Summary: MSPs often struggle with consistent marketing — but AI tools like ChatGPT, Jasper, and Canva are giving them the power to scale content creation, automate SEO, and run campaigns with minimal effort. Learn how in this practical guide. Get Visibility Early and Often Most MSPs aren’t short on value — they’re short on visibility . Marketing often falls to the bottom of the to-do list, and that’s where AI comes in. Today’s AI tools can: Write high-converting landing pages and emails Design visuals, banners, and social cards Run SEO keyword research and optimization Analyze traffic and optimize campaigns You don’t need to be a marketing expert. You need a strategy, a few tools (ChatGPT, Jasper, Canva, SurferSEO), and a consistent rhythm. Pro tip: Use your help desk data. Turn common questions into blogs, FAQs, and case studies that bring in organic traffic. AI won’t replace your voice — it’ll help you find it faster  and publish more often.

#MSP #Cybersecurity #Pentesting #AI #ThreatMate Summary AI isn’t just hype — it’s helping MSPs uncover exploitable vulnerabilities faster, cheaper, and more intelligently. In this post, we explore how AI is reshaping penetration testing, making it more continuous, contextual, and cost-effective. What You Need to Know Penetration testing has long been an expensive, one-off service. But as attack surfaces grow and threats evolve, MSPs need faster, more scalable ways to uncover weaknesses across client networks. Enter AI-powered pentesting . Platforms like ThreatMate use large language models and attack graph algorithms to simulate adversaries in real-time. Instead of waiting 6 months between tests, MSPs can run lightweight AI-driven assessments weekly or even continuously. Why does this matter? AI prioritizes what matters.  CVEs are ranked using EPSS, CVSS, and real-world exploitability. AI adapts to environments.  It can recognize context (like cloud vs on-prem) and modify attack paths accordingly. It’s plug-and-play.  With devices like ThreatMate Pi, MSPs can assess a prospect’s environment in minutes. As cyber threats get faster and smarter, so should your testing. AI is the cheat code to keep up.

Denver, CO — June 9, 2025  — Today at Pax8 Beyond, ThreatMate announced the preview release of a powerful new feature: CIS Compliance & Hardening , designed to help MSPs elevate endpoint security for their clients. This capability is delivered through a deep integration with Senteon , a leading provider of automated CIS (Center for Internet Security) compliance solutions. ThreatMate’s new feature empowers Managed Service Providers (MSPs) with the tools to harden client endpoints against cyber threats by aligning with the globally recognized CIS Benchmarks —a critical step for reducing attack surfaces and meeting regulatory requirements. “Attack surface management is no longer optional—it’s foundational,”  said Anup Ghosh, CEO and Co-Founder at ThreatMate. “By integrating Senteon’s automation-driven CIS compliance into the ThreatMate platform, we’re giving MSPs an easy way to enforce hardening best practices across their fleet of client endpoints—without the manual effort normally required.” Senteon’s CIS Compliance engine continuously monitors system configurations, identifies deviations from benchmark standards, and applies automated remediations where safe and appropriate. This ensures that MSPs can deliver hardened, compliant systems with minimal manual intervention, which is critical in today’s threat landscape, where configuration drift can open the door to breaches. “ThreatMate’s decision to weave our CIS hardening engine directly into their platform is a clear signal that the market is racing toward automated, audit-ready security,” said Henry Zang, CEO of Senteon . “This integration not only expands the reach of our technology, it validates the growing demand from MSPs and compliance-driven organizations for a faster, frictionless path to hardened endpoints. Together, we’re giving the broader security and compliance community the muscle to lock down every device at scale and prove it on day one.” Key Benefits for MSPs and Their Clients: Reduce risk exposure  by minimizing vulnerable configurations across endpoints. Demonstrate compliance  with frameworks often required for insurance or industry regulation. Automate hardening  through a streamlined integration with ThreatMate’s existing cyber automation platform. Preview Availability The CIS Compliance & Hardening feature will be available in preview starting June 8  for ThreatMate customers. Full general availability is expected later this year. MSPs attending Pax8 Beyond  can stop by the ThreatMate booth for a live demo and walkthrough of the new capabilities. About ThreatMate  ThreatMate is the cyber automation platform built for MSPs. From vulnerability discovery, automated pen testing, and M365 analysis, ThreatMate provides a platform for unified attack surface management, ThreatMate delivers continuous, intelligent defense that keeps providers several moves ahead of the adversary. About Senteon Senteon ( senteon.co ) automates endpoint hardening and compliance, providing IT service providers and enterprises with a faster and easier way to secure every device at scale while adhering to CIS requirements.  For more information, visit   www.threatmate.com  or contact info@threatmate.com .

