Control Every Agent.
Protect Every Action.
Vorm gives each one its own scoped credentials, real-time audit trail, and instant revocation , the identity layer purpose-built for AI agents.
Your security stack was built for humans.
Shared API keys, static permissions, no attribution , the tools you use today weren't designed for autonomous agents.
Shared-Key Architecture
- 01 Shared production key
- 02 Fleet-wide exposure
- 03 No agent attribution
- 04 Global revocation
Scoped Identity per Agent
- 01 Identity per agent
- 02 Endpoint-level scopes
- 03 Per-agent revocation
- 04 Agent-level isolation
A new class of identity needs a new layer of infrastructure.
Agents don't log in. They don't close tabs. They don't forget passwords. They need infrastructure designed for how they actually operate.
How Vorm secures every API call.
Vorm sits between your agents and the APIs they call , authenticating, scoping, and logging every request 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.
Vorm acts as a reverse/forward proxy so your developers don't have to manage raw target keys on client servers.
- Zero code alteration: change base URLs, not logic.
- Centralized authorization header intercept.
Enforces real-time checks on rate limits, target endpoint restrictions, and content validation rules at machine speed.
- Verify dynamic safety policies (e.g. max $50 stripe charge).
- Automated policy isolation upon rule violations.
Implements least-privilege for non-human identities. Translates generic agent actions into precise, micro-scoped target permissions.
- Contextual scope elevation and attenuation.
- Prevent data-exfiltration and tool hijacking.
Generates structured audit logs containing full execution context. Connects target API transactions to parent agent reasoning runs.
- SOC 2-ready logs: Who, What, When, and Why.
- Log search and automated compliance report export.
Target credentials are stored in encrypted vaults and rotated. Dynamic ephemeral key generation shields root credentials.
- No raw secrets stored on agent hosts.
- Just-In-Time token swapping at the proxy level.
See every decision. Trace every action.
Watch your agents' API calls, policy verdicts, and permission checks , live.
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.
Kill Switch
Revoke any agent's access in seconds. No collateral damage to the rest of your fleet.
The stack evolved. The identity model didn't.
Agents run 24/7 with persistent credentials.
Unlike human sessions that expire, autonomous agents hold API keys indefinitely , multiplying the window of exposure.
Non-human identities are proliferating.
Every new agent, webhook, and background job is a distinct identity. Treating them all as "admin" creates massive over-permissioning.
Agentic runtimes demand dynamic trust.
When LLMs pick tools and invoke APIs on the fly, static key files can't enforce boundaries. Trust must be evaluated per-request.
IAM was designed for humans, not machines.
SSO, MFA, and session cookies assume a human behind the screen. Autonomous agents need machine-speed, policy-driven assertion.
One prompt injection can cascade across your stack.
A hijacked reasoning loop can exhaust quotas, purge databases, or exfiltrate credentials , all without human intervention.
Your agents need an identity layer. Start here.
Join the first engineering teams deploying agent-grade identity governance. Early access is limited.
analytics Or assess your exposure first , takes 2 minBuilt for teams shipping AI agents to production.