A runtime security layer for AI workloads. Under 5ms overhead. No agent restart required.
Riptides runs as a lightweight runtime intercept layer alongside your AI orchestrator. It requires no changes to agent application code and adds under 5ms to each agent call.
The platform operates across four security layers that work together: identity issuance at spawn, policy enforcement at every call, credential management throughout the session, and a complete audit trail from start to termination.
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X.509 certificates issued at agent spawn, signed by the Riptides CA. Certificates are scoped, time-limited, and bound to the spawning orchestrator's identity.
Rego-based policies define what each agent is allowed to do. Enforcement happens at the network egress layer, so application code cannot bypass it.
Agents request credentials through the Riptides broker. No long-lived keys in environment variables. Rotation is automatic and zero-downtime.
Every event is written to a hash-chained, tamper-evident log. Queryable by agent ID, time, event type, or policy class.
Behavioral baselines per agent class. Deviations trigger configurable responses: alert, throttle, or isolate. Average detection latency under 50ms.
When agents call other agents, Riptides brokers the trust relationship. No hardcoded tokens between co-located processes.
Riptides managed service. Connect your orchestrator to the Riptides control plane via API. Available on AWS, GCP, and Azure.
Deploy the Riptides control plane in your own infrastructure. Kubernetes Helm chart available. Full data sovereignty.
For environments with no external connectivity. Enterprise tier only. Offline certificate revocation via OCSP stapling.
Identity verification latency
Certificate issuance time
Encryption at rest for audit logs
Runtime written in Go for minimal overhead
We run focused proof-of-concept engagements in staging environments. Typical setup is one day, results within a week.
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