Let’s talk about Zero Trust Architecture (ZTA), the cybersecurity strategy that has become as popular in boardrooms as it is in IT departments. In the ever-evolving landscape of cybersecurity threats, ZTA has emerged as a game-changer, a buzzword, and—importantly—a necessity. But like all revolutionary concepts, its adoption is anything but straightforward. So, let’s dive into the current state of ZTA adoption among enterprises, explore the strategies organizations are deploying, examine the challenges they face, and highlight the undeniable benefits. And, of course, we’ll take a close look at how Network Access Control (NAC) fits into the ZTA puzzle.

The Promise of Zero Trust: What’s Driving Adoption?

Zero Trust Architecture is based on a simple but radical principle: trust no one, verify everyone. Unlike traditional security models that assume everything inside the network is safe, ZTA assumes that threats could be anywhere—inside or outside the network. This model shifts the focus from perimeter-based security to a more granular approach where every user, device, and connection is continuously validated.

The surge in ZTA adoption is driven by a few key factors:

1. Increased Sophistication of Cyber Threats: Ransomware, phishing, and insider threats are more prevalent and dangerous than ever. Traditional defenses are proving inadequate against these evolving threats, making ZTA an attractive alternative.
2. Workplace Transformation: The rise of remote work and BYOD (Bring Your Own Device) policies has blurred the lines of the traditional network perimeter. ZTA’s model, which doesn’t rely on perimeter defenses, is ideally suited for this new environment.
3. Regulatory Pressure: Compliance standards, such as the GDPR, CCPA, and others, increasingly emphasize data protection and security. ZTA helps organizations meet these stringent requirements by providing more robust and adaptable security frameworks.

Strategies for ZTA Adoption: How Are Enterprises Getting There?

While the benefits of ZTA are clear, adopting it is a journey, not a switch. Here’s how enterprises are navigating this path:

1. Phased Implementation: Many organizations are taking a phased approach, gradually implementing ZTA principles across their infrastructure. This typically starts with identifying and securing critical assets before expanding to broader systems and networks.
2. Identity and Access Management (IAM): At the heart of ZTA is the concept of least privilege, which necessitates strict IAM policies. Enterprises are investing in robust IAM solutions to control who has access to what, ensuring that only authorized users can access sensitive information.
3. Microsegmentation: Microsegmentation divides the network into smaller, isolated segments. This reduces the attack surface and limits the movement of potential threats. Organizations are using this technique to implement ZTA, ensuring that even if a breach occurs, the damage is contained.
4. Continuous Monitoring: Continuous assessment and monitoring of users and devices are essential to ZTA. Enterprises are deploying advanced monitoring tools to detect anomalies in real-time, enabling them to respond swiftly to potential threats.

The Challenges: What’s Standing in the Way?

Despite its advantages, ZTA adoption isn’t without hurdles. Here are some of the most significant challenges:

1. Complexity: Implementing ZTA can be complex, especially for large organizations with legacy systems. The transition requires a fundamental shift in how security is approached, which can be a daunting task.
2. Cost: The initial cost of implementing ZTA can be high, involving investments in new technology, training, and potentially overhauling existing systems. While the long-term benefits are substantial, the upfront investment can be a barrier for some enterprises.
3. Cultural Resistance: ZTA requires a change in mindset, not just among IT teams but across the entire organization. This can be met with resistance, particularly in companies where security protocols are deeply ingrained in the corporate culture.

The Benefits: Why Move to ZTA?

The benefits of moving to a Zero Trust Architecture are compelling:

1. Enhanced Security: By continually validating users and devices, ZTA significantly reduces the risk of breaches, protecting sensitive data from both external and internal threats.
2. Adaptability: ZTA is adaptable to the changing threat landscape and the evolving needs of the business. Whether it’s integrating new technologies or expanding remote work capabilities, ZTA provides a flexible framework.
3. Regulatory Compliance: ZTA helps organizations meet regulatory requirements by providing a robust security posture that is aligned with data protection laws.

Network Access Control (NAC): The Missing Piece of the ZTA Puzzle?

Network Access Control (NAC) plays a critical role in ZTA by ensuring that only authenticated and authorized devices can access the network. In a ZTA environment, NAC serves as the gatekeeper, enforcing access policies and providing visibility into who and what is on the network. It’s like the bouncer at an exclusive club—no one gets in without meeting the criteria.

