July 2025 - RedSeal

Managing Legacy Systems and Reducing Exposure

Legacy systems are the unsung workhorses of many organizations, quietly powering essential operations in sectors like manufacturing, healthcare, and finance. These systems, often built decades ago, continue to function reliably. However, their age and design can introduce significant cybersecurity vulnerabilities.  

The Inherent Risks of Legacy Systems 

Legacy systems often lack modern security features, making them susceptible to contemporary cyber threats. They may run outdated software, lack vendor support, and be incompatible with current security tools. This combination creates an environment where vulnerabilities can persist unaddressed, increasing the risk of exploitation.  

A notable example is the 2020 Accellion File Transfer Appliance (FTA) breach, where attackers exploited vulnerabilities in a legacy system, leading to data breaches across multiple organizations. This incident underscores the potential consequences of maintaining outdated systems without adequate security measures.   

Strategies for Mitigating Risks 

Comprehensive Asset Inventory – Understanding what legacy systems exist within an organization is the first step toward securing them. A thorough inventory allows for the identification of systems that may pose security risks due to outdated software or configurations. 

Network Segmentation – Isolating legacy systems from the broader network can prevent potential threats from spreading. By segmenting these systems, organizations can limit access and reduce the attack surface. This approach is particularly effective in environments where legacy systems cannot be immediately replaced or updated.  

Implementing Exposure Management – Exposure management involves continuously assessing and addressing vulnerabilities within an organization’s systems. For legacy systems, this means identifying potential weaknesses and implementing controls to mitigate risks. A preemptive exposure management strategy can help organizations stay ahead of potential threats. 

Regular Monitoring and Patching – While some legacy systems may not support modern patching methods, it’s crucial to apply updates where possible. Regular monitoring can help detect unusual activity, allowing for swift responses to potential security incidents. 

The Role of Organizational Culture 

Addressing the risks associated with legacy systems isn’t solely a technical challenge; it also requires a cultural shift within the organization. Stakeholders must recognize the importance of cybersecurity and allocate resources accordingly. Training and awareness programs can empower employees to identify and report potential security issues related to legacy systems. 

Legacy systems, while integral to many operations, present unique cybersecurity challenges. By taking a proactive approach—conducting thorough inventories, segmenting networks, implementing exposure management, and fostering a culture of security—organizations can mitigate risks and protect their critical assets. Contact us  to schedule a personalized demo and see RedSeal can help you take a proactive approach to cybersecurity and reduce exposure.

From ChatGPT Jailbreaks to CitrixBleed: Why CTEM and Proactive Security Must Be Your 2025 Security Strategy

The past week in cybersecurity felt like reading the script of a cyber-thriller. We saw headlines about researchers tricking ChatGPT into revealing Windows product keys, new proof-of-concept exploits for CitrixBleed2, ransomware gangs striking major corporations, malicious browser extensions silently infecting millions of users, and nation-state actors pivoting to novel attack vectors.

On the surface, these stories may look disconnected—a vulnerability here, a breach there. But they all share a critical thread: attackers are exploiting blind spots in digital environments faster than organizations can find and fix them.

This is exactly why 2025 must be the year businesses move beyond reactive defenses and embrace Continuous Threat Exposure Management (CTEM) and proactive security. Because in a world where AIs can be tricked into leaking secrets, waiting for alerts is no longer enough.

The Week That Proved Attackers Are Winning the Speed Game

Consider just a few headlines from the past week:

  • ChatGPT Jailbreaks Leak Secrets: Security researchers discovered that cleverly crafted “guessing games” could trick ChatGPT into revealing sensitive data embedded in its training set—including valid Windows product keys owned by major corporations. This highlights the double-edged sword of AI: powerful tools can also become potent attack surfaces.
  • CitrixBleed2 Strikes Again: Researchers dropped public proof-of-concept code for CitrixBleed2, a critical vulnerability allowing attackers to leak session tokens from Citrix NetScaler devices. Organizations have scrambled to patch, but evidence already suggests exploitation in the wild.
  • Malicious Browser Extensions: A massive campaign dubbed “RedDirection” infected over 2.3 million users with malicious browser extensions posing as innocuous tools. Initially clean to pass security reviews, these extensions were later updated with malicious code—bypassing traditional detection methods.
  • Geopolitical Espionage and Ransomware: Iranian, North Korean, and other state-linked groups unleashed new campaigns, from the Batavia spyware targeting Russian industry to Iranian ransomware groups boosting payouts for attacks on U.S. and Israeli targets.
  • Supply Chain and Infrastructure Risks: Automotive vulnerabilities like PerfektBlue threaten connected vehicles, while critical infrastructure remains a target of APT groups exploiting everything from ServiceNow ACL flaws to poisoned developer tools like compromised VS Code extensions.

