Provable, not presumed
Each agent holds its own Ed25519 key, created in your environment and never exported. Short lived tokens are bound to that key and that machine, so a copied credential is worthless.
AGENTIC IDENTITY PLATFORM
OATHERA gives every AI agent a cryptographically provable identity, a named human or organizational owner, and an operational boundary it cannot step outside. Enforced at every request, by policy, down to the kernel.
AI agents now read records, move money, open tickets and call internal systems on their own, yet most still sign in with a shared API key. OATHERA is the first platform built to give every agent the three things that make it trustworthy — a provable identity, an accountable owner, and an enforced boundary.
Every agent is uniquely identifiable by its own cryptographic key, so OATHERA can always tell one agent from another.
Every agent is bound to a named owner who approves it and answers for everything it does.
Every agent gets an operational boundary that defines exactly what it may reach, enforced on every request.
OATHERA replaces static secrets with per agent credentials that a person approves once, that expire in minutes, and that work only on the machine they were issued for. Every agent is tied to an accountable owner and an operational boundary. Every request is checked against that boundary before it reaches your systems, and every decision is recorded.
Each agent holds its own Ed25519 key, created in your environment and never exported. Short lived tokens are bound to that key and that machine, so a copied credential is worthless.
Every agent is enrolled by and bound to a named human or organizational owner. Approval is recorded in a tamper evident audit certificate.
An operational boundary defines what an agent may touch at a high level. OPA refines it per request; NVIDIA OpenShell enforces it at the kernel.
One control plane for enrolment, policy, revocation and telemetry, with a full trace of who did what, under which identity, and why it was allowed.
A local identity helper generates the agent's private key and attests the machine it runs on. The key never leaves your environment.
A named owner approves the agent once and assigns its operational boundary.
The agent receives a short lived, sender constrained token and signs each request with a single use proof over that exact action.
The gateway verifies identity, OPA evaluates policy, OpenShell confines the runtime, and the control plane records the outcome. Anything that cannot be verified is refused.
A cryptographic identity bound to its key and its machine.
A named human or organizational owner, recorded at enrolment.
An operational boundary, refined by OPA and enforced by OpenShell.
It is the high level envelope of what an agent may do: the tenants, systems, data classes and operations in scope, and those that are always out of scope. It is set when the owner approves the agent and is enforced by OPA per request and by NVIDIA OpenShell at runtime.
Because accountability cannot be delegated to software. A named human or organizational owner approves the agent, appears on every action it takes, and is the person to call when something looks wrong.
OATHERA turns an agent's boundary into the sandbox policy OpenShell enforces, so the agent's process can only reach approved files, hosts and privileges. Sandbox activity is tagged with the agent's identity and sent to the control plane.
No. OATHERA supplies OPA with verified identity, owner and boundary data as policy input. Your existing bundles keep working and gain facts they can trust.
Its tokens stop being renewed, the gateway refuses its requests, and its sandbox can be stopped. Revocation takes effect within one token lifetime, typically minutes.
See enrolment and enforcement traced hop by hop with real signatures, or talk to us about early access.