Moreover, NAC supports the continuous validation principle of ZTA by monitoring devices throughout their session, ensuring they remain compliant with security policies. If a device becomes compromised, NAC can isolate it, preventing potential threats from spreading across the network.

In essence, NAC is not just a complementary tool in ZTA but a foundational component that enables organizations to enforce the stringent access controls that ZTA demands.

Conclusion: The Future of ZTA

As cyber threats continue to evolve, the adoption of Zero Trust Architecture is not just a trend but a necessity. Enterprises that embrace ZTA will be better equipped to face the challenges of the modern threat landscape, protect their assets, and maintain compliance with regulatory requirements. While the journey to full ZTA implementation is complex and fraught with challenges, the benefits far outweigh the costs.

For those on the fence about ZTA, consider this: In a world where threats are becoming more sophisticated and pervasive, can you afford not to trust anything—or anyone—without verification?

As cybersecurity threats become more sophisticated, the idea that “NAC is necessary” takes on even greater significance. Network Access Control (NAC) has become a crucial defense in protecting organizational assets from a wide range of attacks. For Chief Information Security Officers (CISOs), understanding NAC’s complexities enables them to make informed decisions that strengthen their organizations’ security strategies. This blog will explore NAC’s essential role in modern cybersecurity, highlighting its integration within the broader Zero Trust framework and its impact on risk management, cost efficiency, and regulatory compliance.

The Rising Importance of Network Access Control in Modern Cybersecurity

The landscape of corporate networks has undergone a seismic shift, transforming from well-defined perimeters to sprawling ecosystems of interconnected devices. This evolution has introduced unprecedented complexity and vulnerabilities, necessitating a more sophisticated approach to network security. Cybercrime is predicted to inflict damages totaling $9.5 trillion USD globally in 2024. Network Access Control (NAC) has emerged as an indispensable mechanism for navigating this intricate environment, offering robust solutions to modern cybersecurity challenges.

The dynamic nature of today’s networked world, characterized by the ubiquity of Bring Your Own Device (BYOD) policies and the exponential growth of the Internet of Things (IoT), has significantly expanded the attack surface. Traditional security measures are no longer adequate to address the nuanced threats posed by this ever-growing array of devices. NAC provides a critical layer of defense by meticulously identifying, authenticating, and authorizing devices that seek to connect to the network, ensuring that only compliant and secure devices are granted access.

The increasing adoption of remote work further amplifies the importance of NAC. As employees access corporate resources from diverse locations and devices, maintaining rigorous control over network access becomes essential. NAC enables organizations to enforce security policies uniformly, irrespective of where or how users connect to the network. This capability is vital in mitigating risks associated with remote work environments, ensuring that security protocols are upheld even beyond the traditional office perimeter.

Additionally, NAC’s real-time visibility into device activity equips organizations with the insights needed to proactively manage security. By continuously monitoring the security posture of connected devices, NAC allows for immediate detection and response to anomalies, thereby curbing potential threats before they escalate.

In essence, Network Access Control is not merely a tool but a strategic imperative in the contemporary cybersecurity landscape. Its ability to adapt to the complexities of modern networks, coupled with its stringent enforcement of security policies, makes NAC a cornerstone of any robust cybersecurity strategy.

How NAC Integrates with a Zero Trust Security Framework

In the increasingly perilous digital landscape, the Zero Trust model has risen as the zenith of security paradigms. Central to this model is the philosophy of “never trust, always verify.” Network Access Control (NAC) is pivotal in manifesting this principle, embedding stringent access controls and continuous verification into the network architecture.

NAC’s sophisticated authentication mechanisms extend beyond mere user credentials, scrutinizing devices for compliance with organizational security policies. By evaluating parameters such as endpoint configuration, software patch levels, and real-time threat intelligence, NAC ensures that only devices meeting rigorous security standards can access the network. This granular level of scrutiny fortifies the Zero Trust ethos, significantly diminishing potential vectors for cyber intrusion.

Additionally, NAC seamlessly complements Zero Trust by facilitating micro-segmentation. This strategic division of the network into isolated segments restricts lateral movement, effectively quarantining threats and preventing them from propagating. By enforcing access controls on a segment-by-segment basis, NAC enables organizations to limit the scope of breaches and contain damage efficiently.