The Download Three newly disclosed vulnerabilities in Node.js—CVE-2025-23166, CVE-2025-23167, and CVE-2025-23165—introduce serious risks to web applications and backend systems built on this widely used runtime. These flaws include memory corruption, improper HTTP header parsing (leading to request smuggling), and process crashes from poorly handled cryptographic operations. For MSPs, business owners, and IT operators running Node.js-based applications, these bugs can result in denial-of-service attacks, data leaks, or full application compromise. The popularity of Node.js in modern cloud and serverless environments makes this threat particularly urgent. What You Can Do Immediately audit your systems for affected Node.js versions and upgrade to the latest patched releases—v20.19.2, v22.15.1, v23.11.1, or v24.0.2 depending on your version line. Prioritize patching externally exposed APIs and services. In parallel, review server logs and WAF (Web Application Firewall) alerts for signs of request smuggling or abnormal behavior. Where possible, isolate or containerize Node.js apps to limit blast radius in case of exploitation, and ensure crash reporting is enabled to catch unexpected behavior early. ThreatMate analyzes all your attack surfaces for exploitable vulnerabilities. Sign up today for a demo. To Learn More: https://nodejs.org/en/blog/vulnerability/may-2025-security-releases?utm_source=chatgpt.com

The Download CVE-2025-4664 is a serious zero-day vulnerability in Google Chrome that has been actively exploited in the wild, allowing attackers to hijack user devices through crafted web content. For business owners, MSPs, and IT operators, this poses an immediate and widespread risk—Chrome is one of the most widely used browsers in enterprise environments. A successful exploit could give an attacker access to session tokens, browser-stored credentials, or even control over a device—jeopardizing sensitive data, business continuity, and user trust. What You Can Do Act fast: ensure all Chrome installations across Windows, Mac, and Linux environments are updated to version 136.0.7103.113/.114 or later. Push updates centrally through MDM tools or Group Policy where possible, and enforce a restart to activate the patch. Educate users to be wary of unusual browser behavior and avoid suspicious websites until patched. As a defense-in-depth measure, limit local admin rights on devices to reduce post-exploitation impact. Use ThreatMate to identify which endpoints have this and other vulnerabilities that present material risk to your clients' networks. To Learn More: https://www.thesun.co.uk/tech/35004019/alert-google-chrome-users-to-relaunch-browsers/?utm_source=chatgpt.com

The Download CVE-2025-26684 is a vulnerability in Microsoft Defender for Endpoint  that allows local attackers to elevate privileges  by exploiting an external control of a critical variable. If successfully exploited, it could enable an attacker to gain higher-level privileges—potentially leading to full control over the affected system. Defender for Endpoint is Microsoft’s flagship EDR (endpoint detection and response) platform, trusted by enterprises to protect against malware and intrusions. A vulnerability within this security layer not only undermines the system’s trust model but may also allow attackers to disable or manipulate security controls , opening the door for persistence, data exfiltration, or lateral movement. Although Microsoft rated this as “Important,” its position in the defensive stack makes it a high-impact threat  in corporate environments. What You Can Do Apply Patches Immediately: Ensure that all systems running Microsoft Defender for Endpoint are updated with the latest May 2025 security patch to close CVE-2025-26684. Audit Privileged Access: Review endpoint access rights to limit opportunities for local attackers to exploit privilege escalation flaws. Ensure least-privilege principles are enforced. Enable Tamper Protection: Make sure Defender’s tamper protection features are enabled to prevent unauthorized changes to security settings. Monitor Logs for Abnormal Activity: Use Microsoft Defender’s own telemetry to track suspicious behavior related to privilege escalation or unexpected configuration changes. Isolate High-Value Systems: Where feasible, isolate or segment systems with administrative tooling or sensitive data to limit attacker movement in case of compromise. As always, monitor all your attack surfaces with ThreatMate. Sign up for a demo today. To Learn More: https://www.zerodayinitiative.com/blog/2025/5/13/the-may-2025-security-update-review