Each of these stories represents a different technique—but all underscore one truth: modern attacks exploit gaps you didn’t know existed.

Why Reactive Security Is a Losing Game

Organizations have invested millions in tools to detect known threats and block known bad behavior. Firewalls. EDRs. SIEMs. Vulnerability scanners. Yet breaches keep happening. Why? Because these tools focus on alerts for threats you can already see.

But as this week’s stories show, today’s adversaries:

  • Move faster than patch cycles
  • Find obscure vulnerabilities in widely used systems
  • Hide in overlooked pathways between network segments
  • Exploit complex supply chains
  • Abuse legitimate tools like AI and browser plugins

Security teams simply can’t wait for alerts to tell them they’re vulnerable. They have to find the hidden paths before attackers do.

Enter CTEM: Continuous Threat Exposure Management

That’s where CTEM comes in. Gartner defines CTEM as a framework that continuously:

Identify, validate, prioritize, and remediate cyber exposures across your entire digital ecosystem. Instead of waiting for incidents, CTEM shifts security into an offensive mindset. Organizations run controlled attack simulations, model network paths, and analyze where real attackers could move—before actual breaches happen.

How RedSeal Powers CTEM and Digital Resilience

This is precisely where RedSeal’s platform shines. RedSeal allows organizations to:

  • Map hybrid networks end-to-end across on-prem, cloud, OT, and remote work environments
  • Simulate attacker movement to reveal hidden access paths to critical assets
  • Validate segmentation and zero trust policies to ensure they work in practice, not just on paper
  • Prioritize vulnerabilities and misconfigurations based on actual exploitability, not just CVSS scores
  • Detect unknown or unauthorized network connections that could expose sensitive data

Imagine reading this week’s headlines and asking:

  • Are my Citrix systems exposed to CitrixBleed2—and can attackers pivot to my crown jewels if they compromise it?
  • Is there a path from my customer-facing services to internal finance systems that shouldn’t exist?
  • Could a single rogue browser extension bypass my segmentation controls?
  • If an AI tool leaks secrets, what other systems would an attacker reach next?

RedSeal helps answer those questions before adversaries do.

The New Security Imperative for 2025

Cyber threats are evolving at hyper-speed. AI-powered attacks. Supply chain compromises. State-sponsored espionage. Complex hybrid environments. These trends aren’t slowing down—in fact, they’re accelerating.

The only way to defend effectively is to stay ahead of attackers:

  • Continuously model your environment
  • Validate your defenses proactively
  • Prioritize fixes that reduce real-world risk

Next Steps

If you’re not using RedSeal yet, you can still take proactive steps to improve your cyber resilience and start building a CTEM practice:

  • Map Your Environment: Document your entire hybrid environment—cloud accounts, data centers, remote access, VPNs, OT networks. Identify Tier 0 assets (like Active Directory, identity systems, hypervisors) and Tier 1 assets (critical business applications, databases, and key infrastructure) so you know what absolutely must be protected.
  • Test Your Defenses: Run tabletop exercises or simulated attack scenarios. For example, ask: If CitrixBleed2 were exploited, how far could an attacker get into our environment?
  • Tighten Access Controls: Review firewall rules, cloud security groups, and ACLs for excessive permissions. Validate that Zero Trust policies are enforced in practice—not just on paper.
  • Prioritize Based on Context: Don’t fix every high CVSS score blindly. Focus on vulnerabilities that expose your Tier 0 or Tier 1 assets, or create critical attack paths across your network.
  • Hunt for Rogue Connections: Look for unexpected internet connections, unused services, and overly broad cloud permissions that could become footholds for attackers.
  • Start a CTEM Cycle: Even if manually, establish a regular rhythm (monthly or quarterly) to:
    • Discover exposures
    • Simulate attack paths
    • Prioritize remediation
    • Measure progress

Proactive security starts with understanding your environment and thinking like an attacker. Tools like RedSeal can dramatically accelerate this process by modeling your network, revealing hidden paths, and helping you focus on what matters most. CTEM is how you build true digital resilience in 2025—and RedSeal makes it practical and achievable. As this week’s news reminds us, “you can’t protect what you can’t see.” It’s time to turn on your radar—and start seeing your network the way attackers do

Ready to proactively secure your environment? Let’s talk about how RedSeal can help you operationalize CTEM and build resilience for whatever cyber headlines come next week, contact us today.