The dynamic adaptability of NAC further enhances the Zero Trust framework. As new vulnerabilities emerge, NAC’s real-time policy enforcement allows for swift recalibration of security measures. This agility ensures that security protocols remain robust against evolving threats, maintaining a proactive security posture.

Integrating NAC with Zero Trust also leverages contextual awareness, whereby access decisions are informed by real-time data and situational analysis. This context-aware access control ensures that network permissions are granted based on the current security posture and threat environment, providing an additional layer of defense. By synchronizing NAC’s capabilities with the overarching Zero Trust framework, organizations can achieve a resilient, adaptive security architecture that stands resilient against sophisticated cyber threats.

Minimizing Cybersecurity Risks with NAC Implementation

Implementing Network Access Control (NAC) is a powerful way to strengthen your organization’s security and reduce cybersecurity risks. NAC provides CISOs with granular control over network access, allowing only authenticated, authorized, and compliant devices to connect. Here are several key techniques NAC uses to minimize cybersecurity risk:

• Enforcing access control: Only authorized devices can connect, preventing unauthorized access to the network.
• Automatic remediation: If a device doesn’t meet compliance standards, NAC can automatically quarantine the device, apply security patches, or prompt users to fix issues before gaining access.
• Real-time visibility and monitoring: NAC continuously monitors device behavior and network activity, using advanced analytics to detect suspicious patterns and potential breaches.
• Custom security policy enforcement: NAC allows you to tailor access controls to specific needs without sacrificing operational efficiency, maintaining security even as threats evolve.
• Optimized incident response: NAC enables faster response by correlating access data with threat intelligence, allowing security teams to act quickly and accurately.

By incorporating NAC into your cybersecurity strategy, your organization can adopt a proactive, resilient, and adaptable defense against today’s most sophisticated threats.

Optimizing Your Cybersecurity Budget with NAC

In today’s climate of stringent budget scrutiny, Network Access Control (NAC) stands out as a strategic linchpin for optimizing cybersecurity expenditures. Integrating NAC within your security framework not only fortifies defenses but also enhances the efficiency of existing security investments, offering a dual advantage of robust protection and cost-effective operations.

One of the most compelling financial benefits of NAC is its ability to centralize and streamline security management. By consolidating access control mechanisms, NAC reduces the administrative overhead associated with juggling multiple security tools. This centralization facilitates seamless coordination among different security solutions, enabling automation of routine tasks and freeing up cybersecurity personnel to focus on more strategic initiatives. The resultant operational efficiency translates into significant cost savings and more effective use of human resources.

Furthermore, NAC’s proactive approach to threat prevention diminishes the financial impact of security breaches. By enforcing rigorous access controls and continuously monitoring network activity, NAC helps avert incidents that could lead to substantial monetary losses, whether through direct damage, regulatory fines, or the reputational fallout from compromised data. The return on investment (ROI) with NAC is substantial, extending beyond immediate financial metrics to encompass broader organizational resilience and stability.

NAC also contributes to optimized resource allocation by offering actionable insights through real-time visibility into device behavior and network traffic. These insights empower security teams to prioritize and address vulnerabilities with precision, reducing the need for broad, and often costly, blanket security measures. In essence, NAC enables a more targeted, efficient, and economical approach to cybersecurity, ensuring that your budget is deployed where it is most needed and effective.

By integrating NAC, organizations can achieve a harmonious balance of enhanced security and fiscal prudence, positioning themselves to meet evolving threats with agility and confidence.

Ensuring Compliance Through NAC

Navigating the labyrinth of regulatory compliance demands both precision and diligence. Network Access Control (NAC) emerges as an indispensable ally in this endeavor, ensuring your organization adheres to stringent data protection standards and avoids the crippling repercussions of non-compliance. Network Access Control (NAC) plays a critical role in meeting the stringent cybersecurity requirements set forth by the National Institute of Standards and Technology (NIST) in its Special Publication 800-53 and other major compliance standards.

NAC’s robust access policies are instrumental in aligning with regulatory frameworks such as GDPR, HIPAA, and others. By systematically controlling who can access sensitive data and under what conditions, NAC establishes a verifiable chain of custody over your digital assets. This meticulous oversight is crucial for maintaining compliance and providing irrefutable evidence during audits.

