Tenable product update: Standardizing Tenable risk scoring
At Tenable, we are committed to providing the most accurate, defensible, and actionable view of organizational risk. To achieve this, we must continually refine the intelligence that powers your prioritization. On July 1, 2026, we are implementing a series of foundational updates to our risk scoring engines. As part of this update, you may see changes to your risk scores, depending on the Tenable product(s) you own. These changes simplify your workflow by standardizing scoring on a single, high-fidelity model for vulnerability and asset risk. The new standard for VPR For the past several months, many of you have utilized VPR (Beta) to gain deeper insights into exploitability. We are excited to announce that on July 1, this model will be promoted to the primary Vulnerability Priority Rating (VPR) across the Tenable platform. By standardizing on this advanced model, we are retiring legacy VPR scoring to ensure every customer benefits from our most sophisticated threat intelligence. The new version of VPR incorporates more threat intelligence and vulnerability metadata so that you can focus on the 1.6% of vulnerabilities that actually matter. Better context through enhanced asset classification Alongside the VPR update, we are enhancing our asset classification engine. This update improves how we identify the function and importance of assets across your entire attack surface, including Cloud, OT, and third-party devices. As a result, customers with access to Asset Criticality Ratings (ACR) will see these scores more accurately reflect real-world business risk. What this means for you These are backend enhancements designed to provide immediate value with zero manual configuration. On July 1, your dashboards, reports, and APIs will automatically reflect these updated metrics. Because both VPR and ACR serve as inputs to Cyber Exposure Score (CES) and Asset Exposure Score (AES), customers using these scores may see changes that reflect a more accurate understanding of exposure. Customer FAQ What happens to the VPR (Beta) score in the Tenable UI? The Beta label will be removed. The high-fidelity model you’ve been previewing will become the standard VPR. The legacy version of VPR will be retired to ensure a single, unified source or truth. Do I need to rewrite my custom API scripts using VPR? No. For customers using APIs, updated values will be mapped into legacy VPR fields on the back end to ensure compatibility and a smooth transition for your scripts and third-party tools. How does this affect my SLAs? Because many organizations use VPR as their operational prioritization layer, your SLA statistics and remediation tracking will now reflect the more precise scoring model. This helps ensure your team is meeting response goals for the vulnerabilities that pose the highest actual risk. How does Enhanced Asset Classification affect my scores? The system now automatically identifies the function and criticality of assets across Cloud, OT, and third-party sources. This improved context leads to more accurate Asset Criticality Rating (ACR) adjustments. For customers with access to ACR, this ensures your most critical business assets are effectively prioritized. For a detailed guide on our enhanced VPR, check out this FAQ. Want to see the why behind our scoring? View our scoring explained.
Improvement to Printer OS Fingerprinting
Updated: April 3, 2026 Summary Scanned printers will now have an OS artefact surfaced in their scan host metadata if the target has been identified as a printer when the “Scan Network Printers” policy option is disabled. This change will not cause any additional asset licenses to be consumed within Tenable VM or Tenable Security Center. Background Printers are notoriously unstable scan targets. Oftentimes, they can behave erratically when scanned, so some users prefer to avoid scanning them altogether. At present, there is a switch in the scan policies to prevent further scanning of a host when it's identified as a printer. To enable this setting, go to Settings -> Host Discovery -> Fragile devices - Scan Network Printers (Currently, this is a checkbox setting, default value “off”). With that said, how can the scanner know the target is a printer if it cannot be scanned? In reality, the scanner still performs very basic fingerprinting (usually via SNMP) in order to gather enough information to make an educated guess at the device type. When the scan target is thought to be a printer, it essentially gets marked as “Host/dead" in the scan KB. When this happens, the scanner will not perform any further active scanning. Changes With this update, the fingerprint used to identify the printer as such, will now be stored in the scan Knowledge Base (KB) so it can be processed by os_fingerprint2.nasl ("Post-scan OS Identification", plugin ID 83349) and surfaced as metadata in the scan result. The relevant policy setting located at Settings -> Host Discovery -> Fragile devices -> Scan Network Printers. With this update, the printer's OS information will now be surfaced if it is available, regardless of the selected value for this setting. Impact Users can now see the OS information for their printer devices that would have otherwise gone unreported if the scan is not configured to “Scan Network Printers”. As plugin ID 83349 generates no plugin output, only an “operating-system” tag will be added to the scan result (and stored in an exported .nessus file). This information will be visible only the in “Host/Asset Details” section of the Tenable product UI, i.e: Tenable Nessus: Scans -> [Folder] -> [Individual Scan Result] - > Host Details -> OS (sidebar) Tenable Vulnerability Management: Explore -> Assets -> [Asset] -> Details -> Operating System Scans -> Vulnerability Management Scans -> [Individual Scan Result] -> Scan Details -> Asset Details -> Operating System Tenable Security Center: Analysis -> IP Summary -> [IP address] -> System Information -> OS Scans -> Scan Results -> [Individual Scan Result] -> IP Summary -> [IP address] -> System Information -> OS Note, we expect this information to surface mainly in individual scan results. It would only be present in cumulative asset details if a licensed asset already exists for the target in question. This update will not cause additional assets to be created or consume any additional licenses. Affected Plugins 83349 - os_fingerprint2.nasl 11933 - dont_scan_printers.nasl 22481 - dont_scan_settings.nasl Targeted Release Date Wednesday, March 4, 2026
