritizes left of bang while integrating right of bang can be challenging, especially for organizations without the necessary resources. WEI’s experienced cybersecurity engineers can help organizations shift their cybersecurity strategy left of bang and deliver additional value including:

Demonstrating ROI

While CISOs understand the value of left-of-bang solutions, business leaders may not recognize the benefits until it is too late. WEI guides CISOs to build the business case for a left-of-bang strategy to help achieve executive buy-in.

Offering Experience in the Latest Cybersecurity Solutions

The cyber landscape is complex and continually evolving, making it difficult for organizations to keep up. Every year, WEI helps organizations establish and continually evolve a cybersecurity plan that:

• Identifies cybersecurity weaknesses.
• Moves cybersecurity left of bang for better visibility of the threat landscape.
• Manages the ever-changing and increasingly sophisticated cyberattack landscape.
• Integrates tools to simplify and speed cyber threat management.

Ensuring Cybersecurity Products Work Together Seamlessly

An effective cybersecurity strategy integrates multiple products to address threats across the full attack continuum. Ensuring these products work together effectively can be complex, especially when organizations add new solutions over time. WEI can help ensure cybersecurity technologies are properly deployed and follow best practices to effectively protect the IT environment and business operations.

Meeting Specific Cybersecurity Requirements

Every company’s cybersecurity philosophy, risk tolerance, budget and journey are different. WEI guides companies to recognize and address their business- and industry-specific risks by assessing the criticality of confidentiality, integrity and availability (CIA). For example, financial services and healthcare organizations place a heightened focus on data confidentiality and integrity because they handle highly sensitive data and have strict compliance requirements around data security. Availability is also critical to these organizations as downtime can negatively impact earnings and patient care. Other industries are better suited to tolerate data loss, making confidentiality and integrity less critical.

Embracing Left of Bang for a More Secure Future

A left-of-bang approach is a powerful investment in a company’s cyber posture and operational integrity. WEI can help your organization adopt this proactive approach to head off an attack before it impacts the business. Ready to improve your cyber defenses? WEI is here to help. Contact us here.

The post Focus On Cyberattack Prevention With Left-of-bang Cybersecurity Tools appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

It’s been a wild ride the past three years, and our team has learned an awful lot about the transformative power of digital technology and the exploitable vulnerability that it introduces. Here are some examples:

• Password authentication is no longer secure.
• Enterprise users and the devices they work on are under siege by threat actors.
• Bolt-on security is no longer a viable approach to securing our digital devices.
• Internal IT must also focus on innovative solutions, not updates and password resets.

A New Approach To Computer Selection

At one time, purchasing a computing device was straightforward. We selected units according to their resource and performance specifications. The laundry list included items such as a minimum processor speed, a given amount of RAM, and an ample amount of internal data storage. Security was added at the very end, via an antivirus software. If the OS happened to include a firewall, that was considered a bonus for some.

But those days are gone…

When companies sent employees home during the COVID outbreak, we found that 20% of all data breaches in 2020 were caused by a . For example, the compromise of a single device has major consequences because that device, according to a 2020 McKinsey Study, has access to an average of 17 million files. While 100% remote work may be ending its lifecycle by 2023, hybrid work is here to stay. This means your company requires computing devices that are just as secure outside of the corporate perimeter as they are within.

Lenovo: Security by Design

Lenovo realized years ago that the world would eventually desire a security-integrated computing device. So, they set out to design and build a comprehensive fleet of secure endpoint devices for a zero-trust world. They call it “Security by Design” and it is the foundation that Lenovo’s device portfolio is based upon. The premise is simple: A computing device today must be able to secure itself in a zero-trust environment. But while security is of the highest priority, Lenovo made sure that security doesn’t interfere with performance or workflows. After all, a secure device is worthless if it isn’t functional for today’s modernized worker. Below are some ways that Lenovo has melded security, functionality, and manageability into a single form factor.

The Lenovo Trusted Supplier Program

Computers are made up of many components supplied by multiple manufacturers. Therefore, a computing device is only as secure as its supply chain. Lenovo requires all their suppliers to complete a rigorous certification process that includes strict security requirements.

