Teams are deploying AI agents faster than they can control them.
Vorm gives every agent its own scoped credentials, rotates them automatically, and logs every access in real time. Block a single agent in seconds — without touching the rest of your stack.
Most AI stacks still rely on shared trust.
One production key across multiple agents turns a local agent failure into fleet-wide exposure.
Shared-Key Architecture
- 01 Shared production key
- 02 Fleet-wide exposure
- 03 No agent attribution
- 04 Global revocation
Granular Permissions
- 01 Identity per agent
- 02 Endpoint-level scopes
- 03 Runtime policy checks
- 04 Agent-level isolation
AI agents should authenticate like employees.
Identity · Permissions · Runtime Policies · Auditability · Revocation
Where Vorm sits in your AI stack.
Every request is authenticated, scoped and traced in real time.
Identity Proxy
Intercepts and validates every API call from your agent fleet. Vorm acts as a reverse/forward proxy so your developers don't have to manage raw target keys on the client servers.
- Zero code alteration: change base URLs, not logic.
- Centralized authorization header intercept.
* Click on any block in the diagram to inspect its technical details.
Runtime decisions. Full lineage.
Monitor agent actions, policy decisions and permission boundaries in real time.
Simulate Agent Requests
Runtime Policies
Enforce access parameters like rate limiting, temporal scopes, and target restrictions per request.
Ephemeral Credentials
Dynamic token swaps shield target API keys. Secrets are stored in Vorm's encrypted HSM vault.
Instant Isolation
Disconnect compromised agents in under a second using our network-level kill switch.
The architecture changed. The identity model didn’t.
AI agents are gaining persistent production access.
Unlike transient human workflows, autonomous agents operate 24/7. Sharing human-centric session keys results in persistent keys with limitless lifetimes.
Autonomous workflows create non-human identity sprawl.
Every new daemon, webhook agent, and bot represents an individual identity. Treating them all as "system administrators" creates massive over-permissioning.
MCP and agentic runtimes require a new trust model.
Runtimes utilizing Model Context Protocol (MCP) enable LLMs to select tools and invoke APIs dynamically. Trust cannot rely on static key files.
Traditional IAM was built for humans.
SAML, OAuth, and multi-factor prompts assume a biological user is behind the screen. AI systems require machine-speed, policy-based assertion.
AI systems now operate continuously across tools and APIs.
A single prompt injection or reasoning loop error can result in an agent exhausting quotas, purging databases, or leaking credentials without human intervention.
No VC Deck Stats.
Just Infrastructure.
Secure your agent stack in production.
Teams shipping autonomous agents need runtime access control before the first incident — not after.
Early access for AI-native infrastructure teams.