Tenable Post-Quantum Cryptography Inventory Support
Summary The advent of quantum computing presents a significant threat to current cryptographic algorithms. Organizations worldwide are beginning the critical transition to post-quantum cryptography (PQC) resistant algorithms to ensure long-term data security. Government mandates, such as the U.S. National Security Memorandum 10 (NSM-10), outlines deadlines for PQC migration and specific actions agencies must take to migrate vulnerable systems. Our PQC support is designed to help customers inventory use of TLS and SSH quantum-resistant and vulnerable algorithms within their infrastructure using remote Nessus-based scans. Cipher Inventory and Reporting Post-Quantum Cipher Plugins Two remote-based scan informational reporting plugins for TLS and SSH protocols inform customers of their transition posture according to NIST Post-Quantum Encryption Standards. Services Using Post Quantum Cryptography: Reports on services equipped with at least one post-quantum cipher. It will specify which post-quantum ciphers were discovered, reporting by port and protocol. Services Not Using Post Quantum Cryptography: Reports on services that support no post-quantum ciphers. These plugins will be enabled by default and included in existing scans. Cryptographic Inventory Plugin Reporting To enable a JSON-based inventory of each target by service and cipher, enable through either a preference on your Advanced Network Scan or by running the Cryptographic Inventory scan template. These preferences will initially be supported in Nessus and Tenable Vulnerability Management. They are planned to be added to Tenable Security Center at a later date. Warning: Enabling this preference through the Advanced Network Scan is expected to increase the overall size of the plugin output per target and resulting Nessus database size. If you do not need to produce this inventory at all or on your regular scan cadence, it’s recommended to instead run the Cryptographic Inventory scan template to decrease the potential impact to your normal scan results. Options to Enable Inventory Reporting Advanced Scan Preference Post Quantum Cryptography Scan Template Cryptographic Inventory Plugin Details The plugin enabled with the preference or scan template is an information plugin called Target Cipher Inventory. Within the output of this plugin, you will find a JSON structure containing the TLS and SSH inventories for the scanned target. You can export this inventory based on plugin output using the Tenable API if needed. For TLS, the structure contains: Attribute Definition Encaps Protocol encapsulation employed such as TLSv1, TLSv2, TLSv3 Port Port used for TLS communication Curve Group Encryption method Ciphersuite Algorithm used to secure the TLS connection For SSH, the structure contains: Attribute Definition Proto Protocol of SSH Port Port used for SSH communication Name Algorithm used to secure the protocol Type Use of the named algorithm such as “message auth” Release Date Tenable Vulnerability Management and Tenable Nessus: December 8, 2025 Tenable Security Center: - December 8, 2025 for the informational plugins - Cryptographic Inventory scan template release to be determined
CyberArk PVWA Credentials from CCP
Summary Tenable is proud to announce an enhancement to credentialed scanning using CyberArk Auto-Discovery. Specifically, as it relates to how customers can manage Password Vault Web Access (PVWA) credentials in the CyberArk Vault, and fetch them from the Central Credential Provider (CCP). When using CyberArk Auto-Discovery, the scanner accesses the Password Vault Web Access (PVWA) API to enumerate accounts to be dynamically added as targets to the scan, and the scanner uses a username and password to authenticate to this API. This new feature offers the ability to store the username and password combination in CyberArk itself, eliminating the need to manually manage these credentials. New Feature The feature adds a new drop-down menu, named “PVWA REST API Authentication Type”, which has two options, “Username and Password” and “Gather from CCP”. “Username and Password” is the default and previous behavior of manually entering the PVWA username and password. “Gather from CCP” provides the ability to gather these values from the vault, by instead providing the Account Name (unique credential identifier) of the account containing PVWA credentials. Please note that this change only affects configurations using CyberArk Auto-Discovery as a Windows, Database or SSH authentication method, because these are the only integrations that interface with the PVWA. The following other integrations are unaffected by this change: CyberArk (without auto-discovery) CyberArk Secrets Manager CyberArk (Legacy) Additionally, this change requires a minimum Nessus scanner version of 10.10. Attempting to use this feature with an older Nessus version will fail with an error in the debugging log report which reads: Please note that fetching PVWA creds from the Central Credential Provider requires Nessus scanner version 10.10 or later. For more information, please refer to the CyberArk integrations documentation: https://docs.tenable.com/Integrations.htm Impact There is no change necessary for customer configurations. Customers with existing Auto-Discovery credentials will continue to use username and password authentication, but will have the option to try the new feature by selecting “Gather from CCP”. Release Date April 1st 2026 for T.VM and Nessus, TDB for T.SCImprovement: Handling Component Installs for Vulnerability Assessment
