Your CRM does not talk to billing. Analytics cannot reach product data. Partners need programmatic access you do not offer. We design the APIs that connect everything: versioned, documented, and built to survive upstream spec changes.

43%of API-using companies say APIs generate over 25% of their revenue

92%of organizations plan to maintain or increase API investment

$14Kaverage cost per minute when API-dependent systems go down

The quality of an API is invisible until something breaks. A well-designed API handles versioning, authentication, rate limiting, pagination, and error reporting with enough consistency that consumers can build against it confidently. A poorly designed one creates support tickets, integration bugs, and the kind of brittle dependencies that break in production the day traffic spikes. The difference is engineering rigor applied at the design stage, not patches applied after the first incident.

We build APIs across RESTful, GraphQL, and event-driven patterns: consistent resource naming, proper HTTP semantics, OAuth 2.0 or API key authentication, role-based authorization, request validation, structured error responses with actionable messages, rate limiting with clear headers, and versioning strategies that let you evolve the API without breaking existing integrations. Every API ships with OpenAPI documentation generated from the code, not written separately and left to drift.

Integration work is the other half. Connecting your systems to payment processors, shipping providers, identity services, data warehouses, SaaS tools, government systems. We have integrated with hundreds of external APIs and learned where they deviate from their documentation, where their rate limits are tighter than published, where their webhook delivery is unreliable, and where their sandbox does not match production. That experience shows up as retry logic, circuit breakers, idempotency handling, and defensive coding patterns that keep your system running when the third-party system does not.

Well-built integrations run for years without intervention. Poorly built ones generate on-call pages. The difference is edge case engineering: handling timeouts, partial failures, out-of-order webhooks, and the upstream API that returns a 200 with an error body instead of a 4xx. We build for those cases because we have been woken up by them enough times to know they are not hypothetical.