Daily Cyber & AI Briefing — 2026-03-13

Daily Cyber & AI Briefing with Michael Housch. This draft includes the assembled audio and full transcript for review before publication.

Transcript

Welcome to today’s cyber and AI risk brief. I’m Michael Housch, and over the next several minutes, I’ll walk you through the most pressing developments shaping the security landscape right now. We’re seeing a convergence of urgent vulnerabilities, active exploitation, and a rapidly evolving mix of threats—from sophisticated supply chain attacks to the growing intersection of AI and cybersecurity. Let’s dive in.

First, let’s talk about what’s dominating headlines: a surge in critical software vulnerabilities and active zero-day exploits. If your organization relies on Chrome, Veeam, or OpenSSH—and let’s be honest, that’s most of us—you need to pay close attention.

Google Chrome, the world’s most widely used browser, is under active attack. Security researchers and Google have disclosed several zero-day vulnerabilities in Chrome’s Skia and V8 components. These are not theoretical issues—attackers are exploiting them in the wild right now. The flaws allow remote execution of malicious code, meaning a user could visit a compromised website and inadvertently give an attacker a foothold on their machine. The takeaway here is simple: update Chrome immediately across your organization. Don’t wait for a scheduled maintenance window. Rapid patching is critical, especially given how central browsers are to daily business operations. For CISOs and IT leaders, this is a reminder that browser security is not just an endpoint issue—it’s a gateway to your enterprise.

Moving on to backup infrastructure, Veeam has released urgent patches for multiple critical remote code execution vulnerabilities in its backup server platform. Veeam is a backbone for data protection in many enterprises, and these flaws could allow attackers to gain full control over backup systems. The risk isn’t just data theft—it’s the potential for ransomware actors to destroy or encrypt your backups, undermining your ability to recover from an attack. If you’re running Veeam, prioritize these patches and review who has access to your backup environment. This is about more than compliance; it’s about business continuity.

Let’s shift to the threat landscape on the malware front. Researchers have uncovered a sophisticated campaign leveraging Remcos RAT, a remote access Trojan, using multi-stage payloads hidden in JavaScript and PowerShell scripts. This approach helps attackers evade traditional detection tools and establish persistent access. What’s notable here is the blending of scripting languages and the use of multiple stages to slip past defenses. The practical implication is clear: organizations need layered endpoint protection, robust script monitoring, and ongoing user awareness training. Attackers are getting smarter about bypassing signature-based defenses, so our detection strategies must evolve as well.

Now, let’s talk about data breaches and reputational risk. Starbucks recently suffered a breach that exposed the personal information of hundreds of users. While the scale is limited compared to some mega-breaches, it’s a stark reminder that even well-resourced, consumer-facing brands remain vulnerable. The consequences of these incidents go beyond regulatory fines—they erode customer trust and can have lasting reputational impact. For security leaders, this is a cue to review data protection practices, especially around customer-facing platforms, and to ensure incident response plans are up to date and tested.

Supply chain risk continues to escalate, and it’s not just a buzzword. Group-IB has profiled six supply chain attack groups that are expected to be major players in 2026. These groups are targeting software dependencies and third-party providers, exploiting the trust organizations place in their vendors. The SolarWinds attack a few years ago was a wake-up