Background On Friday, February 6, 2026, Tenable Research published a plugin update that changed the way component installs are assessed for vulnerabilities. Those changes are outlined in a previous release highlight: Component Installs Require Paranoid Checks, This update essentially reverts this change, while adding new functionality to allow users to choose whether or not they want component installs assessed for vulnerabilities. Component installs are no longer influenced by scan paranoia settings. What are “Component Installs”? Software components, such as applications or language modules/libraries, are installed and managed by a primary "parent" package or application. The crucial point is that these components often cannot be updated individually. Instead, their vulnerability assessment and upgrade are entirely dependent on an update of the parent package. For instance, the SQLite database component is installed as part of the Trend Micro Deep Security Agent and is updated only when the Agent itself is updated. Nessus uses several factors to determine if a detected product is a component, or a standalone installation, including: Was the product installed by a package manager? These products are not considered components, as they are managed by the package manager and not a “parent” application Is the component a “language library”, i.e. a library or module used by the interpreter of a programming language like Python or Node.js? These enumerated libraries are marked as components by default. Does the product reside in a directory that is recognized for installations that are not component-based? Changes By default, component installs are once again assessed for vulnerabilities, as was the case prior to the release of the aforementioned update. If users wish to turn this setting off, so that component installs will not be assessed by generic vulnerability detection plugins, they can do so via the newly created scan preference. The end result of this change should be that fewer “false positives”, i.e. reported vulnerabilities for components that are “owned” by another application, are shown in scan results. Components with vulnerabilities that cannot be addressed independently of the “parent” application will not show in scan results. However, some customers have expressed a desire to see these vulnerabilities in their scan results anyway, to ensure full awareness of the risk profile of every application in their environment. This is still possible through the updated scan configuration settings. To modify this setting in your scan policy, go to Settings > Assessment > Accuracy > Override Normal Accuracy > Assess component installs for potential vulnerabilities. This setting is ON (checkbox is ticked) by default, so users must enable the Override Normal Accuracy checkbox (which is OFF / unchecked by default) if they wish to disable the setting and ensure that component installs are not assessed by generic vulnerability detection plugins in this scan. Please note that this update makes no other changes to the existing paranoia logic, outside of what is described above. For now, “Managed”, “Managed by OS” and “Backported” installs are still controlled by the Show/Avoid potential false alarms radio button. How can I tell if the detected install is a component or not? In addition to the above, we have also updated the relevant detection plugins so they will show if the component flag is set or not. At present, this includes detection plugins for OpenSSL, Curl, LibCurl, Apache HTTPD, Apache Tomcat, SQLite, Python Packages, Node.js modules and, soon to follow, Ruby and Nuget libraries. Using plugin ID 174788, SQLite Detection (Windows), here is a before and after example of the expected plugin output. Before: After: Expected Impact With the new default setting in place, users should anticipate an increase in vulnerability findings for the products in scope, returning to a level similar to what was observed before the first update. If users do not wish to surface these additional potential vulnerabilities, they should disable the "Assess component installs for potential vulnerabilities” setting. If the new scan preference is disabled, the volume of findings will remain consistent with current levels, when scanning with normal accuracy (paranoia) settings. Affected Plugins 12288, global_settings.nasl (updated to support the new scan policy preference) Any plugin that operates downstream of those in the list below: SQLite: 174788 - sqlite_nix_installed.nasl 171077 - sqlite_win_installed.nasl OpenSSL: 168007 - openssl_nix_installed.nasl 168149 - openssl_win_installed.nasl Curl: 182774 - curl_nix_installed.nasl 171860 - curl_win_installed.nasl LibCurl: 182848 - libcurl_nix_installed.nasl Apache HTTPD: 141394 - apache_http_server_nix_installed.nasl 141262 - apache_httpd_win_installed.nasl Apache Tomcat: 130175 - apache_tomcat_nix_installed.nasl 130590 - tomcat_win_installed.nasl Python Packages: 164122 - python_packages_installed_nix.nasl 139241 - python_win_installed.nasl Node.js Modules: 178772 - nodejs_modules_linux_installed.nasl 179440 - nodejs_modules_mac_installed.nasl 200172 - nodejs_modules_win_installed.nasl Targeted Release Date Tenable Nessus and Vulnerability Management: Monday, March 9, 2026 (ETA 22:30 Eastern Standard Time) Tenable Security Center: Monday, March 16, 2026
March 2026 Tenable Product Newsletter
