The first version owns only AI job lifecycle and metrics. Business data stays in domain services such as telephony, monitoring-tg and monitoring-pf.

Generic job contract

The service is intentionally domain-agnostic:

owner_service names the caller, for example telephony, monitoring-tg, monitoring-pf or a future Portal module.
owner_ref is the caller's stable object reference, for example beeline/{call_id} or channel/{message_id}.
task_type describes the technical task class, for example transcribe, call_analysis, tg_analysis, pf_competitor_analysis.
model_profile selects a runtime profile, for example whisperx, qwen2.5-14b, vision, or a future provider profile.
input and result are JSON payloads owned by the caller and worker.

This keeps AI service as shared infrastructure rather than a telephony-specific service.

API

POST /api/v1/jobs creates one job.
POST /api/v1/jobs/batch creates many jobs with shared defaults.
POST /api/v1/jobs/claim atomically claims pending jobs for a worker.
GET /api/v1/jobs/{id} returns technical job state and result.
POST /api/v1/jobs/{id}/complete stores a successful job result.
POST /api/v1/jobs/{id}/fail stores a failed job category and message.
POST /api/v1/jobs/{id}/retry resets failed/running jobs to pending.
GET /api/v1/stats returns queue and error counters.
GET /healthz returns process health.
GET /readyz checks PostgreSQL readiness.

Configuration

HTTP_HOST, default 0.0.0.0
HTTP_PORT, default 8080
DATABASE_URL, required
MIGRATE_ON_START, default true

Next integration step

telephony should first mirror low-risk analysis jobs into this service while continuing local processing. Remote execution can then be enabled by feature flag per task type.