Use AI to review your patch information

Patch data is huge and repetitive, exactly what AI is good at reviewing, and exactly where unvalidated AI is dangerous. Senserva pairs the two carefully: Claude connects to your scan through MCP, every answer traces to a real tool result, and the AI reads and ranks while deploying stays in the tools you already run. It is one part of how Senserva extends your patch management.

Ask in plain English
Connect Claude through the MCP integration and interrogate your own scan: which machines are missing this update, which devices are exposed to this CVE, build a ranked action plan for the week. Answers come from your scan database, never from model memory.
Claude and MCP
A daily AI read of the threat data
The trackers carry a daily Senserva AI read that hunts for the needle in the haystack: vendor exploitation streaks, decade-old CVEs suddenly added to KEV, high-probability CVEs nobody is talking about. Every claim must cite a supplied feed fact or a named analyst article before it publishes.
See today's read on the tracker
Trustworthy by construction
AI-enhanced reports are built from validated scan data, not free-form generation. The AI proposes; the admin running Senserva reviews the plan and approves each change. That split is permanent, and it is why the output holds up in an audit.
Senserva Trustworthy AI

What it looks like

A simulated session. The tool names and the shape of every response are the real Siemserva MCP tools, exactly as Claude sees them.

You
Which machines are missing KB5087539?
Claude tool: GetMachinesMissingPatch("KB5087539") 
## Machines Missing: KB5087539

**23 device(s) affected:**

| Device        | OS                | Last Seen  | Exposure | Provider     |
|---------------|-------------------|------------|----------|--------------|
| DESKTOP-7F2K1 | Windows 11 25H2   | 2026-07-04 | High     | Defender TVM |
| LAPTOP-QA-04  | Windows 11 25H2   | 2026-07-03 | Medium   | Defender TVM |
| SRV-FIN-02    | Windows Server    | 2026-07-04 | High     | Defender TVM |
| ... 20 more   |                   |            |          |              |
23 devices are missing KB5087539, including two high-exposure machines seen today. It fixes an actively exploited CVE, so these belong at the top of the queue.
You
What should we deploy first this week?
Claude tool: GetActionPlan() 
## Patch Action Plan

**Overall Risk: CRITICAL** | Providers: Defender TVM + CISA KEV + EPSS
**41 missing patches** across **37 devices**

**Key findings:**
- 3 patch(es) contain CVEs in the CISA KEV catalog: confirmed actively exploited in the wild.
- 1 patch(es) are linked to known ransomware campaigns.
- 2 patch(es) have EPSS >= 70%: near-certain exploitation probability within 30 days.

### Act Within 24 Hours
Confirmed exploitation in the wild or near-certain breach probability. Do not wait for a change window.
1. KB5087539 (23 devices, KEV, EPSS 72%)  2. KB5087423 (4 devices, KEV) ...
Three updates need to move today; KB5087539 is the biggest exposure. The rest tier into this week and the normal monthly cycle.

Third-party tooling these AI interactions read: patch state from Microsoft Defender for Endpoint and Azure Update Manager today, with more sources on the way. Apps published to Intune by PatchMyPC, Scappman, Robopack, or any Win32 vendor are read vendor-neutrally. Deploying stays in the tools you already run.

AI patch management questions, answered

What can I ask the AI about my patch data?

Anything the scan knows: which machines are missing a specific KB, which devices are exposed to a CVE, what to deploy first this week, which devices carry the most risk. The MCP tools behind those questions are the real Siemserva tools, including GetMachinesMissingPatch, GetDevicesVulnerableToCve, and GetActionPlan.

Where do the answers come from?

From your scan database and live provider APIs (Microsoft Defender for Endpoint, Azure Update Manager), never from the model's memory. Every number in an answer traces to a tool result, which is what makes the output defensible.

Does the AI change anything in my tenant?

No. The AI interactions read and rank. Deploying updates stays in the tools you already run: Intune, Windows Autopatch, or your RMM. Configuration remediation elsewhere in Senserva is approve-before-apply and separate from patching.

Which AI does this work with?

Claude is the first-class integration through MCP, and the same MCP server works with any MCP-capable client. Senserva also generates AI-enhanced reports without any interactive session, using the same validated scan data.

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