Check out our March newsletter to learn about the latest product and research updates, upcoming and on-demand webinars, and educational content — all to help you get more value from your Tenable solutions. EXPOSURE 2026 Save 50% on the security conference of the year Don’t miss EXPOSURE 2026, the first-ever conference dedicated exclusively to proactive, unified exposure management. Join us in Boston, Mass., from May 19-21, 2026, to get: Hands-on instruction with Exposure Management Strategy or Tenable One Technical Training Practical resources and real-world insights from Tenable leaders and industry experts Register before March 31 to save 50% off admission and training with early-bird pricing. Tenable customer update webinar 11 a.m. EST/3 p.m. BST, April 9, 2026 Join our upcoming webinar for an informative, fast-paced overview of recent product updates and best practices. Hosted by a team of Tenable product experts, this session will explore how to better secure your expanding attack surface and consolidate critical security data. Register now. Tenable One Coming soon: Data portability for Tenable Attack Path Analysis (APA) We’re introducing Full Export for Tenable APA, allowing you to move beyond single-page views and transform high-level visualizations into actionable offline intelligence. Key capabilities: Comprehensive data: Export full datasets for Top Attack Paths and Top Attack Techniques into CSV or JSON formats. Risk context: Exports include critical metrics like Source NES (Node Exposure Score) and Target ACR (Asset Criticality Rating). High capacity: Easily trigger exports for up to 100K+ results via a new global UI button. API parity: Programmatically pull path data into your SIEM, SOAR, or custom tools using the Tenable Public API. Tenable Cloud Security This month’s updates focus on operational scale, synchronizing security standards, and automating remediation across complex multi-cloud environments. Highlight: Synchronized policy management With linked queries, you can now connect saved explorer searches directly to custom policies and reports. Eliminate manual version control: When you update a source query, every linked policy and report automatically syncs, so your security standards are identical across your entire organization. Operational control: Pause automated workflows for maintenance without losing your configurations using the new enable/disable toggle for automation rules. High-impact capabilities Actionable CI/CD pipelines: Maintain developer velocity by excluding unresolvable vulnerabilities from container image scans. This prevents noise from breaking builds when no patch is currently available. Confirmed reachability: Bridge the gap between theoretical risk and actual exposure with Network Endpoints now displayed in your Inventory to surface the actual, validated entry points for your resources. Dynamic IaC protection: Tenable now scans Terraform dynamic configurations to give you visibility into scaled infrastructure and complex definitions before deployment. Expanded compliance: Immediate support for CIS AWS 6.0.0 and the NIS2 Directive keeps your cloud accounts aligned with the latest global regulatory benchmarks. Strategic update: Domain transition Note: Critical for continued service. The Console URL has officially transitioned to app.tenable.com. Please update your bookmarks and firewall allow lists to include *.app.tenable.com immediately to prevent service interruption. View Full March Release Notes Tenable Vulnerability Management Introducing VM-Native OT Discovery Safely identify and profile connected PLCs, HMIs, and IoT devices using the vulnerability management toolset you already own. No specialized hardware or complex deployments required. Turn your existing IT security tools into a safe OT discovery engine today and get visibility into your IT/OT security gap. Watch the guided demo to see this new capability in action. For more information, explore the user guide documentation for Scan Templates and Discovery Settings. Clean up your scan data: New OS and app inventory dashboard Our new Operating System and Application Inventory with Data Troubleshooting dashboard gives you an instant, high-level view of your asset counts across every OS and application. By using built-in troubleshooting queries, you can identify and fix scan fidelity issues and prioritize risk based on the most accurate data possible. View the dashboard details. Nessus Maximize your vulnerability assessment strategy with our recently introduced interactive Tenable Nessus demos. Skip the manuals and get immediate, hands-on experience securing your attack surface. Explore the Nessus Professional Onboarding demo to launch your first comprehensive scans in minutes. Dive into the Nessus Expert Onboarding demo to master advanced assessment features and eliminate security blind spots, whether on-prem or in the cloud. Tenable Security Center Uncover the OT blind spots across your network If you’re not already a Tenable OT Security user, your IT environment is likely full of shadow OT, like HVAC controllers and IoT devices, that standard scans can’t see. We recently added native OT discovery capabilities directly inside Tenable Security Center, so you can safely map these assets using the tools you already own. Get deep identity data for PLCs and HMIs without risking a disruption or deploying new network sensors. See it in action in this guided demo, and find out how to configure your first scan here. Reminder: Upgrade to Tenable Security Center 6.8 Focus on the vulnerabilities that truly matter with AI-powered VPR insights and clear mitigation guidance. This release streamlines your operations with unified asset repositories for IPv4, IPv6, and Agents, and improves efficiency with new background query processing and scan optimization tools. Explore the release notes for more information before you upgrade. Tenable Patch Management Improved patching precision and reliability Update (v10.0.971.26) includes critical fixes around strategy corruption and inaccurate compliance reporting. By upgrading, you keep your workflows intact, your data precise, and your environment benefits from the modernized performance and security of Java 25. View the release notes or access TPM documentation. Tenable OT Security Update required: Tenable OT Security 4.5 Service Pack (version 4.5.61) We advise all customers currently running version 4.5 apply this upgrade immediately to ensure optimal system stability and