The Download Microsoft released CVE-2025-32701 among a bevy of vulnerabilities disclosed on Patch Tuesday this month. This vulnerability is particularly dangerous because it has been actively exploited in the wild. Attackers can leverage this vulnerability to gain the highest level of privileges on a Windows system, facilitating actions such as installing malware, modifying or deleting data, and creating new accounts with full user rights. The low complexity and minimal privileges required for exploitation make it an attractive target for threat actors. ​ Moreover, the CLFS driver has been a recurring target for attackers, with previous vulnerabilities like CVE-2025-29824 also being exploited in the wild. This pattern indicates that attackers are actively seeking and exploiting flaws within this component, underscoring the need for immediate attention. ​ What You Can Do Apply Patches Immediately:  Ensure that all Windows systems are updated with the latest security patches released in May 2025 to address CVE-2025-32701.​ Monitor for Suspicious Activity:  Implement monitoring to detect unusual behavior that may indicate exploitation attempts, such as unexpected privilege escalations or the creation of new administrative accounts.​ Review Privilege Management Policies:  Evaluate and strengthen policies related to user privileges to minimize the risk of exploitation.​ Implement Network Segmentation:  Segment networks to limit the spread of potential attacks and contain compromised systems.​ ThreatMate will continuously monitor your attack surfaces for exploitable vulnerabilities and alert you which systems require patching so you can stay ahead of the bad guys. Sign up for a demo today. To Learn More: https://cyberscoop.com/microsoft-patch-tuesday-may-2025/

The Download A newly disclosed set of vulnerabilities, collectively dubbed "AirBorne," has been identified in Apple's AirPlay protocol and SDK. These flaws enable zero-click remote code execution (RCE) attacks, allowing threat actors on the same Wi-Fi network to hijack AirPlay-enabled devices—including iPhones, Macs, smart TVs, speakers, and CarPlay systems—without any user interaction. The vulnerabilities are "wormable," meaning they can propagate malware across devices on the same network, potentially compromising entire corporate environments. Given the widespread use of AirPlay in both consumer and enterprise settings, these vulnerabilities pose significant risks to data security and network integrity.  What You Can Do Update Devices:  Ensure all Apple devices are updated to the latest firmware versions that address these vulnerabilities. ​ Fing Patch Third-Party Devices:  Coordinate with vendors to apply patches to third-party devices utilizing the AirPlay SDK, such as smart TVs and wireless speakers.​ Bastille.net+4Fing+4WIRED+4 Restrict AirPlay Access:  Configure AirPlay settings to limit access to trusted devices only, reducing exposure to potential attackers on the same network.​ Disable Unused Features:  Turn off AirPlay on devices where it is not actively used to minimize attack surfaces.​ Fing Network Segmentation:  Implement network segmentation to isolate AirPlay-enabled devices from critical infrastructure, preventing lateral movement in case of a breach.​ Monitor Network Traffic:  Employ intrusion detection systems to monitor for unusual AirPlay-related traffic, which may indicate exploitation attempts. Get ahead of hackers with ThreatMate's Unified Attack Surface Management. Sign up today. To Learn More: https://thehackernews.com/2025/05/wormable-airplay-flaws-enable-zero.html

The Download In a harbinger of risks AI engines may pose, Langflow, a popular open-source platform for constructing AI-driven workflows, contains a critical vulnerability in its /api/v1/validate/code endpoint. This flaw allows unauthenticated attackers to execute arbitrary Python code on the server by exploiting the exec() function without proper authentication or sandboxing. The vulnerability is particularly concerning for AI systems leveraging LLMs, as it enables remote code execution, potentially compromising the integrity and security of AI workflows. The issue has been addressed in Langflow version 1.3.0, and users are strongly advised to update to this version to mitigate the risk. What You Can Do Immediate Upgrade:  Update Langflow to version 1.3.0 or later, where the vulnerable endpoint requires authentication. ​ Zscaler+1Help Net Security+1 Restrict Access:  Limit exposure by placing Langflow behind secure network boundaries or zero trust architectures.​ SANS Internet Storm Center+8Zscaler+8Help Net Security+8 Monitor and Alert:  Implement monitoring to detect anomalous requests to the /api/v1/validate/code endpoint and unexpected outgoing connections.​ Zscaler Educate Users:  Inform development teams about the risks associated with executing dynamic code without proper authentication and sandboxing.​ Be sure to get ahead of adversaries with ThreatMate's unified attack surface management solution. Sign up for a demo today.

