API Integrators

Every legacy federation system has its own model of what a license, a member, or a competition is — and those models conflict with each other and with the canonical platform model. Integrators spend the bulk of their time building mappings between these worlds.

If the platform's data models drift quietly, every mapping breaks at once and the integrator looks unreliable to a chain of federations. A stable, well-documented data model with explicit mapping guides for the most common legacy systems compresses integration time and protects the integrator's deliveries from upstream churn.

The platform publishes canonical data models with field-level documentation, change history, and explicit mapping recipes for common legacy patterns (FFPJP-style member files, Italian FIB exports, German DPV CSVs). Schema changes go through deprecation cycles overlapping at least one minor version; the OpenAPI spec remains the source of truth, version-pinned per integration, with diff tooling so integrators preview every breaking change before adopting it.

Different integration contexts demand different auth mechanisms. A federation's internal admin tool wants OAuth2 with user-scoped tokens; a nightly batch job wants signed M2M tokens with scoped credentials and automated rotation; a quick prototype wants an API key.

Forcing every integration through a single auth mechanism creates either security gaps (long-lived shared keys everywhere) or operational pain (interactive OAuth flows in cron jobs). Modern multi-mechanism auth with documented scopes and rotation tooling lets integrators pick the right tool per context.

Authentication supports OAuth2 (authorization code and client credentials flows), API keys with scoped permissions, and signed M2M tokens with key rotation. Every credential type carries explicit scopes documented per endpoint, with sample policies for common integration patterns.

Rotation procedures are first-class: scheduled rotation, configurable overlap windows, and revocation with full audit trail surfaced to the integrator.

Rate limits are where well-engineered integrations meet bad surprises. A nightly sync that has run fine for six months suddenly hits a new limit because the federation grew, and the integrator gets the support call at 02:00.

Transparent limits with burst allowances, a quota dashboard the integrator can monitor proactively, and a clear upgrade path for high-volume partners turn rate limiting from a foot-gun into a managed capacity conversation. The platform stays protected; the integrator stays informed.

Rate limits are documented per endpoint with burst allowances published in headers on every response. The developer dashboard surfaces real-time quota consumption, historical patterns, and proactive alerts at configurable thresholds — defaulting to 80% of plan capacity.

Upgrade paths for federation-scale partners are negotiated with documented SLAs, dedicated quota pools, and burst windows aligned to event cycles.