Reliability and operations

This page is the hub for running Omniflow reliably: what to measure, what to alert on, what already degrades gracefully when a dependency fails, and how to size the host it runs on. Each section links to the page that documents its subject in full rather than repeating it.

Service-level indicators

Defined per surface in Health, metrics, and logs, grounded only in metrics confirmed to actually be written. Notifications has no indicator today — there is no delivery metric to build one from, stated there rather than invented here.

Dashboards and alerts

Omniflow bundles no Prometheus or Grafana of its own, the same stance it takes on a reverse proxy: two maintained, optional artifacts live under deploy/observability/ for you to import into your own monitoring stack.

deploy/observability/prometheus-alerts.yml — every bullet from Alerts worth having as a real alert:/expr:/for: rule. The for: durations are sensible defaults derived from APP_MAINTENANCE_FAILURE_STREAK and APP_MAINTENANCE_PROBE_SECONDS’s own defaults — tune them to match your installation’s actual configuration if you’ve changed those.
deploy/observability/grafana-dashboard.json — HTTP request rate, error rate, and latency; fulfillment job outcomes; payment settlement classifications; webhook signature failures; dependency health; and maintenance-mode state. Every panel is built from a metric Health, metrics, and logs confirms is actually written — nothing here queries a dead series.

Import both with promtool / Grafana’s dashboard import, pointed at whatever scrapes /metrics on api and worker in your deployment.

External side effects: retries, dead letters, reconciliation

Side effect	Retry / backoff	Dead-letter visibility	Reconciliation
Remnawave fulfillment	Up to 12 attempts, exponential backoff	`GET /v1/admin/jobs?state=dead_letter`, panel Jobs screen	Scheduled `reconcile` operations compare local vs. Remnawave state and record drift — Jobs and queues
Digital-goods delivery	Same River-backed retry policy as fulfillment	Same dead-letter view	Idempotent by the `goods_deliveries` row; a gateway with no idempotency key parks for operator review rather than retrying blind — Jobs and queues
Payment webhooks	Provider signature verified, deduplicated by event ID	`/admin` → System → Webhooks	A 1-minute reconciler polls up to 100 in-flight intents so a missed or delayed webhook still settles — Payment providers
Telegram sends	Retry, flood-wait handling, and delivery-failure classification (shipped in v0.4)	Not a Prometheus series — `omniflow_telegram_sends_total` is declared but never incremented	None beyond per-send retry; there is no queue to reconcile
Transactional outbox (`order.paid`, `wallet.credited`, `addon.purchased`)	N/A	`GET /v1/admin/outbox`, panel Outbox tab	No consumer exists today — Jobs and queues. This is the honest exception: nothing currently reads these events, so there is no external side effect for retry/DLQ/reconciliation to bound yet. Rows are swept by the retention worker regardless of whether anything consumed them, so this is a missing integration point, not an unbounded-growth risk

Graceful degradation

Dependency	What happens when it’s unavailable
PostgreSQL	Watched by automatic maintenance detection; after a failure streak, new purchases pause while settlement, refunds, and read paths keep working
Remnawave	Same maintenance detection; a revoked or expired panel token counts as unavailable too, since provisioning would fail anyway
Valkey	Same maintenance detection. Until this failure streak is reached, rate limits and the single-use replay guard fail closed on their own — see Rate limiting
Telegram	Retry, flood-wait handling, and bot-blocked/deactivated classification (v0.4) — but no circuit breaker and no maintenance-triggering probe. An extended Telegram outage is visible through delivery failures in the bot’s own logs, not through a dashboard series
Payment providers	Signature-verified webhook intake plus the 1-minute reconciler cover a provider that’s slow or drops a webhook — but there’s no circuit breaker or provider-down detection beyond that. A fully down provider just accumulates failed checkout attempts against it, visible in `omniflow_payments_total`
MCP / AI tool servers	The one surface with an actual circuit breaker — MCP connections — scoped to that surface only, not reused elsewhere

Capacity guidance

Omniflow ships as a single Docker Compose stack — see Deployment — and job concurrency (the critical queue’s 16 workers) is compiled into internal/jobs/client.go today, not an environment-configurable knob. Capacity planning on a single host is therefore about giving PostgreSQL and Valkey enough resources, not about tuning queue concurrency.

Tier	Rough scale	Guidance
Small	A few hundred customers, low purchase volume	2 vCPU / 4 GB RAM is enough for PostgreSQL, Valkey, and all three Go processes together. Disk headroom matters more than CPU here: budget for backup retention (`APP_BACKUP_RETENTION_DAYS`) on top of the database’s own growth
Medium	Low thousands of customers, regular campaigns	4 vCPU / 8 GB RAM, with PostgreSQL given most of the memory (`shared_buffers` tuned to roughly a quarter of host RAM is a reasonable starting point — see PostgreSQL’s own tuning guidance). Watch `omniflow_job_duration_seconds{kind="fulfillment"}` — if it climbs, the `critical` queue’s fixed 16-worker concurrency is the ceiling for one worker, and another worker replica raises it
Large	Tens of thousands of customers, frequent bulk actions and campaigns	8 vCPU / 16 GB RAM as a starting point, and treat PostgreSQL connection limits as the thing to watch first — the pools of every `api`, `bot` and `worker` replica (`APP_DATABASE_MAX_CONNS`, see Deployment) must fit inside PostgreSQL’s own `max_connections` together. Consider moving PostgreSQL to dedicated, faster disk before anything else, since it is the only durable store and every write goes through it

These are starting points for capacity planning, not a load-tested ceiling — no throughput benchmark ships with the repository today. Watch the SLIs above under your own traffic and adjust from there.

Health, metrics, and logs

The probes, metrics, and alerts these SLIs and dashboards are built from.

Jobs and queues

Retry policy, the dead-letter view, and the transactional outbox in full.

Maintenance mode

What automatic detection watches and what it does when a window opens.

Backup, restore, and disaster recovery

The restore drill, and what a host-level disaster needs beyond it.

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Architecture

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Integrations

API reference

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AI and MCP

Running Omniflow

Contributing

Reliability and operations

Service-level indicators

Dashboards and alerts

External side effects: retries, dead letters, reconciliation

Graceful degradation

Capacity guidance

Health, metrics, and logs

Jobs and queues

Maintenance mode

Backup, restore, and disaster recovery

​Service-level indicators

​Dashboards and alerts

​External side effects: retries, dead letters, reconciliation

​Graceful degradation

​Capacity guidance

​Related

Health, metrics, and logs

Jobs and queues

Maintenance mode

Backup, restore, and disaster recovery

Service-level indicators

Dashboards and alerts

External side effects: retries, dead letters, reconciliation

Graceful degradation

Capacity guidance

Related