Furthermore, NAC offers unparalleled transparency into network activities, documenting every access attempt and flagging any deviations from established security policies. This level of granularity is essential for compliance reporting, facilitating a seamless audit process, and showcasing your commitment to upholding regulatory standards.

Automated compliance checks are another significant advantage of NAC. These tools continuously monitor and enforce adherence to security protocols, ensuring that your organization remains compliant even as regulatory landscapes evolve. This proactive stance not only mitigates the risk of compliance violations but also positions your organization as a trustworthy custodian of sensitive information.

In addition to satisfying regulatory requirements, NAC’s comprehensive logging and reporting capabilities enhance your organization’s overall security posture. Detailed logs of access attempts and remediation actions offer valuable insights, enabling you to fine-tune security measures and bolster defenses against future threats.

Ultimately, incorporating NAC into your cybersecurity strategy provides a dual benefit: fortifying your defense mechanisms and ensuring unwavering compliance. This strategic integration empowers you to navigate the complexities of regulatory landscapes with confidence and precision, safeguarding your organization against both cyber threats and regulatory penalties.

Conclusion

Network Access Control (NAC) is essential for any CISO seeking to strengthen their organization’s cybersecurity posture. With its ability to enforce stringent access controls, provide real-time visibility, and integrate seamlessly with a Zero Trust framework, NAC addresses the complexities of modern cyber threats head-on. From minimizing risks to optimizing budgets and ensuring compliance, NAC offers a proactive and adaptable solution that empowers organizations to stay ahead of evolving threats and maintain a resilient defense. Understanding and implementing NAC is no longer optional—it’s a strategic necessity for robust cybersecurity.

In the vast, complex, and somewhat terrifying landscape of cybersecurity, few topics generate as much buzz (and confusion) as Secure Access Service Edge (SASE) and Zero Trust Network Access (ZTNA). These two acronyms are often tossed around in boardrooms and tech meetings as if everyone knows exactly what they mean. But let’s be honest—if you’re not an IT professional who eats, sleeps, and breathes network security, these terms might as well be Greek. So, let’s break them down, shall we?

The Basics: What Are SASE and ZTNA?

Let’s start with the basics. Think of SASE as the Swiss Army knife of network security. It’s an all-in-one framework that combines wide area networking (WAN) capabilities with comprehensive security functions. The goal? To deliver secure access to applications and data no matter where your users or resources are located—whether in the cloud, on-premises, or somewhere in between.

ZTNA, on the other hand, is more like a highly specialized scalpel. It’s a specific security concept within the broader zero-trust architecture that ensures users can only access the specific applications or services they’re explicitly authorized to use. ZTNA operates on a principle that, frankly, could use some more application in daily life: trust no one. Not even users inside your network. Everyone has to prove their identity and authorization before gaining access to anything.

In short, SASE is a comprehensive security framework, while ZTNA is a focused strategy within that framework. One could say SASE is the peanut butter to ZTNA’s jelly—though both can, theoretically, be enjoyed on their own, they’re better together.

The Primary Roles of SASE and ZTNA

Now that we’ve covered the basic definitions, let’s delve into the primary roles of these technologies.

SASE’s Role:

SASE’s main gig is to bring together the best of networking and security into a single cloud-delivered service. This makes it a favorite for organizations that have scattered, hybrid, or remote workforces—a reality that became all too common in the post-pandemic world. SASE converges several security functions, including:

• SD-WAN: It optimizes traffic routing for performance and cost-effectiveness.
• Secure Web Gateway (SWG): It protects against malicious web traffic.
• Cloud Access Security Broker (CASB): It ensures secure access to cloud resources.
• Firewall-as-a-Service (FWaaS): A cloud-based firewall that scales with your business.
• ZTNA: Yes, ZTNA is a part of SASE, ensuring that only authenticated users access specific services.

ZTNA’s Role:

ZTNA’s job is to enforce the “never trust, always verify” mantra. Whether you’re inside or outside the network, ZTNA requires constant authentication and authorization checks. It minimizes the risk of lateral movement—a fancy way of saying that even if a bad actor gets in, they won’t be able to hop from one system to another like a kid in a candy store.

Primary Use Cases

SASE Use Cases:

SASE is ideal for organizations that need to secure a diverse, geographically distributed workforce. Some primary use cases include:

1. Hybrid Work Environments: With employees working from various locations, SASE ensures consistent security policies across all access points.
2. Cloud Migration: SASE supports organizations moving their applications and data to the cloud, providing security without the need for traditional, hardware-based solutions.
3. Digital Transformation: Companies embracing digital transformation can rely on SASE to secure their new, more complex IT environments.