Managing Legacy Systems and Reducing Exposure

Legacy systems are the unsung workhorses of many organizations, quietly powering essential operations in sectors like manufacturing, healthcare, and finance. These systems, often built decades ago, continue to function reliably. However, their age and design can introduce significant cybersecurity vulnerabilities that modern attackers are all too eager to exploit.  

Why legacy systems pose unique cybersecurity risks

Legacy systems often lack modern security features, making them especially vulnerable to today’s cyber threats. They may run outdated software, lack vendor support, and be incompatible with current security tools. This combination creates an environment where vulnerabilities can persist unaddressed, increasing the risk of exploitation.  

A notable example is the 2020 Accellion File Transfer Appliance (FTA) breach, where attackers exploited vulnerabilities in a legacy system, leading to data breaches across multiple organizations. This incident underscores the potential consequences of maintaining outdated systems without adequate security measures.   

Practical strategies for mitigating risks 

1. Conduct a comprehensive asset inventory

  • First and foremost, organizations must understand what legacy systems they have. A detailed inventory enables teams to:
  • Identify outdated software and configurations
  • Prioritize systems based on their risk profile
  • Inform future modernization efforts

Without visibility, risk mitigation becomes guesswork.

2. Use network segmentation to isolate risk

Next, consider isolating legacy systems from the rest of your IT environment. By using network segmentation, you can:

  • Limit the spread of malware
  • Restrict access to high-risk systems
  • Create a buffer between old and modern infrastructure

This approach is especially useful when systems can’t be immediately replaced.

3. Implement a robust exposure management program

Exposure management involves continuously identifying, validating, and addressing vulnerabilities across your environment. For legacy systems, this might include:

  • Risk-based vulnerability assessments
  • Custom security controls or compensating measures
  • Ongoing validation of mitigation strategies

Proactively managing exposure helps stay ahead of evolving threats.

4. Monitor and patch wherever possible

Although some legacy systems cannot be patched easily, regular monitoring remains critical. Organizations should:

  • Apply available updates as often as possible
  • Use security tools to detect suspicious behavior
  • Establish incident response protocols for legacy environments

Even basic visibility can significantly reduce dwell time in the event of a breach.

5. Building a culture that supports legacy system security

Addressing legacy system risk isn’t just a technical problem—it’s a cultural one, too. Success requires cross-functional alignment and buy-in from leadership. Consider:

  • Investing in security awareness training focused on legacy systems
  • Empowering IT and security teams to advocate for modernization
  • Allocating budget to prioritize exposure management and risk reduction

When security becomes a shared responsibility, organizations are better equipped to safeguard aging infrastructure.

Security without sacrificing stability

Legacy systems, while essential to many organizations, come with cybersecurity trade-offs that can’t be ignored. But with the right strategy—including visibility, isolation, continuous assessment, and cultural support—organizations can reduce risk without sacrificing stability.

By taking these steps, your organization can honor the past—without leaving the door open to future threats.

RedSeal helps you identify hidden risks in legacy and modern environments and proactively manage exposure—without active scanning. Contact us today to learn how RedSeal can help you reduce your legacy system risk.

Cyber News Roundup for July 3, 2025

Cisco Unified CM Vulnerability Lets Remote Attacker Gain Root Access

Cisco has warned of a critical vulnerability in its Unified Communications Manager (Unified CM) and Unified CM Session Management Edition, posing serious risks to enterprise voice and video networks. Tracked as CVE-2024-20399 and carrying a CVSS score of 9.9, the flaw stems from improper input validation in the web-based management interface. An unauthenticated, remote attacker could exploit it by sending crafted HTTP requests, potentially executing arbitrary code on the underlying operating system with root privileges. Cisco has confirmed there are no workarounds, making patching essential. Organizations using affected versions are urged to upgrade immediately to prevent exploitation, as Unified CM is widely deployed in critical business communication environments and could become a high-value target for threat actors seeking to disrupt operations or eavesdrop on sensitive conversations. (GBHackers)

