Secure your resources
from AI agents.

Every credential you hand an agent is scoped to whatever that key can do, not what the agent needs right now, and there's no record of what it actually used. One prompt injection, one hallucinated call, one leaked .env file, and an agent holding production credentials becomes a live incident. vinr replaces the credential with a narrow, audited request through the gateway, so the agent never holds a key that can do more than the task in front of it.

The agent never talks to AWS, Jira or your database directly. It talks to vinr's gateway, which exposes only specific, audited actions, never "run any API call." Destructive or high-risk actions route through an approval step before anything executes, so a hallucinated rm -rf or DROP TABLE has nothing to run against.

No. Approvals can happen in seconds. Approve from your terminal while you work, or set policies so routine, low-risk actions auto-approve while anything sensitive pings your team on Slack. When agents run unattended in CI/CD or on a schedule, you set the guardrails once and the gateway enforces them every time.

Yes. We build custom providers for the systems that matter to you: legacy on-prem apps, internal REST APIs, anything with an interface, so your agents reach them through the same vault-and-approval flow as AWS or Postgres, instead of getting a standing credential to yet another system.

An IAM policy is static. Once granted, it's live 24/7 whether or not an agent is using it, and it can't tell you an AI made the call versus a human. vinr works at the call level: every request is scoped to that one action, approved at the moment it's needed, and logged with exactly which agent, which resource, and who signed off.

Your credentials are encrypted at rest in your vault and decrypted only into the memory of the gateway process, never written to a file, an env var, or anywhere an agent's shell can read them. The agent gets data back through a fixed set of tools; it never sees the key itself.