performance when processing high volumes of network conversations. This update also addresses specific communication gaps with Rockwell Stratix devices and Nessus scans. Review the release notes for the full list of fixes and improvements. Introducing Tenable OT Security 4.6 (Early Access) Our upcoming release introduces a variety of new features, performance enhancements, and streamlined workflows for large-scale industrial environments. Massive subnet scaling: Now supports up to 5,000 subnets per ICP, significantly increasing visibility for massive enterprise deployments. Centralized network management: A new Monitored Networks page includes bulk-add capabilities and the ability to stage inactive networks before monitoring. Precision scanning: New Nessus workflows let you define specific credential usage per scan for safe discovery of sensitive assets. Streamlined platform navigation: Updated workflow for SSO/SAML users helps you pivot back to the Tenable One platform instantly with the return button. Remote agent updates and query restrictions: Update OT agents directly from the ICP. and remove local site visits or manual CLI intervention. New infrastructure for OT agents also enables you to restrict specific protocol queries. Enhanced diagnostics: Exported asset logs now include deeper metadata to speed up Support and Engineering troubleshooting. IoT connector overhaul: Major stability and performance fixes for Milestone, AvigilonES, and Exacq Edge integrations for IoT asset discovery. This update focuses heavily on large-scale infrastructure, refined scan controls, and better integration with the Tenable One ecosystem. Check out the release notes and user guide for details. Tenable Web App Scanning Stop chasing dead keys: New secrets validation for WAS Don’t waste time manually verifying every leaked credential. Our new Secrets Validation automatically tests detected tokens, like GitHub or AI service API keys, to see if they are live and exploitable. By distinguishing between a harmless string and a critical vulnerability, you can prioritize your remediation efforts based on real-world risk, rather than noise. View the documentation or read the full breakdown on Tenable Connect. Tenable Training and Product Education Evolve from reactive patching to proactive risk oversight The Exposure Management Business Theory course, now available at no cost in Tenable University, guides you in self-paced modules toward building a sustainable exposure management program through the five pillars of the exposure lifecycle: scoping, discovery, prioritization, validation, and mobilization. Get strategic insight to align Tenable’s capabilities with your business goals, drive meaningful change, and make informed decisions. Get hands-on expertise with current industrial security capabilities The newly-updated Tenable OT Security Specialist instructor-led training course, now aligned with Tenable OT Security version 4.4, ensures you can effectively protect your critical infrastructure using the latest product features and workflows. You will learn to: Maximize visibility: Learn to leverage these enhancements to see and secure every asset in your OT environment. Reduce risk: Practice real-world scenarios to identify vulnerabilities and threats faster. Get expert guidance: Interact directly with instructors to master complex configurations and best practices. Visit tenable.com/education to learn more about our Tenable University education offerings, see global instructor-led training (ILT) schedules, and buy virtual ILT or on-demand courses. Tenable webinars Tune in for product updates, demos, how-to advice, and Q&A. See all upcoming live and on-demand webinars at https://www.tenable.com/webinars. Customer office hours These are recurring ask-me-anything sessions for Tenable Security Center, Tenable Vulnerability Management, Tenable Cloud Security, Tenable Identity Exposure and Tenable OT Security. Time-zone-appropriate sessions are available for the Americas, Europe (including the Middle East and Africa and Asia Pacific (APJ). Learn more and register here. Tenable Research Research Security Operations blog posts Subscribe to the Research team blog posts here. The cloud and AI velocity trap: Why governance is falling behind innovation Dynamic objects in Active Directory: The stealthy threat New malicious npm package "ambar-src" targets developers with open-source malware Research release highlights Improvement: Handling component installs for vulnerability assessment: Adds the ability to remove findings for component-based vulnerabilities from scan results New Dell OS10 compliance plugin and audit files: Customers can now measure compliance against Dell OS10 devices with new plugin ID Dell OS10 Compliance Checks (275781) on Tenable Vulnerability Management and Nessus. Content coverage highlights More than 2,700 new published vulnerability plugins. Nearly 50 new audits delivered to customers. Read Tenable documentation.
Now available: VM-Native OT Discovery
VM-Native OT Discovery introduces a powerful new asset discovery engine directly inside Tenable Vulnerability Management and Tenable Security Center. This allows you to identify and profile OT assets—including PLCs, HMIs, and IoT devices—using the VM tools you already own. Use a new "OT Recon" scan template to perform safe, protocol-aware active queries. No additional hardware or sensors are needed. Get started in minutes. Discovered assets count toward your existing license at a 1:1 ratio. Watch this 2-minute guided demo to see VM-Native Discovery in action. For more information, please refer to the user guides for Tenable Vulnerability Management (Discovery Settings, Scan Templates) and Tenable Security Center (Scan Policy Options). For continuous monitoring and access to a wide range of other advanced OT/CPS security capabilities, consider upgrading to Tenable OT Security to maximize the value of your Tenable One deployment.[GA] Tenable Patch Management v10.0.971.26 is officially LIVE!