Root of Trust

When a Lenovo ThinkPad boots up, it performs a mandatory security checklist known as the “root of trust.” A central philosophy of zero trust is that the integrity of the system can never be assumed, which is why the ThinkShield platform verifies the integrity of the system every time it powers up. Lenovo firmware is digitally signed and TPM is used to verify the signature. If even a single process deviates from the norm, the boot-up is aborted. It’s just one example of how hardware-integrated security separates itself from bolt-on security that must be added after the device is built.

Frictionless Security

A password is a lottery ticket for a hacker as it gives them access to your company data. What’s more, in a zero-trust world, you must also protect users from keyloggers and shoulder surfing attacks. Lenovo knows how vulnerable passwords are, which is why they offer eight modes of frictionless secure authentication for their ThinkPad users. Examples include fingerprint and facial recognition thanks to integrated fingerprint readers and infra-red cameras. Lenovo gets you out of the lottery business.

Automated Manageability

In an era where cars drive themselves, you should be leading an IT department that houses an endpoint fleet fully capable of updating itself. With the Lenovo Thin Installer, updates are automatically conducted behind the scenes without any involvement from the end user and critical patches can be instantly delivered across an organization.

The Lenovo BIOS can even restore itself automatically to a clean, pre-breach known state in the event of an attack. Because it supports Windows Autopilot, ThinkPads can be deployed with zero-touch provisioning. All of this means less time that your IT talent can spend less time on mundane tasks that deter them from innovative tasks that add greater value.

Lifecycle Management

Lenovo recognizes that a computing device is a mini technology investment that must be judged according to its ROI. That is where lifecycle management is so important to Lenovo. When you consider its high-quality security integrated hardware, its flexible configuration options, allowed customization, and its ease of manageability, you begin to understand how Lenovo ThinkPads remain useful and relevant throughout their product cycle. When they do finally reach end-of-life, Lenovo will even securely dispose of them in an environmentally sensitive matter. If you don’t want Lenovo to wipe and dispose of your data, you can even keep the hard drives and oversee the process yourself.

Final Thoughts

If you look at how the world has changed, you see that Lenovo has transformed their ThinkPad fleet of endpoint devices in anticipation of all that change. The ThinkPad is the secure modern performance device your employees need to work securely and productively in today’s modernized zero-trust world.

The post 5 Items That Make Lenovo ThinkPad An Ideal Endpoint Device appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

As global industry evolves, digital innovation that features a hybrid, “from anywhere” business environment has become critical to modern workforces. New formats, like zero-trust access (ZTA), allow employees and external partners to utilize digital resources, no matter when or where they choose to work.

But this new approach creates complications for CISOs and other because business applications and data leave traditional corporate perimeters. Specifically, it broadens the attack surface of internal networks. Combined with evolving threats, this factor dramatically expands the risk of potential breaches.

In this article, we’ll explore how a zero-trust access approach to security featuring endpoint protection can help.

Mitigating Risk At The Edge

Conceptually, traditional security models feature “gateways” whereby permitted entry means users and devices can be trusted in perpetuity. But unpredictable and broadening access points render this traditional approach obsolete. Bad actors can steal credentials and access networks from any device, for example. This threat increases the complexity and risk of more frequent, more nuanced attacks.

ZTA is therefore critical to security as digital innovation continues. With ZTA, CISOs and other executives can ensure all users, devices, and applications are consistently authenticated, trustworthy, and managed. ZTA ensures users have only the correct frequency and depth of access as well.

What Is ZTA With Endpoint Protection?

The ZTA framework features a combination of security solutions that continuously and holistically identify, authenticate, and segment users and devices seeking network and application access. With these capabilities, security teams can:

• Establish identity through multiple authentication and certificate measures
• Enable role-based privileged access
• Ensure ongoing network control through automated orchestration and threat response
• Optimize the user experience, even with rigorous security measures

Essential Zero-Trust Access Capabilities For Modern IT Security

ZTA does more than offer superior security as enterprise attack surfaces expand. Enterprises that incorporate ZTA with endpoint protection as part of their integrated security strategy also enjoy the flexibility to support their business needs, beyond traditional security models.