Researchers uncover multiple critical vulnerabilities in Agorum Core Open

Security researchers at usd HeroLab discovered multiple critical vulnerabilities in Agorum Core Open that allow unauthenticated attackers to fully compromise systems. Chained together, these flaws enable remote code execution with root privileges. Issues include command injection, path traversal, plaintext password storage, XML external entity attacks, SSRF, cross-site scripting, and incorrect authorization. The findings were responsibly disclosed to Agorum. These vulnerabilities pose a severe risk, enabling full system takeover without authentication if left unpatched. (usd)

Qantas doesn’t crash, but their computers do 

Qantas has reported Australia’s largest data breach in years after a hacker accessed a third-party call centre platform containing data on six million customers. Exposed information includes names, emails, phone numbers, birth dates, and frequent flyer numbers. The airline detected unusual activity and acted quickly to contain the breach, with no impact on operations or flight safety. While cybercrime group Scattered Spider has targeted other airlines recently, Qantas has not attributed the breach. The incident adds to Qantas’ reputational challenges following COVID-era controversies, illegal worker dismissals, and ticketing scandals. CEO Vanessa Hudson apologized, emphasizing data security is taken seriously. The airline notified national cybersecurity and privacy agencies and said no passwords or login credentials were compromised, though a significant data exposure is expected. (Reuters)

French government impacted by Ivanti hacks

Ahhh the Ivanti Cloud Service Appliance vulnerabilities, the flaws that keep on giving. France’s cybersecurity agency, ANSSI, issued a reporting finding that a campaign used these vulnerabilities to target “organizations from governmental, telecommunications, media, finance, and transport sectors.” ANSSI said the attacks were linked to the threat actor Houken, described by Mandiant as UNC5174, believed to be a contractor for China’s Ministry of State Security. The agency acknowledged the attacks were designed to exfiltrate data that the group could sell to state intelligence agencies.  (The Record)

The Feds shut down a covert North Korean IT operation

The U.S. Department of Justice announced enforcement actions targeting North Korea’s covert IT operations that fund its nuclear program. Authorities arrested Zhenxing “Danny” Wang, a U.S. citizen, for running a scheme from New Jersey that placed North Korean IT workers in U.S. tech jobs, generating over $5 million. Eight others, six Chinese nationals and two Taiwanese citizens, were also indicted for wire fraud, money laundering, identity theft, hacking, and sanctions violations. From 2021-2024, they impersonated over 80 Americans to gain remote jobs at 100+ companies, causing $3 million in damages. They ran U.S. laptop farms and shell companies to hide workers’ identities and stole sensitive data, including AI tech from a California defense firm. The FBI seized 137 laptops and raided 21 sites in 14 states linked to the scheme. (TechCrunch)

Chinese Hackers Target France in Ivanti Zero-Day Exploit Campaign

Chinese state-backed hackers have been implicated in cyber-espionage campaigns targeting French government institutions by exploiting Ivanti Connect Secure VPN vulnerabilities. According to France’s national cybersecurity agency, ANSSI, attackers believed to be linked to Chinese interests leveraged flaws in Ivanti’s VPN appliances to infiltrate sensitive government networks. The hackers reportedly used sophisticated tools and custom implants to maintain persistence and gather intelligence, underscoring the ongoing threat posed by advanced persistent threat (APT) groups exploiting known vulnerabilities in widely deployed enterprise software. ANSSI did not publicly attribute the attacks to a specific APT group by name but warned that Ivanti devices remain a key focus for foreign espionage operations. The breaches highlight the critical importance of timely patching and monitoring of remote access infrastructure, which has become an increasingly attractive target for state-sponsored actors seeking to compromise government and corporate environments. (infosecurity)

Chrome Zero-Day CVE-2025-6554 under active attack — Google issues security update Google has patched a zero-day vulnerability in Chrome, a type confusion flaw in the V8 JavaScript engine that was actively exploited in the wild. The bug allowed attackers to execute arbitrary code via malicious HTML, prompting a swift mitigation pushed to all platforms. Discovered by Google’s Threat Analysis Group, the flaw marks Chrome’s fourth zero-day fix of 2025. (The Hacker News)