We are pleased to announce the General Availability of Tenable Patch Management (TPM) v10.0.971.26! This quality-focused update delivers critical stability and performance fixes for both On-Premise and SaaS environments. Enhanced Reliability & Precision Reporting This release addresses high-priority issues including strategy corruption, database scaling, and compliance reporting accuracy. Top Fixes to Pitch: Strategy Integrity: Fixes a critical defect where simplified patching strategies could become corrupted or fail to load "How to Patch" configurations. Precision Reporting: Corrects compliance percentage variables to eliminate "over 100%" reporting errors. Improved SaaS Reliability: Resolves "502 Bad Gateway" errors and database deadlocks by optimizing connection pooling and PostgreSQL-specific ports. Patch Filter Conditions: Corrects errors in Patch Filter UI and Tenable.Vpr filter handling. Added a dropdown for true/false boolean fields and updated VPR filters to require the Tenable.VprInteger format. Cloud Compatibility: Fixed the cloud install script (.sh) for successful execution when used in JAMF script payloads. Platform Modernization: Full integration of Java 25 and log4j 2.25.3 for peak security and performance. WSUS Intelligence: Improved WSUS scanning logic to mark patches as "Not Applicable" if a superseding patch is already present. P2P Configuration: New brp2p.minimum_viable_volunteer_count setting to better manage peer-to-peer download sources. Customer-Facing Resources: Release Date: March 5, 2026 Hotfix Version: 10.0.971.26 Changelog: View Release Notes Docs: TPM Complete Documentation Upgrade Path: SaaS/Cloud: Your SaaS Tenants are upgraded to v10.0.971.26 automatically. Please upgrade your clients accordingly. On-Premise: Customers can download the latest version of server and clients from the TPM Downloads portal immediately. Questions? We’re a ping away! Reach us at connect.tenable.com. Happy Upgrading! - Ahmad Maruf Tenable Patch Product Management
Ruby Gem Enumeration Detection Updates
Summary Tenable has updated the Ruby gem enumeration plugins to reduce false positives and to better identify vulnerabilities when multiple packages are present on the scan target. Change Before this update, the Ruby gem enumeration plugins did not attempt to associate detected packages with an RPM or DEB package managed by the Linux distribution. This would cause some packages to report vulnerabilities both based on a Linux distribution vendor’s advisory and a CVE advisory from the Ruby gem maintainer. Some gems that are symbolically linked across the filesystem could be detected multiple times. After this update, these issues have been addressed. Vulnerable Ruby gems on Linux assets will be assessed to determine if they are managed by a Linux distribution’s package manager, and if so, will be marked as “Managed” and will not report a vulnerability, unless the [Override normal Accuracy] setting to Show potential false alarms setting is enabled for the scan. Gems that are symbolically linked will be followed to the source file; duplicate detections will be eliminated. The gem enumeration plugins will no longer report the list of detected gems in plugin output; rather, they will use only internal storage mechanisms to record the detected gems, so that Ruby vulnerability plugins can continue to use that data for version checks. Some issues were identified in the Ruby gem enumeration plugins that could have prevented some gems from being detected when the scan config was set to perform thorough checks. Those issues were corrected in this update. Impact Most customers will notice a reduction in the volume of Ruby gem vulnerabilities reported due to removal of duplicate findings. Some may notice a change in detected vulnerabilities due to the updates to thorough mode scanning. Detection plugins 240646 - Ruby Gem Modules Installed (macOS) 207584 - Ruby Gem Modules Installed (Linux) 207585 - Ruby Gem Modules Installed (Windows) Target Release Date March 23, 2026February 2026 Tenable Product Newsletter
Greetings! Check out our February newsletter to learn about the latest product and research updates, upcoming and on-demand webinars and educational content — all to help you get more value from your Tenable solutions. Exposure 2026 Save 50% on the security conference of the year Don’t miss Exposure 2026, the first-ever conference dedicated exclusively to proactive, unified exposure management. Join us in Boston, Mass., from May 19-21, 2026, to get: Hands-on instruction with Exposure Management Strategy or Tenable One Technical Training Practical resources and real-world insights from Tenable leaders and industry experts Register before March 31 to save 50% off admission and training with early bird pricing. Tenable One Say hello to the Tenable One Open Connector We know your security stack is disparate, but your visibility shouldn't be. That's why we're thrilled to introduce the Tenable One Open Connector — a powerful new way to bridge the gaps across your attack surface and create a truly unified, context-aware view of risk. Bring your own data: Don't wait for a pre-built connector. Whether it’s pentesting reports or external vulnerability scans, you can now ingest data from across your entire stack on your own terms. Seamless uploads: Use in-platform drag-and-drop functionality to upload CSV, Excel, or ZIP files in seconds — no complex APIs or coding required. Customizable mapping: Customize exactly how you organize data for precise segmentation and more accurate reporting. Ready to unify your security data? Explore the Tenable One Open Connector. AI Exposure Tenable One AI Exposure now gives you visibility and control to close your AI exposure management gap through three core capabilities: Discover AI across your entire environment: Continuously discover shadow AI across your environment, so your security teams have a complete, risk-aware view of where AI exists, its connections, and where exposure begins. Protect AI workloads and agents: Reduce real-world AI risk by protecting the systems that power AI to close the gaps that attackers exploit across infrastructure, agents, and attack paths. Govern AI usage (add-on): Enable secure, compliant AI adoption by eliminating blind spots in how employees interact with GenAI and autonomous agents to ensure your workforce adopts generative tools within a governed framework that prevents data leakage and maintains alignment with organizational policies. For more information, visit our webpage or view the data sheet. Reach out to your customer success