ZTNA Use Cases:

ZTNA is the go-to solution for organizations that need granular access control. Its primary use cases include:

1. Remote Access: ZTNA is perfect for securing remote access to internal applications without exposing the entire network.
2. Third-Party Access: When vendors or contractors need access to specific parts of your network, ZTNA ensures they only get what they need—nothing more.
3. Protecting High-Sensitivity Data: ZTNA is crucial in environments where highly sensitive data is involved, providing strict access control at all times.

Benefits and Weaknesses

SASE Benefits:

• Simplicity: SASE consolidates multiple security functions into a single service, reducing complexity.
• Scalability: As a cloud-native solution, SASE scales effortlessly with your business needs.
• Performance: By integrating SD-WAN, SASE optimizes traffic and improves application performance.

SASE Weaknesses:

• Complex Implementation: Despite its goal to simplify, implementing SASE can be complex and requires a solid understanding of your network architecture.
• Vendor Lock-In: Given its comprehensive nature, SASE often ties you closely to a specific vendor, which might not be ideal for everyone.

ZTNA Benefits:

• Enhanced Security: ZTNA’s granular control ensures that only the right people get access to the right resources.
• Reduced Attack Surface: By hiding resources from unauthorized users, ZTNA significantly reduces the potential for attacks.
• Flexible Deployment: ZTNA can be deployed on-premises or in the cloud, making it adaptable to various environments.

ZTNA Weaknesses:

• Limited Scope: ZTNA is focused on access control and doesn’t provide the broader security coverage that SASE does.
• Potential Latency: Continuous authentication checks can introduce latency, impacting user experience.
• Complex Management: Implementing and managing ZTNA across a large organization can be challenging.

Potential Vulnerabilities

SASE Vulnerabilities:

• Given its all-in-one nature, a vulnerability in the SASE platform could potentially expose multiple layers of your security infrastructure. Also, the reliance on a single provider could be a risk if that provider suffers an outage or breach.

ZTNA Vulnerabilities:

• While ZTNA reduces the attack surface, it’s not immune to zero-day vulnerabilities or sophisticated phishing attacks that target user credentials. If an attacker gains access to the ZTNA system itself, they could potentially bypass security controls.

Conclusion

While SASE and ZTNA are both crucial in the modern cybersecurity landscape, they serve different, yet complementary, roles. SASE offers a comprehensive security framework ideal for distributed networks, while ZTNA provides granular access control within that framework. Whether you choose one, the other, or both, remember: in the world of cybersecurity, it’s always better to be paranoid than to be the headline of the next breach. And let’s be honest, who needs that kind of stress?

With Conditional Access for Applications, Portnox delivers a unified solution for zero trust access control.

Austin, TX – Aug. 30, 2024—Portnox, a leading provider of cloud-native, zero trust access control solutions, today announces that Portnox has been recognized as a 2024 SC Award finalist in the Trust Award category for Best Authentication Technology. The company entered its Conditional Access for Applications product, which launched in March. Conditional Access helps distributed, heavily SaaS-reliant organizations combat the rise in device-based attacks against enterprise applications through a risk-based approach that works lockstep with infrastructure and network security efforts.

This announcement was made on Thursday, August 29, 2024, as part of SC Media’s 2024 SC Awards coverage. The SC Awards recognize the solutions, organizations, and individuals that have demonstrated exceptional achievement in advancing the security of information security. Find Portnox and the complete list of finalists here.

“The finalists for the 2024 SC Awards truly represent the forefront of cybersecurity innovation and leadership,” said Tom Spring, Editorial Director at SC Media. “These solutions, organizations, and professionals have demonstrated outstanding capabilities in addressing today’s complex and ever-changing threat landscape. We are proud to recognize their contributions to the cybersecurity community.”

This year, the SC Awards received a remarkable number of entries across 34 specialty categories. Entries were evaluated by a distinguished panel of judges, including cybersecurity professionals, industry leaders, and members of the CyberRisk Alliance community from sectors such as healthcare, financial services, education, and technology.

