For platform & IT teams
Integration without the usual pain.
Contract-first OpenAPI 3.1. Deterministic SDKs. Event bus with replay. Audited support. Quarterly restore drills. Built for the engineers who have to keep it all running.
Platform & IT pains today
The parts every integrator dreads.
Point integrations everywhere
One-off connectors per downstream system, each with its own quirks, no contracts, no tests, and nobody to own the drift.
Brittle APIs
Undocumented behaviours, silent breaking changes, unversioned endpoints — and every upgrade is a weekend of firefighting.
Poor tenancy confidence
Can you prove that tenant A cannot see tenant B? With database queries, not vibes? Most platforms cannot.
Weak support tooling
Vendor support means shared screens, ad-hoc logins, and no audit of what an engineer touched in a customer tenant.
Unclear restore posture
Backups that nobody tests, restore times nobody measures, and evidence nobody produces — until the day it matters.
Async work without guarantees
Best-effort fire-and-forget jobs, invisible dead-letters, and silent retries — so when something breaks nobody can prove what ran and what did not.
With careos
Engineered so you do not have to babysit it.
Contract-first OpenAPI 3.1
Every endpoint defined in a versioned contract, with SDKs generated from the same source of truth.
Deterministic SDKs
TypeScript, Python, and Go SDKs generated, pinned, and regression-tested against the contract on every change.
Event bus with replay
Signed webhook delivery, at-least-once with idempotency keys, and time-bounded replay from any point in the past.
Audited support impersonation
When support enters a tenant, every action is tagged, captured, and reviewable by the customer after the fact.
Quarterly restore tests
Backups tested on schedule, recovery-time evidence published, and tenant-level restore capability proven.
Durable outbox & replay
Every externally visible side effect runs through a durable outbox with idempotency, dead-letter visibility and full event replay.
Developer experience
Ship without waiting for a rep.
Sandbox with synthetic data
Full-fidelity test environment with realistic pathways, populations, and events. Safe to break, safe to automate.
Tenant-scoped API keys
Keys scoped to tenant, role, and capability — with automatic rotation, scoped revocation, and usage visibility.
Webhook replay
Re-deliver any webhook from any point in time, by event or by window. Debug downstream without silent loss.
Contract tests
Consumer-driven contracts, SDK regression tests, and contract snapshots in CI so drift cannot ship silently.
Marketplace submission
Publish your integration to the careos marketplace with certification, listing, and tenant-install flow.
CLI tooling
First-party CLI for tenant scaffolding, config diff, webhook replay, import dry-runs and SDK generation — built on the same contract as production.
Tenancy & isolation
Enforced where it matters. At the data layer.
Server-side scoping
Tenant boundaries enforced in the query layer, not in the application. No tenant ID in a client payload can cross the line.
DB guardrails
Row-level controls, tenant-aware connection pooling, and drift detection so a bad migration cannot leak across tenants.
Provisioning lifecycle
Spin-up, seeding, activation, suspension, deletion — each step as code, each step with evidence written to the ledger.
Support tooling
When the vendor touches your tenant, you see it.
Audited impersonation
Support access requires a reason, a time window, and generates a full activity report available to the customer.
Tenant health dashboards
Uptime, error rates, webhook backlog, event throughput, and integration status by tenant, live and historical.
Integration status
Per-tenant integration health — token expiry, failed deliveries, connector errors — with runbook links from each alert.
Export job inspection
Every data export job tracked with status, duration, bytes, and target — inspectable without opening a ticket.
AI incident view
Per-tenant AI incident log with model, prompt, input references, reviewer and outcome — diagnosable without raw database access.
Config diff
Every tenant configuration change surfaced as a structured diff with approver, timestamp and rollback affordance.
For platform & IT teams
Bring your integration diagram.
We will walk you through the contract, the SDKs, the event bus, and the restore posture. You decide whether it meets your bar.