AI-native production debugger that lets coding agents place read-only probes on live running code to capture variable state without redeploying.

HyperProbe works by combining Read-Only Live Probes: Places a non-blocking virtual breakpoint on a specific line in a running service and snapshots the live variable state there, with no code change, redeploy or restart required., Automated Incident Workflow: Picks up alerts from PagerDuty, Datadog or Slack, reads logs and traces to locate the offending file and line, plans the debugging flow, probes, captures and delivers a confirmed root-cause analysis., Coding Agent Integration via MCP: Ships an MCP server so Cursor, Claude Code, Codex and opencode can install the SDK, configure probes and read captures from inside the agent session., Multi-Runtime SDK Coverage: Supports JavaScript, TypeScript, Java, Python and Ruby services, with one SDK install covering every instance a service runs on., Probe Safety Controls: Every probe carries a time-to-live, a capture rate limit and a hit-expiry count, so it clears itself automatically and high-traffic lines stay bounded. to help users with Shortening Time to Root Cause: Cut incident investigations that would take three to four hours of log-and-redeploy cycles down to minutes by capturing the value that explains the failure directly., Debugging Non-Reproducible Bugs: Inspect live memory and variable state for race conditions and data mismatches that only appear under real production traffic and never reproduce locally., Eliminating Debug Redeploys: Investigate a production failure without shipping temporary logging code, avoiding the risk and delay of extra deployments during an incident., Reducing On-Call Load on Senior Engineers: Let agents run the evidence-gathering phase of an incident so senior engineers are not pulled off roadmap work for every page., Confirming a Fix Was Actually Correct: Verify a hotfix against captured evidence rather than accepting an educated guess that leaves the same conditions able to fire again..

Key features include Read-Only Live Probes: Places a non-blocking virtual breakpoint on a specific line in a running service and snapshots the live variable state there, with no code change, redeploy or restart required., Automated Incident Workflow: Picks up alerts from PagerDuty, Datadog or Slack, reads logs and traces to locate the offending file and line, plans the debugging flow, probes, captures and delivers a confirmed root-cause analysis., Coding Agent Integration via MCP: Ships an MCP server so Cursor, Claude Code, Codex and opencode can install the SDK, configure probes and read captures from inside the agent session., Multi-Runtime SDK Coverage: Supports JavaScript, TypeScript, Java, Python and Ruby services, with one SDK install covering every instance a service runs on., Probe Safety Controls: Every probe carries a time-to-live, a capture rate limit and a hit-expiry count, so it clears itself automatically and high-traffic lines stay bounded..

HyperProbe is useful for anyone interested in Shortening Time to Root Cause: Cut incident investigations that would take three to four hours of log-and-redeploy cycles down to minutes by capturing the value that explains the failure directly., Debugging Non-Reproducible Bugs: Inspect live memory and variable state for race conditions and data mismatches that only appear under real production traffic and never reproduce locally., Eliminating Debug Redeploys: Investigate a production failure without shipping temporary logging code, avoiding the risk and delay of extra deployments during an incident., Reducing On-Call Load on Senior Engineers: Let agents run the evidence-gathering phase of an incident so senior engineers are not pulled off roadmap work for every page., Confirming a Fix Was Actually Correct: Verify a hotfix against captured evidence rather than accepting an educated guess that leaves the same conditions able to fire again..

HyperProbe offers a free tier with paid plans for advanced features.

Visit https://hyperprobe.co/ to sign up and explore HyperProbe.