Transcript

SPEAKER_00 0:07

Grab your coffee or Red Bull or whatever your morning vice is, and this is your daily cyber and AI briefing, and I am your host, Michael Hoosh. Welcome to today's Cyber and AI risk brief. I'm Michael Haush, and over the next several minutes, I'll walk you through the most pressing developments shaping the security landscape right now. We're seeing a convergence of urgent vulnerabilities, active exploitation, and a rapidly evolving mix of threats, from sophisticated supply chain attacks to the growing intersection of AI and cybersecurity. Let's dive in. First, let's talk about what's dominating headlines a surge in critical software vulnerabilities and active zero-day exploits. If your organization relies on Chrome, Veeam, or OpenSSH, and let's be honest, that's most of us, you need to pay close attention. Google Chrome, the world's most widely used browser, is under active attack. Security researchers in Google have disclosed several zero-day vulnerabilities in Chrome's SCA and V8 components. These are not theoretical issues. Attackers are exploiting them in the wild right now. The flaws allow remote execution of malicious code, meaning a user could visit a compromised website and inadvertently give an attacker a foothold on their machine. The takeaway here is simple. Update Chrome immediately across your organization. Don't wait for a scheduled maintenance window. Rapid patching is critical, especially given how central browsers are to daily business operations. For CISOs and IT leaders, this is a reminder that browser security is not just an endpoint issue, it's a gateway to your enterprise. Moving on to backup infrastructure, Veeam has released urgent patches for multiple critical remote code execution vulnerabilities in its backup server platform. Veeam is a backbone for data protection in many enterprises, and these flaws could allow attackers to gain full control over backup systems. The risk isn't just data theft, it's the potential for ransomware actors to destroy or encrypt your backups, undermining your ability to recover from an attack. If you're running VM, prioritize these patches and review who has access to your backup environment. This is about more than compliance. It's about business continuity. Let's shift to the threat landscape on the malware front. Researchers have uncovered a sophisticated campaign leveraging Remco's RAT, a remote access trojan, using multi-stage payloads hidden in JavaScript and PowerShell scripts. This approach helps attackers evade traditional detection tools and establish persistent access. What's notable here is the blending of scripting languages and the use of multiple stages to slip past defenses. The practical implication is clear. Organizations need layered endpoint protection, robust script monitoring, and ongoing user awareness training. Attackers are getting smarter about bypassing signature-based defenses, so our detection strategies must evolve as well. Now let's talk about data breaches and reputational risk. Starbucks recently suffered a breach that exposed the personal information of hundreds of users. While the scale is limited compared to some mega breaches, it's a stark reminder that even well-resourced, consumer-facing brands remain vulnerable. The consequences of these incidents go beyond regulatory fines. They erode customer trust and can have lasting reputational impact. For security leaders, this is a cue to review data protection practices, especially around customer-facing platforms, and to ensure incident response plans are up to date and tested. Supply chain risk continues to escalate, and it's not just a buzzword. Group IB has profiled six supply chain attack groups that are expected to be major players in 2036. These groups are targeting software dependencies and third-party providers exploiting the trust organizations' place in their vendors. The SolarWinds attack a few years ago was a wake-up call, but the threat has only grown since then. Organizations need to prioritize supply chain security. This means not only vetting vendors, but also monitoring for suspicious activity and software dependencies and enforcing contractual security requirements. If you're not already doing so, now is the time to map your supply chain and understand where your exposures lie. On a more positive note, law enforcement agencies have disrupted the SOX Escort proxy service, which was powered by the AV Recon Botnet. This service allowed threat actors to anonymize their activities and bypass network defenses, making it harder for organizations to detect malicious traffic. While this takedown is a win for defenders, it's important to remember that cybercriminals are resilient, they'll pivot to alternative proxy and botnet services. Organizations should remain vigilant, continuously monitor for unusual outbound connections, and update their threat intelligence feeds. Shifting gears to Open SSH, a new vulnerability has been disclosed in the Jets IP authentication mechanism. This flaw can cause SSH processes to crash, potentially leading to denial of service conditions. For organizations that rely on SSH for secure communications, especially in cloud and DevOps environments, this is a significant risk. Assess your exposure and apply patches or mitigations as soon as possible. Even if you don't use JetsAP directly, it's worth reviewing your SSH configurations and access controls. Let's revisit the supply chain theme from a different angle. Security researchers have identified six malicious themes on Packagist, a popular PHP package repository delivering trojanized jQuery payloads. This is a textbook example of a supply chain attack targeting the development process itself. If your developers are pulling dependencies from public repositories, you need to validate those packages and monitor for suspicious activity. Automated dependency management tools can help, but they're not a silver bullet. Security teams should work closely with development to ensure only trusted packages are used and that there's visibility into what's being integrated into your applications. Now let's talk about the intersection of AI and cybersecurity, a space that's rapidly gaining importance. Microsoft Copilot, an AI-powered productivity tool, has been found to contain a flaw in its handling of email and team summaries. Attackers could exploit this to facilitate phishing attacks, leveraging AI-generated content to make their lures more convincing. As organizations adopt AI tools to boost productivity, they also