Runtime Protection

Runtime Circuit Breakers for Production AI Agents

Limit runaway AI agent retries, recursive tool failures, and budget overruns with distributed runtime circuit breakers that automatically halt configured execution paths when thresholds are crossed.

Early Access · 90 Days Free · No credit card requiredBuilt by the Observyze engineering team for production AI systems.
State Machine Architecture

How Distributed Circuit Breakers Protect Production

Passive logging alerts you only after an incident costs thousands of dollars. Observyze circuit breakers intercept failing execution loops at runtime:

State 01

CLOSED (Healthy)

All requests pass through normally. Telemetry monitors latency percentiles, error rates, and step costs continuously.

Failure count: 0 / threshold
State 02

OPEN (Tripped)

Threshold crossed. Requests are rejected immediately without calling upstream LLM APIs, preventing runaway spend.

Cooldown timer active (e.g. 60s)
State 03

HALF-OPEN (Probe)

After cooldown, a limited sample of requests is evaluated. If successful, the circuit resets to CLOSED; otherwise it trips back to OPEN.

Trial requests: Evaluating...
Configurable Policies

Triggers & Protection Rules

Configure circuit breaker rules per project or per agent deployment to match your operational tolerances:

Consecutive Tool Failure Threshold

Trip the circuit when an agent encounters 3 consecutive tool parse or timeout errors, preventing infinite self-correction loops.

Execution Budget Overrun

Halt active execution paths when a single trace crosses configured dollar limits (e.g. $0.50 per session) or turn count caps.

Upstream Provider Error Storms

Isolate upstream 500/503 provider outages and route traffic to configured fallback models (e.g. Claude to OpenAI or Ollama).

Latency Percentile Outliers

Protect downstream user experiences by tripping when upstream response times exceed p99 thresholds over rolling evaluation windows.

Developer FAQ

Frequently Asked Questions

Technical details, integration patterns, and operational controls.

An AI agent circuit breaker is a runtime protection mechanism that monitors error rates, consecutive tool failures, latency spikes, or spend thresholds on configured agent request paths. When safety thresholds are crossed, the circuit breaker automatically trips to prevent runaway execution loops and unnecessary API spend.