manager to get started today! Tenable Cloud Security At Tenable, we are obsessed with your uptime. This month’s updates focus on one goal… shortening the distance between discovering a risk and fixing it. The Highlight: Patch faster, firefight less We’ve integrated Remediation Patches (including Tenable Plugin IDs) directly into your vulnerability tables and workload profiles. The outcome: Drastically reduce Mean Time to Remediation (MTTR) by giving DevOps the exact patch name they need without all the manual research required. Where to find it: Check the new "Patch Name" column in your Vulnerabilities table or click into any Patch Profile for deep context. Validated vision: The Forrester Wave™ Q1 2026 Tenable has been named a Strong Performer in the Forrester Wave™: Cloud Native Application Protection Solutions (CNAPP), Q1 2026. Platform power: Forrester validated our vision for reducing tool sprawl, awarding Tenable a "superior" rating for simplifying exposure management. Perfect scores: We earned 5/5 scores in critical categories: CIEM, Container Orchestration Protection, Reporting, Vision, and Community. Technical edge: The report specifically highlighted our excellence in identifying toxic combinations of permissions and our "extra mile" customer support. Impactful updates Strategic risk management: Use our new Exclusions framework to silence non-actionable findings and focus your team on risks that actually move the needle. AWS ABAC support: Achieve True Least Privilege with granular identity visibility and highly accurate permission recommendations. Automation at scale: New GraphQL API support for Projects allows you to bake security governance directly into rapid DevOps workflows. View Full Cloud Release Notes Tenable Vulnerability Management Streamline AI and MCP risk tracking Monitor artificial intelligence exposure with the updated Tracking AI Exposure dashboard and report. This release replaces complex plugin output filters with simplified plugin family filters, allowing you to identify AI-related vulnerabilities across your environment. This also introduces dedicated content for the Model Context Protocol (MCP), ensuring you can secure AI connectivity alongside your LLM deployments. By utilizing these tools, you gain insight into your AI attack surface to better prioritize exposure. See the dashboard and report here. Navigate the transition to post-quantum cryptography Secure against the threat of quantum computing with Post Quantum Ciphers Analysis report and dashboards. As quantum computers advance, the standard RSA and Elliptic Curve Cryptography (ECC) algorithms for web browsing, VPNs, and identity verification will become vulnerable. By leveraging specialized plugins you can inventory your cryptographic landscape. This allows you to: Identify where RSA and ECC are currently deployed to prioritize your transition to quantum-resistant standards. Detect remote services and Web Application Scanning (WAS) environments that lack post-quantum cipher support. Pinpoint specific vulnerable ciphers, certificates, and assets that require immediate attention. This empowers you to manage the shift to post-quantum security, ensuring your data remains protected as computing capabilities evolve. See the dashboard and report to dive in. Maximize scan efficiency while protecting host & network performance Take full control of your sensor fleet with CPU resource and plugin download concurrency controls. This empowers you to balance essential security visibility with the performance needs of your business-critical infrastructure. CPU resource management: Protect host productivity by setting specific CPU utilization limits for Windows and Linux agents within your agent profiles. This ensures your security scans run efficiently without impacting the user experience or system stability. Bandwidth optimization: Avoid network congestion by governing how many agents or scanners download plugin updates at once. These global settings allow you to throttle traffic to accommodate limited internet pipes, ensuring your network remains responsive. These tools offer flexibility to scale your deployment without compromising network or host stability. For further information, see the release notes. Tenable Security Center Introducing Tenable Security Center 6.8 Our latest release introduces several new features and enhancements to streamline your security operations. Focus on real risk: Stop chasing 60% of Common Vulnerabilities and Exposures (CVE) as High or Critical. Start focusing on the 3% of CVEs that truly matter. Enhanced VPR logic and new AI-powered insights explain why an exposure is significant and provide clear mitigation guidance based on regional and industry-specific threat actor behavior. Streamlined infrastructure: We’ve unified IPv4, IPv6, and Agent repositories into a single, flexible Asset Repository type to reduce administrative overhead and give you more freedom in how you bucket and analyze your data. You can now target any data, including agent, network scan, and passive data, into any repository. Asset grouping and customization: The Explore Assets page includes new Group By options for Microsoft ID, Network, System Type, and Asset Criticality Rating (ACR). Other enhancements to the Explore Assets page include the ability to edit ACR scores (available in Tenable Security Center Plus) directly in the Explore interface. You can also export findings and installed software for specific assets to a comma-separated values (CSV) file. Background queries: Start a query and keep working. Tenable Security Center now processes long-running asset searches in the background. Scan optimization: Prevent performance issues with new per-host timeouts that keep your scan schedules on track to prevent a single host from increasing overall scan time. Enhanced security: Use at-rest encryption for External PostgreSQL databases and expanded PAM integration for Delinea and BeyondTrust. Before you upgrade: Tenable Security Center 6.8 supports upgrades from version 6.4.0 and later. Please review the updated hardware specifications in the release notes for optimal performance. Tenable OT Security Now available: Tenable OT Security 4.5 Our latest release delivers improved scalability for enterprise environments, enhanced power grid visibility, and enhanced Tenable One platform integration. Policy violation findings widgets: New widgets for High-Risk Violations and Operational Violations replace the former Events widgets in the Overview Dashboard, making it easier to distinguish between critical exposures from non-critical