U.S. agencies issue urgent warning over Iran threat

A new warning from U.S. cyber agencies urges critical infrastructure organizations to stay on high alert for possible cyberattacks from Iranian state-backed hackers —especially defense contractors with ties to Israel. While there’s no evidence of a coordinated campaign yet, the advisory from CISA, the FBI, NSA, and DoD Cyber Crime Center points to heightened risk amid growing tensions in the Middle East. Officials say near-term cyber operations from Iranian actors are possible, especially targeting sectors like defense, water, and aviation. (The Record), (CISA)

Canada bans Chinese surveillance company 

Canada has ordered Chinese surveillance giant Hikvision—known for manufacturing CCTV systems for civilian and military use—to shut down all operations in the country, citing national security concerns. The move follows a multi-step review by Canadian intelligence agencies, which concluded that the company’s continued presence could be harmful to national security. Hikvision is now also banned from selling products to Canadian Government departments, agencies, and crown operations. The surveillance company denies the allegations and calls the decision politically motivated. (Bleeping Computer), (Security Week) 

The FDA issues new guidance on medical device cybersecurity

The FDA has issued new final guidance on medical device cybersecurity, replacing its 2023 version. The updated document reflects expanded authority under Section 524B of the Food, Drug, and Cosmetic Act, requiring that any internet-connected “cyber device” include cybersecurity details in premarket submissions. The guidance mandates elements like software bills of materials, vulnerability management plans, and demonstration of “reasonable assurance of cybersecurity.” Experts note this merges previous guidance with statutory updates into one cohesive document, clarifying that cybersecurity is integral to safety and effectiveness determinations. It explicitly covers debug ports, wireless modules, and access controls, widening regulatory scope. While the FDA aims to enhance device security amid rising healthcare cyber threats, experts warn that recent budget cuts and staffing losses could slow reviews. Researchers emphasize that manufacturers must prioritize security in design and documentation to avoid delays and reduce post-market risks, as nearly all modern devices now qualify as cyber devices. (GovInfo Security)

An NSA veteran is named top civilian at U.S. Cyber Command

Patrick Ware, a 34-year NSA veteran, has been appointed executive director of U.S. Cyber Command, becoming its top civilian leader. He replaces Morgan Adamski, who is expected to move to the private sector after serving in the role since June 2024. The position, traditionally filled by an NSA official, is the No. 3 role at Cyber Command. Ware takes over during a period of leadership uncertainty, as Cyber Command has lacked a permanent chief since Gen. Timothy Haugh was fired nearly three months ago. A planned appointment of Lt. Gen. Richard Angle was reportedly rejected by the White House for undisclosed reasons. Ware will oversee strategic initiatives, talent management, and partnerships amid questions about the future of the “Cyber Command 2.0” overhaul. Ware holds electrical engineering degrees from the University of Maryland and Johns Hopkins University. (The Record)

Researchers disclose a critical vulnerability in Open VSX

Researchers at Koi Security have disclosed a critical vulnerability in Open VSX, the open source extension marketplace hosted by the Eclipse Foundation. The flaw exposed the publishing account’s secret token to any extension or its dependencies. This token acts as a super-admin credential, giving attackers the ability to publish malicious extensions or overwrite existing ones, potentially compromising over 8 million developers. Open VSX is widely used by VS Code-based editors like Cursor, Gitpod, and Windsurf as an alternative to Microsoft’s marketplace. Koi Security warned that attackers could have installed keyloggers, information stealers, or backdoors, posing a SolarWinds-like supply chain risk for developer tooling. The vulnerability was discovered in early May and has now been patched after thorough vetting. SecurityWeek has reached out to the Eclipse Foundation for further comment. (SecurityWeek)

Microsoft security updates address CrowdStrike crash

A major IT outage last year, caused by a faulty software update from cybersecurity firm CrowdStrike, led to global crashes of millions of Windows devices. Although the issue stemmed from CrowdStrike’s Falcon software, which had deep access to the Windows kernel, Microsoft received much of the blame. In response, Microsoft has now announced changes to reduce such risks. Antivirus software will no longer have direct kernel access, and a new endpoint security platform will soon be introduced. This platform will require security updates from third-party vendors to pass through extensive testing and review before deployment to Windows systems worldwide. (Cyberscoop)

