Detect → Investigate → Decide → Approve → Act → Verify → Learn.
Watch the whole loop play out in the browser.
Pick a streaming incident most ops teams dread — CDN outage, encoder failure, DRM cold start, manifest corruption, regional congestion, or device-specific playback bug — and clickInject failure. The browser plays a scripted, synthetic seven-stage walkthrough: Detect → Investigate → Decide → Approve → Act → Verify → Learn. It shows evidence boundaries and approval checkpoints without executing production changes or promising recovery.
Inject failure · Detect → Investigate → Decide → Approve → Act → Verify → Learn
The picker on the left controls all three panels. Click Inject failure to start the synthetic timeline. Each phase illustrates the bounded lifecycle; the final CTA opens the existing scoped checkout path without changing the demo into a production guarantee.
Synthetic edge-PoP failure; the walkthrough compares a proposed routing response against downstream evidence.
The scripted Detect → Investigate → Decide → Approve → Act → Verify → Learn panels unlock as the synthetic timeline plays.
Detect → Investigate → Decide
In this scripted synthetic timeline, per-channel signals join into one correlated view and an illustrative hypothesis tree supports a bounded decision; no production diagnosis or change is made.
- Script +0.0sDetect
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- Script +1.2sInvestigate
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- Script +2.4sDecide
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- Script +3.6sApprove
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Approve → Act
A synthetic approval checkpoint shows where a human would review a least-privilege proposal. Any real write would require explicit approval within the agreed scenario, connector, and blast-radius boundary; this demo executes none.
- Script +4.6sAct
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Verify → Learn
Synthetic downstream viewer evidence is compared with an agreed target, then illustrative learn notes capture limits and follow-up questions. No recovery or production postmortem is promised.
- Script +6.8sVerify
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- Script +9.0sLearn
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What each phase illustrates.
The three-phase frame is a synthetic walkthrough of the lifecycle Streamwake documents. Every incident uses the same evidence boundary so you can compare the decision shape without treating the demo as production proof.
Per-channel signals enter one incident timeline
Edge RTT, segment-fetch latency, rebuffer ratio, CSP errors, and decoder clock-drift are compared as illustrative evidence; a bounded next action is proposed without claiming a production diagnosis.
Bounded action, explicitly reviewed
A synthetic approval checkpoint shows where a human would review a least-privilege proposal. Any real action would require explicit approval within the agreed scenario, connector, and blast-radius boundary; this demo executes none.
Evidence checked, limits recorded
Synthetic downstream viewer evidence is compared with the agreed target, then illustrative learn notes capture limits and follow-up questions. No recovery or production postmortem is promised.
Pick the failure mode your stack tolerates.
Every class runs a different synthetic evidence path, but Detect → Investigate → Decide → Approve → Act → Verify → Learn stays constant so you can see exactly where the loop wins or loses for each.
CDN outage
Synthetic edge-PoP evidence is used to discuss a bounded routing proposal; no production change runs.
Encoder failure
Synthetic GOP drift evidence is used to discuss a bounded backup-cutover proposal.
DRM failure
Synthetic license evidence is compared against an agreed baseline; no DRM change runs.
Manifest corruption
Synthetic manifest evidence is used to propose a bounded correction; no publisher write runs.
Regional congestion
Synthetic cohort evidence is used to discuss a bounded ladder response; no production write runs.
Device-specific playback
Synthetic device evidence is used to discuss a bounded fallback; no transcoder write runs.
Could this fit a scoped evaluation?
The walkthrough is synthetic and does not establish production readiness. Contact us to define one agreed scenario, a least-privilege evidence window, explicit approval boundaries, downstream viewer checks, and the criteria for a human readout.
Want this on a live signal you control?
The demo above is scripted against synthetic telemetry. Tell us the channel and the failure mode you're most worried about — we'll come back with a concrete plan for evaluating your real ingest.