operational issues. Advanced dynamic tagging: Streamline prioritization and reporting with the ability to create rule-based groups and tags with multiple filters, including asset type, risk score, and criticality. Enhanced support for IEC 61850: Improve passive detection of intelligent electronic devices with comprehensive visibility across substation and power generation infrastructures. Unified SOC visibility: You can now directly view policy violations that Tenable OT Security detects, such as unauthorized access, failed logins or risky configuration changes, within Tenable Security Center dashboards and reports to give your security operations center (SOC) and IT security teams a unified view of both OT vulnerabilities and OT policy issues. Expanded compliance mapping: Simplify how you track, measure, and report against critical security frameworks with the ability to directly map asset data and policies to NIST CSF as well as IEC 62443-3-3 to improve visibility for electrical substation and power grid environments. Role-based access controls (RBAC): Tenable Enterprise Manager now enables admins to assign users to specific ICPs using user groups, so users only view the zones they’re authorized to see while inheriting ICP-level roles. New protocol and device coverage: Tenable identifies several new vulnerabilities in this release for devices from multiple vendors, including ABB, ANDRITZ HYDRO GmbH, Barco, General Electric, Generex, HP, Lexmark, Schneider, and others. See the complete list here. Note: Upgrades from versions prior to 4.4 may take longer than usual due to the migration of policy events. If you have hundreds of thousands of events, upgrades can take about 30 minutes. Access the release notes to learn more. Tenable Identity Exposure Our February rollout focuses on hardening the Active Directory attack surface and ensuring the integrity of your detection engine. To maintain a resilient identity posture, we have introduced visibility into transient objects and streamlined health monitoring for your infrastructure. Hardening dynamic AD environments: This new Indicator of Exposure (IoE) detects Dynamic Objects Misconfiguration and Usage. This enhancement mitigates risk by identifying transient objects that attackers could exploit for unauthorized access or persistence. Detection engine integrity: We have optimized Domain Installation health checks to ensure your security stack operates at peak performance: Conflict resolution: The system now flags redundant "Tenable IoA GPO EVT Subscribe Listener" files within your SYSVOL. System optimization: Identifying these multiple versions ensures you are running the latest configuration, preventing detection lag or GPO conflicts. View Full Identity Release Notes Tenable Ecosystem Tenable Add-on for Splunk v8.0.2 Tenable has released version 8.0.2 of the Tenable Add-on for Splunk. This latest quality update improves data reliability by resolving a specific index_time race condition previously affecting Tenable Security Center. For more information, please read the Tenable Documentation, and visit Splunkbase to download. Tenable WAS Integration for ServiceNow VR v30.2.0 Tenable has fully integrated Tenable Web App Scanning (WAS) with the ServiceNow Vulnerability Response (VR) app (v30.2.0). This update enables security teams to automatically synchronize application metadata and DAST vulnerability findings directly into ServiceNow to unify remediation workflows. Key benefits: CMDB correlation: Automatically map WAS findings to your CMDB applications for enhanced asset context. Scalable ingestion: Uses Tenable Export APIs to retrieve data in chunks, ensuring high performance for large-scale environments. Flexible lookups: A new Lookup Strategy field enables independent configuration of CI Lookup or Product Model settings for each integration. Broad compatibility: Fully compatible with ServiceNow’s Zurich, Yokohama, Washington, and Xanadu releases. For more details, read the ServiceNow User Guide and visit the ServiceNow Store for the appropriate Tenable apps for ServiceNow. Tenable Plugin for Jira On-premises v11.0.0 Tenable has released version 11.0.0 of the Tenable Plug-in for Jira (On-Prem), adding full support for Jira 11.x Data Center environments. This update modernizes the tech stack to streamline vulnerability remediation workflows. Automatically synchronize findings from Tenable Vulnerability Management, Security Center, and Web App Scanning directly into Jira tickets. Please note: This version is not backward compatible with Jira versions earlier than 11.x; users on Jira 9.x or 10.x must upgrade their Jira environment to use this plugin. For more information, please read the Tenable Documentation and visit Atlassian Marketplace to download the newest versions. Tenable Connect The Tenable Connect Resource Center expansion now better supports your Tenable journey! Look for the question mark in the bottom right-hand corner of any Tenable Connect page for quick access to submit feature requests, and find essential onboarding materials and info on upcoming office hours. Customer Office Hours These are recurring ask-me-anything sessions for Tenable Security Center, Tenable Vulnerability Management, Tenable Cloud Security, Tenable Identity Exposure, and Tenable OT Security. Time-zone-appropriate sessions are available for the Americas, Europe (including the Middle East and Africa), and Asia Pacific (APJ). Learn more and register here. Tenable Webinars See all upcoming live and on-demand webinars here. Tenable Research Research Security Operations blog posts Subscribe to the Research team blog posts here. I pretended to be an AI agent on Moltbook, so you don’t have to LookOut: Discovering RCE and internal access on Looker (Google Cloud & On-prem) From Clawdbot to Moltbot to OpenClaw: Security experts detail critical vulnerabilities and 6 immediate hardening steps for the viral AI agent Tenable discovers SSRF vulnerability in Java TLS handshakes that creates DoS risk Research release highlights Improvements to live kernel patching detection: Tenable has improved the logic used to detect live-patched kernels to include the running kernel to support KernelCare for Alma Linux, CentOS, CentOS Stream, Fedora, Oracle Linux, Red Hat Linux, and Ubuntu Linux. Backported vulnerability detection improvements: Banners that indicate a Linux distribution will be considered backported by default. Content coverage highlights Almost 15,000 new published vulnerability plugins. More than 38 new audits were delivered to customers. Read Tenable documentation.