FBI warns of social engineering exploiting patients and healthcare providers

The Bureau has issued a warning about criminals posing as health insurers and claims investigators to steal medical and financial data from patients and healthcare providers. They use emails and texts to pressure victims into handing over sensitive information or to make payments for fake service overpayments. According to Health-ISAC’s Errol Weiss, such scams are increasing, often involving impersonation of trusted entities like government agencies or major brands. Criminals use previously leaked personal data – even partial data – to make their schemes more convincing, creating a false sense of trust and legitimacy. (The Register)

Hacker helped kill FBI source, says El Chapo case witness

A Justice Department watchdog report has revealed how a hacker, hired by the Sinaloa drug cartel “infiltrated cameras and phones to track an FBI official in Mexico investigating the drug lord El Chapo, then used data from that surveillance to kill and intimidate potential sources and witnesses the agent was meeting with.” According to the report, the hacker identified people of interest, including the FBI Assistant Legal Attache, and then was able to hack the attache’s mobile phone number to track calls made and received, as well as geolocation data. The hacker also used Mexico City’s camera system to follow the attache through the city and identify people they met with. “The cartel allegedly used that information to intimidate and, in some instances, kill potential sources or cooperating witnesses.” (Cyberscoop)

Building Resilience with Exposure Management Tools

Picture this: A financial institution’s network is suddenly compromised, with cybercriminals exploiting an overlooked vulnerability in their system. Sensitive information is at risk, and operations grind to a halt. Now, imagine this scenario is avoided entirely—because the organization had a proactive, comprehensive exposure management strategy in place. By continuously identifying, assessing, and mitigating vulnerabilities, they ensured their defenses were strong, and business continuity was preserved. 

Understanding Exposure Management 

Exposure management is the strategic process of identifying and addressing security risks associated with an organization’s digital assets. This includes known vulnerabilities and misconfigurations, shadow IT, and other security gaps that adversaries might exploit. By taking a holistic, risk-based perspective, exposure management focuses on reducing exposure to threats before they materialize into incidents.   

The Role of Continuous Threat Exposure Management (CTEM) 

Continuous Threat Exposure Management (CTEM) is a proactive cybersecurity strategy that continuously identifies and reduces risk across an organization’s attack surface. CTEM involves a five-phase approach: scoping, discovery, prioritization, validation, and mobilization. This iterative process enables organizations to anticipate, identify, and mitigate vulnerabilities across their digital footprint, enhancing their overall security posture.   

Best Practices for Effective Exposure Management 

To build resilience through exposure management, organizations should consider the following best practices: 

  1. Automate Processes: Automating exposure management tasks can significantly reduce the time and effort required to identify and remediate vulnerabilities. Automation helps scale efforts and minimize human error.   
  1. Prioritize Based on Risk: Not all vulnerabilities pose the same level of threat. Prioritizing remediation efforts based on the potential impact and exploitability ensures that resources are focused where they are needed most.   
  1. Conduct Regular Security Audits: Regular assessments help identify new vulnerabilities and ensure that existing security measures are effective. Audits provide a comprehensive view of the organization’s security posture.   
  1. Integrate Threat Intelligence: Incorporating external threat intelligence feeds into the exposure management framework allows organizations to stay informed about emerging threats and adapt their defenses accordingly.   

Leveraging RedSeal for Enhanced Exposure Management 

RedSeal’s platform offers comprehensive network modeling and risk scoring capabilities that can significantly enhance an organization’s exposure management process. By providing detailed insights into network architecture and highlighting critical assets, RedSeal enables security teams to: 

  • Visualize Network Exposure: Understand how vulnerabilities could be exploited within the network context, identifying potential attack paths to high-value assets.  
  • Assess Impact and Reachability: Determine the potential impact of vulnerabilities by analyzing their reachability to critical systems, allowing for informed prioritization decisions. 
  • Integrate with Existing Tools: Seamlessly incorporate data from various security tools to provide a unified view of vulnerabilities, enhancing the accuracy of risk assessments. 

By integrating RedSeal’s capabilities into their exposure management strategy, organizations can move beyond traditional approaches, focusing remediation efforts where they are needed most and strengthening their overall security posture. 

Conclusion 

Building resilience through exposure management is essential in the face of evolving cyber threats. By adopting a proactive approach, leveraging advanced tools, and adhering to best practices, organizations can effectively identify and mitigate vulnerabilities, ensuring robust protection for their digital assets. Check out how RedSeal can support your Exposure Management journey and eliminate the need for multiple tools and manual integrations.

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