Use Case · MCP Server Security

MCP Servers, Signed and Scoped

MCP servers are the new privileged-dependency class. Your AI agents trust them with production credentials. Safeguard provides the governance layer: verified registry, capability-manifest review, scoped per-server credentials, and full audit logs of every tool invocation.

89+
Verified MCP Tools
100%
Invocations Logged
Per-Server
Scoped Credentials
Signed
Manifest Verification

Why MCP Is npm-2014 All Over Again

Open protocol, explosive ecosystem growth, no governance layer between "someone published it" and "it has your production credentials".

01

Capabilities, Not Just Code

A traditional package dependency is code. An MCP server exposes tools — with capabilities to send email, read files, query databases. The security question is not 'what does the code do?' but 'what permissions does it hand the AI?'

02

Execution Context Is Elevated

An MCP server wrapping your Salesforce API has your Salesforce credentials by design. A malicious server does not need to escape; it was granted the keys at install time.

03

Prompt Injection Becomes RCE-Adjacent

Because tool calls are triggered by LLM output, prompt injection anywhere upstream can trigger tool calls the operator never intended. Every context-window input is effectively a candidate instruction.

04

Stale Servers Accumulate Quietly

Engineers install servers for experiments and never uninstall them. Over months you accumulate ad-hoc tools with stale credentials. None of it is on your asset inventory.

MCP Governance, Enterprise-Ready

Registry. Review. Runtime.

Verified Registry & Manifest Review

Tiered trust model — Tier 1 for official, signed, widely-used servers; Tier 2 for reviewed community servers; Tier 3 blocked in production. Capability manifests reviewed before an MCP server is allowed in the org registry.

Signature verification
Capability manifest audit
Tiered trust rollout

Scoped Credentials Per Server

Purpose-built service identities per MCP server deployment. Credentials scoped to exactly the APIs the server declares needing. No more generic 'MCP runner' role with broad cloud permissions.

Short-lived tokens
Per-server service identity
Capability-scoped permissions

Invocation Audit & Drift Alerts

Every MCP tool call logged with full context: server, tool, arguments, LLM session, user. Drift from declared capability triggers alerts. Anomalous patterns (off-hours, unusual args) surface for review.

Full invocation logs
Capability-drift detection
Integration with your SIEM
Onboarding Flow

From Request To Production In A Reviewable, Auditable Path

A developer requests an MCP server be added. Safeguard automatically fetches the manifest, verifies the signature, pulls down the source for review, and surfaces any dependency, capability, or credential-scope concerns to the security reviewer. On approval, the server is added to the org registry with scoped credentials provisioned and logging enabled. Invocations flow to your SIEM. Capability drift triggers a review ticket. Stale servers expire unless re-affirmed.

5 stages
Request → Deprecate
Per-user
Scoped Credentials
Quarterly
Re-Affirmation

Don't Let MCP Outgrow Your Governance.

Put the registry, review process, and audit trail in place before MCP scales across engineering and business teams.