The Download CVE-2025-29824 is a high-severity use-after-free vulnerability in the Windows Common Log File System (CLFS) driver that’s currently being exploited in the wild. For business owners, MSPs, and IT operators, this is a major red flag—if successfully exploited, it lets attackers escalate privileges from a basic user to SYSTEM-level access. That’s the highest level of control on a Windows machine, allowing threat actors to disable defenses, install malware, dump credentials, and move laterally across networks. If unpatched, it opens the door to ransomware deployment or domain-wide compromise. What You Should Do Microsoft has already issued a patch for CVE-2025-29824 in the April 2025 Patch Tuesday update—apply it immediately across all endpoints, servers, and VMs running Windows. In tandem, IT admins should implement EDR solutions capable of detecting privilege escalation behavior and continuously monitor for suspicious process execution under SYSTEM context. Limit local admin rights, enable memory protection features like CFG (Control Flow Guard), and ensure system restore points are in place for rapid rollback in case of compromise. Use ThreatMate to monitor your attack surfaces for actively exploited vulnerabilities to stay ahead of the hackers. Sign up for a demo today! To Learn More: https://www.crowdstrike.com/en-us/blog/patch-tuesday-analysis-april-2025/?utm_source=chatgpt.com

The Download CVE-2025-24054 is an actively exploited vulnerability that allows attackers to steal NTLM hashes—or worse, plaintext credentials—simply by tricking users into opening a malicious archive file. For business owners, MSPs, and IT operators, this poses a major threat to internal systems because NTLM hashes can be cracked offline or used in pass-the-hash attacks to access other networked systems. Once compromised, attackers can pivot laterally across the environment, escalate privileges, and exfiltrate sensitive data—sometimes without tripping alarms. What You Can Do To mitigate this risk, IT admins should immediately review and restrict the handling of archive files in email gateways and endpoints. Implement robust email filtering solutions that scan for suspicious attachments and block known-bad file types. Disable automatic rendering of SMB links and consider disabling NTLM where possible—especially in mixed environments where Kerberos is available. Train end-users on phishing awareness, particularly around unusual archive files, and continuously monitor for authentication anomalies that may indicate credential misuse. Monitor your network attack surfaces continuously with ThreatMate to stay ahead of attackers. Sign up for a demo today. To Learn More: https://thehackernews.com/2025/04/cve-2025-24054-under-active.html?utm_source=chatgpt.com

The Download The CVE (Common Vulnerabilities and Exposures) system is the global backbone for tracking publicly known cybersecurity vulnerabilities. It provides standardized identifiers (like CVE-2024-4040) that are essential for vulnerability coordination, public disclosure, and patch prioritization. Recently, members of the community—including major contributors like MITRE—have raised alarms over potential changes or uncertainty in U.S. government funding  for the CVE program. If CVE funding stalls or diminishes: Fewer vulnerabilities could be cataloged in a timely manner , delaying critical updates across ecosystems. Vendor and researcher coordination may degrade , especially among open-source projects and SMBs without dedicated security resources. Security tools (SIEMs, scanners, patch managers)  that rely on CVE references could lose accuracy or effectiveness. Threat intelligence sharing could splinter , leading to inconsistent naming and classification across tools and reports. What IT and Security Teams Should Do Even if CVE operations slow or change form, security teams must prepare to rely more on alternative sources of vulnerability intelligence: Augment CVE feeds  with vendor-specific advisories, NVD (National Vulnerability Database), and commercial intelligence feeds (like CISA KEV, VulnDB, or OSV.dev ). Invest in internal asset and vulnerability correlation  tools that don’t solely depend on CVEs. Encourage vendors to continue disclosure transparency  even outside the CVE system. Consider contributing to or monitoring community-driven initiatives  that may rise to fill gaps in disclosure or classification (e.g., OpenSSF efforts). At ThreatMate we are sourcing multiple providers of vulnerability information and will monitor the situation closely. We believe maintaining funding for MITRE's CVE initiative is in the interest of national security and strongly support continued funding. Yanking the funding last minute with no advanced warning will likely lead to major vulnerability holes in networks with little recourse. To Learn More: https://www.theverge.com/news/649314/cve-mitre-funding-vulnerabilities-exposures-funding?utm_source=chatgpt.com