Three critical capabilities ZTA features that optimize security and workflows on expanded networks include:

1. Authentication for Every Device, Every Time

Unlike traditional perimeter models, a ZTA-based security strategy assumes every user and device poses a risk. In this paradigm, ZTA authenticates every device before access is authorized. Because ZTA provides a seamless experience for users, automated security features can continuously authenticate devices every time a new or familiar device requests access, without adding friction to user workflows.

2. Role-Based Access for Every User

In this paradigm, security teams continuously monitor every user, no matter the user’s apparent risk. As part of this approach, security teams have visibility into the role-based access of every user, emphasizing a “least access policy” whereby users only access resources that are necessary for their roles.

3. Asset Protection, On and Off Network

Increased remote and mobile activity among users means that there is a greater risk they will expose their devices to bad actors. In doing so, they expose organizational resources to security threats, whether they realize a risk is present or not.

The ZTA approach improves endpoint visibility to protect against the risks associated with remote endpoint devices. Endpoint security measures share security telemetry data each time the device reconnects to the enterprise network. This provides security teams with visibility into vulnerabilities and threats, as well as into missing security patches and missing updates to role-based access, when applicable.

5 Essential Features Of Today’s Leading Zero-Trust Access Frameworks

Once CISOs and other IT executives understand the rationale behind ZTA frameworks, they must understand the ZTA market and the leading features each solution provides.

Consider the following five essential features as you review the leading solutions available today:

1. Automated Discovery Classification

Network access control discovers and identifies every device on, or seeking access to, the network. The ZTA system automatically scans those devices to ensure they are not compromised, then classifies each device by role and function.

2. Zone-of-Control Assignment

The system automatically assigns users to role-based zones of control where they can be monitored continuously, both on and off network. Network access control microsegments users in mixed environments featuring vendors, partners, contingent workers, and others in addition to employees, supporting robust capabilities even as companies expand the edge.

3. Continuous Monitoring

This feature is founded on the premise that no single user or device can be trusted, even after authentication, a device may be infected or a user’s credentials could have been compromised. ZTA frameworks continuously monitor users and devices, imposing streamlined authentication at every point of access as a result.

4. Secure Remote Access

The ZTA framework provides users with safe but flexible options for VPN connectivity, improving the user experience even as it imposes more robust security features. The framework also ensures internet-based transactions cannot backflow into each VPN connection, which would put the enterprise at risk.

5. Endpoint Access Control

The framework uses proactive visibility, defense, and control to strengthen endpoint security. Discovering, assessing, and continuously monitoring endpoint risk streamlines endpoint risk mitigation, risk exposure, and compliance. The framework supports encrypted connections across unsafe networks and continuously retrieves telemetry data to measure endpoint security statuses as well.

Consider Fortinet ZTA For A Fully Integrated Security Strategy

As an IT leader, your ultimate responsibility is not only to keep your company, resources, and users secure but also to help users innovate, improve the bottom line with new efficiencies, and generally meet the needs of the business. That’s why the experts at WEI recommend to IT and security executives who are re-thinking their approach to enterprise security as risks and business requirements evolve.

Framework includes:

1. Complete and continuous control over who is accessing applications
2. Complete and continuous control over who AND what is on the network
3. Integrated ZTA solution for Fortinet Security Fabric that works on-premises and in the cloud over LAN, WAN, and remote tunnels
4. A complete, integrated solution coming from one vendor

Featuring comprehensive visibility and control across infrastructure, users, and devices, Fortinet ZTA provides security leaders with the capabilities they need to both protect enterprise resources and enable modern workforces, no matter the location of each user or device.

Fortinet is leading the way with zero-trust for the enterprise

Fortinet offers comprehensive and holistic security solutions for the largest enterprise, service provider, and government organizations in the world. From firewalls to cloud security, Fortinet ensures security without compromising performance. Here at WEI we have expertise across all Fortinet solutions and can help you evaluate and determine the best approach to an integrated security strategy that delivers on your desired business outcomes.

Next Steps: Download our eBook highlighting the right mix of security solutions for your enterprise to help protect your business from emerging threats while keeping your users productive and happy. Click below to start reading!

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