“Complete cybersecurity protection goes well beyond just controlling access; IT teams must meet ever-evolving security compliance requirements. That means they need to be able to monitor and mitigate the risk every connected endpoint poses — including managed devices, unmanaged BYOD, and insecure IoT,” said Denny LeCompte, Portnox CEO. “With Portnox, the endless list of enterprise applications no longer serves as a directory of easily targeted access attack vectors.”

Winners of the 2024 SC Awards will be announced on September 17, 2024.

About CyberRisk Alliance

CyberRisk Alliance provides business intelligence that helps the cybersecurity ecosystem connect, share knowledge, accelerate careers, and make smarter and faster decisions. Through our trusted information brands, network of experts, and more than 250 innovative annual events we provide cybersecurity professionals with actionable insights and act as a powerful extension of cybersecurity marketing teams. Our brands include SC Media, the Official Cybersecurity Summits, Security Weekly, InfoSec World, Identiverse, CyberRisk Collaborative, ChannelE2E, MSSP Alert, LaunchTech Communications and TECHEXPO Top Secret. Learn more at www.cyberriskalliance.com.

The Importance of Upgrading 

When thinking about keeping your network safe, upgrading networking hardware is often overlooked. It’s hard enough to get everything to play nicely together, and once it does, the last thing you want to do is disrupt that delicate balance. Plus, there’s a lot of planning, a lot of meetings, and probably a lot of money to spend. No wonder just the thought of upgrading infrastructure makes most admins want to run and hide.

Not upgrading, though, can put you at risk in a variety of ways.

EOL?  EOE?  EOS? SOL!

Nothing gold can stay, and that is as true for networking hardware as much as anything else.  As vendors develop new and exciting feature sets, old hardware gets strained more and more until, finally, it just can’t keep up.  You might not necessarily be interested in those new features – as long as the packets are flowing, who needs the latest and greatest?  And that makes sense – there’s a lot to be said for not being an early adopter.  As cool as cutting-edge innovation often sounds, it sometimes fails to deliver on its promises  (Look at the ill-fated Lily Drone, the Juicero Juicer, and the Cisco Umi – all products that showed great promise, but fell far short of expectations.)

We all understand how important it is to at least keep up with security updates, but products don’t get updates forever.  Watch out for these 3 phases of the product life cycle signify it’s time to get ready for replacements:

EOE: End of Engineering

No new features or fixes will be developed during this phase, although critical security fixes might still be released, and you can still get support….although the answer to most of your support questions will probably be “Upgrade.”

EOS: End of Support

There is no support and probably no security fixes (although if a critical vulnerability is uncovered, you might get a patch). For all intents and purposes, the product is dead. You might be able to get support assistance to upgrade, or they might help you if you run into an already-known bug.

EOL: End of Life

Stick a fork in it; it’s done – no support, no patches, no nothing.  For all intents and purposes, this product no longer exists.

Still Lurking Out There

Why does it matter if something still has vendor support?  Well, just because the vendor has seemingly forgotten about these devices does not mean hackers have.  Here’s an example:  In 2021, six years after Western Digital ended support for their My Drive line of external hard drives, a remote code execution bug resulted in many users losing all of their data.  The worst part is the vulnerability was reported to Western Digitial in 2018, a full three years before the bug was exploited, but since support for the drives had already ended Western Digital chose not to fix it.  

Sometimes those new features become default standards.  Devices in the late 90’s that shipped with 802.1a or 802.1b wireless networks were quickly rendered obsolete when a critical design flaw was found in  WEP.  Anyone not wanting a laughably easy to hack wireless password had to get completely new hardware.  Now all networking hardware ships with some form of WPA enabled.  

If you’re still not covinced, consider this: you could run afoul of the law if you use out-of-date hardware.  Many regulatory standards like GDPR, HIPAA, PCI DSS and more require organizations to take reasonable steps to protect sensitive information.  If you are the victim of a data breach, you will have a hard time justifying the use of old hardware.  It could also impact your certifications – if you maintain SOC 2 or ISO 27001, EOL hardware might put you out of compliance.   

Upgrading networking may not be the most exciting prospect, but as technology evolves and grows, it’s crucial to ensure you’re not falling behind. Proactive upgrades not only enhance your ability to stay secure, but they also keep you safe from regulatory and legal penalties in the case of a data breach.  Investing in the future by keeping your network infrastructure current will ensure you can support your organization’s goals for security, growth, and innovation going forward.