Pre-incident drift detection
Latency slope, error spread, queue depth, saturation, and deploy recency are scored together. You get paged when the curve starts turning, not when the graph is already on fire.
Pulse treats every service like a pressure vessel. It reads the shape of change, compares it to deploys and dependency behavior, then writes the alert with the culprit already attached.
Latency slope, error spread, queue depth, saturation, and deploy recency are scored together. You get paged when the curve starts turning, not when the graph is already on fire.
Each alert includes service, suspected deploy hash, related dependencies, current threshold, previous baseline, and suggested owner. No screenshot archaeology at 03:00.
Pulse dampens noisy repeats while keeping a live paper trail. The room stays quiet until the situation changes or the blast radius expands.
Ship metrics, traces, logs, and deploy events through the same collector path. Pulse maps service ownership and dependency direction from the traffic it sees.
The bunker learns normal p99 bands, error scatter, retry storms, and queue behavior per service. The useful alert is the one that knows what yesterday looked like.
When the signal holds, Pulse opens the incident room with cause hints, rollback candidates, owner route, and the exact graph slice that moved first.
Three contracts. Same hard-edged alert engine. Choose by service count, retention window, and the number of rooms you need armed before sunrise.
For side projects that still deserve to wake you before users do.
For teams shipping often enough that every deploy needs a witness.
For regulated systems where the alert history is part of the evidence chain.
Wire Pulse into your deploy stream, give it the service map, and let the bunker watch the pressure while your team sleeps.