Zero trust isn't a policy. It's the runtime.
Every call. Contained. Sealed runtime isolation for every MCP server. No host access, no side channels, no escape routes. Hardened into the Vinkius.
Nothing gets in. Nothing gets out.
Every MCP tool handler runs in complete isolation. Your handler and the Vurb.ts Framework - that's all that exists. No host access, no side channels, no escape routes.
Total Memory Isolation
Every handler runs in its own sealed space. One handler cannot read, write, or even detect another. Complete separation - by design.
Zero Attack Surface
Your handler sees Vurb.ts and nothing else. Everything dangerous is absent - not restricted, not blocked. Gone.
Source Code Protection
Your enterprise code is never readable at runtime. Even in a breach scenario, your intellectual property cannot be extracted.
Zero Residue
When a session ends, everything related to it is destroyed. No zombie processes. No orphaned state. Gone.
Instant Start
Your handler starts executing in microseconds. Zero cold-start penalty. Governance and validation ready before the first byte.
Every resource capped. Every violation fatal.
Zero Tolerance.Hard CPU time limit per handler execution. Exceeds it - killed instantly. No warnings, no grace periods. Protects against infinite loops and runaway recursion.
Hard memory ceiling per handler. No swap, no fallback. If your handler allocates beyond the limit, execution terminates immediately.
When a session ends or a handler is killed, all resources are destroyed. No zombie processes, no orphaned state, no residual memory.
No outbound network access from handlers. SSRF is architecturally impossible - the runtime has no network primitives.
Automatic pattern-based redaction of PII, credentials, and secrets in tool responses. Sensitive data never reaches the agent.
Every tool call, every enforcement action, every governance decision streamed to your SIEM in real time.
Every event. Your SIEM. Splunk. Datadog. Webhook.
Every tool call, every enforcement action, every governance decision - forwarded to your existing security infrastructure in real time. Cryptographically signed. Automatically retried.
Splunk HEC
Native HTTP Event Collector integration. Paste your HEC token and endpoint - events flow to Splunk in seconds.
JSON payload · custom index · source typeDatadog Logs
First-class Datadog integration with multi-site support. US1, US3, US5, EU1, AP1, and GOV.
API key · site selection · tag enrichmentCustom Webhook
Send events to any HTTPS endpoint with HMAC signature verification. Integrate with PagerDuty, Opsgenie, or internal tooling.
HMAC-SHA256 · retry policy · custom headersCryptographically Signed
Every event payload is signed with HMAC-SHA256. Verify authenticity and integrity at your endpoint.
Automatic Retry
Failed deliveries are retried with exponential backoff. No events lost during transient outages.
Per-Server Toggle
Enable or disable streaming per MCP server. Configure multiple destinations per server.
Test Delivery
Send a test event to verify your endpoint configuration before going live. One click.
Open Source Runtime
The Vurb.ts framework is fully open source. Read every line of the sandbox, the governance engine, and the enforcement layer before you trust it.
Lockfile Integrity
Every dependency is pinned with cryptographic hashes. No phantom updates. No supply chain surprises. What you audit is what runs.
Zero Dynamic Execution
eval(), Function(), import() - all blocked at the runtime level. Your server only executes the logic you deployed.
Full Audit Trail
Every deployment, every configuration change, every access event is logged with actor, timestamp, and action. Immutable audit history.
AI agents never stop.
MCP Servers need Vinkius.
Autonomous agents don't sleep. Every tool call hits a hardened isolation perimeter - cryptographic lockfiles, zero-trust RBAC, and hard execution quotas enforced at the payload level. No wrappers. Titanium-grade governance for autonomous compute.