introduce new attack surfaces. This incident highlights the need for robust security testing of AI-powered solutions and just as importantly, user education. Employees need to be aware that AI generated content isn't inherently trustworthy, and attackers are already exploiting these new channels. Nation state threats are another area demanding attention. The Iran-linked Handala group has ramped up wiper attacks targeting Israeli and Western organizations. These attacks are designed not just to steal data, but to cause operational disruption and data destruction. The geopolitical context here is important. Cyber operations are increasingly being used as tools of statecraft, and critical infrastructure is often in the crosshairs. Organizations in targeted sectors need enhanced detection and recovery capabilities, including robust backup strategies and incident response plans that account for destructive attacks. In a related development, medical technology giant striker has reportedly been targeted by a suspected Iran-linked cyber attack amid ongoing Middle East tensions. Healthcare and critical infrastructure are high value targets for nation-state actors given the potential for widespread disruption. This incident underscores the importance of sector-specific defenses. What works for a financial institution may not be sufficient for a hospital or medical device manufacturer. Tailoring your defenses to the unique risks of your sector is essential. On the governance side, the EC Council has launched a global SISO council focused on AI governance and emerging tech security risks. This initiative reflects a growing recognition that AI risk management isn't just a technical issue, it's a board-level concern. As AI becomes more embedded in business processes, organizations need collective action on governance frameworks, policy development, and risk oversight. If you're a security leader, this is an opportunity to engage with peers and help shape the emerging standards for AI governance. Let's take a step back and look at the broader strategic implications of these developments. First, rapid patching and vulnerability management are more critical than ever. Zero-day exploits are proliferating across widely used platforms and attackers are moving quickly. Organizations need to be just as agile in their response. This means having processes in place to assess, prioritize, and deploy patches, sometimes on very short notice. Automation can help, but it's not a substitute for a well-drilled incident response team. Second, supply chain and third-party risk are escalating. As attackers increasingly target software dependencies and vendors, organizations must enhance due diligence, monitoring, and contractual controls. This isn't just about ticking boxes on a vendor questionnaire, it's about building real visibility into your supply chain and being prepared to respond if a trusted partner is compromised. Third, nation-state and geopolitically motivated attacks are increasingly targeting critical infrastructure and healthcare. These sectors face unique risks and require sector-specific resilience planning. This includes not just technical controls, but also crisis management, legal preparedness, and engagement with industry and government partners. Fourth, AI governance and security must be integrated into enterprise risk management. As AI tools proliferate, organizations need to address both technical vulnerabilities and policy frameworks. This means involving stakeholders from IT, legal compliance, and the business and AI risk oversight. So, what matters most today? If you take away nothing else from this brief, remember these points. Immediate action is required to patch Chrome, Veeam, and open SSH vulnerabilities. The window between disclosure and exploitation is shrinking, and attackers are quick to take advantage of laggards. Don't let your organization be an easy target. Supply chain security and dependency management should be top priorities, both in IT operations and software development. Map your dependencies, validate your vendors, and monitor for suspicious activity. The integrity of your supply chain is only as strong as its weakest link. AI-powered tools introduce new attack surfaces. As adoption accelerates, governance and user awareness are critical. Test AI solutions for security flaws, educate users about the risks of AI-generated content, and build AI risk management that's into your overall governance framework. Let's briefly recap the practical steps security leaders should be considering in light of today's developments. First, review your patch management processes. Are you able to deploy emergency updates quickly across all endpoints, including browsers and backup infrastructure? If not, identify the bottlenecks and address them. Second, strengthen your supply chain risk management. This means more than just reviewing contracts. It's about this about continuous monitoring, threat intelligence sharing, and having a plan for rapid response if a vendor or dependency is compromised. Third, invest in layered endpoint defenses and script monitoring. As attackers evolve their techniques, using multi-stage payloads and blending scripting languages, traditional tools may not be enough. Consider advanced detection solutions and regular user awareness training. Fourth, revisit your data protection and incident response plans, especially for customer-facing platforms. Data breaches, even on a small scale, can have outsize reputational and regulatory impact. Fifth, engage with industry initiatives on AI governance. Stay informed about emerging standards and best practices, and ensure your organization has a seat at the table as these frameworks are developed. Finally, recognize that the threat landscape is dynamic and interconnected. Technical vulnerabilities, supply chain exposures, nation-state activity, and AI risks don't exist in isolation. They reinforce each other. Building resilience means taking a holistic, cross-functional approach to risk management. As we wrap up, it's clear that the pace and complexity of cyber and AI risk is only accelerating. The organizations that will thrive are those that combine tactical agility, patching quickly, monitoring actively, with strategic foresight, investing in resilience, intelligence, and governance. That's all for today's brief. Stay vigilant, stay informed, and keep security at the center of your organization's strategy. Thanks for listening. That's a wrap, peeps. Stay secure, stay sharp, and don't forget to hug your CISO.