Spektion

AI policy is a map of intent. Runtime is the territory. @JoeSil4Good on Breakout A, Wed May 20, 9 AM PT at the @NetDiligence Cyber Risk Summit. Register: web.cvent.com/event/25f1fd52…

→ 𝗛𝘂𝗺𝗮𝗻-𝘀𝗽𝗲𝗲𝗱 𝗮𝗽𝗽𝗿𝗼𝘃𝗮𝗹 𝘃𝘀. 𝗴𝗼𝘃𝗲𝗿𝗻𝗲𝗱 𝗮𝘂𝘁𝗼𝗺𝗮𝘁𝗶𝗼𝗻. AI workloads spin up faster than review committees meet. Only governed automation, grounded in runtime evidence, keeps pace.

AI workloads spin up on enterprise endpoints faster than review committees meet. Acceptable-use policies are a map of intent, not behavior. That gap is the question at next week's @NetDiligence Cyber Risk Summit.

Scanner coverage: zero. Runtime coverage: every one. The workflow that finds them: linkedin.com/pulse/negative…

Stored credentials. Certificate validation disabled. Executable memory pages allocated in the current process. A TCP server on a static port. None packaged with a CVE.

After CPE matching ends, the work begins. Eight exploitable conditions on one customer endpoint last fall:

CVE-2026-25866: surfaced 33 days before public disclosure, based on behavior. Six slides on the workflow change runtime makes possible: linkedin.com/posts/spektion…

What CPE matching cannot see, runtime can: Whether software is actually executing. The privilege level it runs with. Its network exposure. Risky behavior with no CVE yet attached.

A standard endpoint workflow stops at CPE matching: which products have published a CVE. It does not tell you which products are executing today, with what privileges, or with what network exposure.

A public CVE catalog is not a map of what is exploitable on your endpoints today. NIST just confirmed it. Pre-March 1, 2026 backlog moves to "Not Scheduled."

Most CTEM pitches are, 'We'll show you what's already in your data.' Book 30 min with Spektion. We'll either bring you data you lack or show you how to build it with Claude and your existing APIs. Either way, you leave with something new.

Latest from Spektion: "Negative Seven Days: When CVEs Become a Trailing Indicator." David Westcott's essay on 27 years of CVE history and what runtime tells you that scoring does not. Abbreviated cut now live on our LinkedIn Newsletter: linkedin.com/pulse/negative…

Detection engineering matured. Threat hunting matured. Vulnerability management is the only discipline still running the 2018 playbook against a 2025 timeline. Mean time to exploit hit -7 days in 2025. Patching is not the lever it used to be.

How Spektion ships more features by 10AM then most companies do in a week

AI agent exposure is not a side discipline running parallel to vulnerability management. It is what VM has to become. Joe Silva on the structural gap: linkedin.com/posts/josephfs…

VM scanners look for CVEs in installed software. Prioritization tools sort CVEs. Compliance assumes the unit of risk is a known vulnerability in a known product. None of it touches the agent layer.

A user used to open an application. Now the user opens an agent. The agent invokes a skill instead of clicking through a UI. It calls a tool. It holds credentials. It produces the outcome. The software underneath gets thinner. The agent layer gets thicker.

Your patch list ranks CVEs by a score generated without your environment. Runtime ranks them by what is actually executing, with what privileges, and on what network surface. One of those numbers earns the patch window.