CALLIOPE AI · TECH SHEET · DWG CAL-SURF-001-O

Observe STAGE 3 OF 5 · THE AI SURFACE

SHT O The observe machine · exploded view DIMETRIC 2:1 · PARTS SEPARATED
the event streamevery agent action, liveplatform telemetryAstrolift metrics + logsthe mastone joined timelinethe metering taptokens, costs, budgetsfoundationin your perimeter

Observe

See what agents do

Astrolift owns the mast: platform telemetry from every deploy, pod and rollout. Agent-level insight rides in from Zentinelle and the bench watches its own dev runtime, so what the platform ran and what the agent actually did land on one pane.

  • Platform metrics, logs and runtime state from Astrolift
  • Real-time agent events, the risk register and FinOps metering from Zentinelle
  • One timeline, from deploy event to agent action
Astroliftowns the stage
Zentinelleshared
Calliope AI Workbenchshared
LicensingAstrolift MIT · Zentinelle MIT · Workbench proprietary
SubstrateYour compute: K8s, ECS, Cloud Run, on-prem
EgressNone required

astrolift.ai ↗ zentinelle.ai ↗ Back to the assembly

01 · The problem ask for more

Platform dashboards show pods and latency. Agent logs show tool calls. Nobody can answer the only question that matters: what did the agent actually do in production?

02 · How observe answers it ask for more

The mast joins both halves. Astrolift streams platform telemetry, Zentinelle streams agent-level events, the risk register and FinOps metering, and the bench watches its own dev runtime. One timeline, from deploy event to agent action.

03 · Go deeper ask for more

The whole surface is one drawing: the framework is BROCS, and this machine is one stage of it.

astrolift.ai ↗ zentinelle.ai ↗ Download the PDF Book a demo

Crown · layer 2the lens, sweeping; the whip antenna
Works · layer 1mast and platform ring
Base · layer 0foundation and equipment cabin
DrawingThe observe machine
NoCAL-SURF-001-O
RevA
Part ofThe Private-AI Deployment Blueprint