Product APIs
Clear application interfaces for web, mobile, partner or internal consumers.
We design and build API surfaces and integrations that move data and actions between systems with clear contracts, predictable failure behavior and operational visibility.
Connect your systems Explore related workRequest, response and event shapes.
Authentication, authorization and service trust.
REST, GraphQL, gRPC, webhooks or event delivery.
Persistence, caching, idempotency and reconciliation.
Retries, visibility, alerting and failure recovery.
Integrations fail operationally when contracts are unclear, retries are unsafe or nobody can tell whether a request actually completed. We design the connection as part of the workflow, not as a hidden technical afterthought.
A product needs to connect to payments, messaging, CRM or another external service.
Two internal systems repeatedly require manual data transfer.
An existing integration is fragile, opaque or difficult to recover when it fails.
A product needs a clear API for another application or partner.
Webhooks or events need safer delivery and idempotent handling.
Multiple services need a consistent integration boundary.
APIs, events and adapters with deliberate boundaries and understandable failure behavior.
Clear application interfaces for web, mobile, partner or internal consumers.
Connections to external products and services around real product workflows.
Event-driven connections with explicit delivery, retry and duplicate-handling behavior.
Controlled movement of records between systems with reconciliation where required.
A clear boundary when multiple external systems need to connect through one product surface.
Focused connection layers that reduce the need to rewrite a working system simply to integrate it.
The best integration is not the one with the most endpoints. It is the one with clear ownership, resilient behavior and enough visibility to understand what happened.
How Software Yard worksYour agreed scope defines the final deliverables.
Identify the systems, ownership boundaries and exact workflow crossing between them.
Specify the contract, data shape, authentication needs and expected failure behavior.
Design idempotency, validation, retries and reconciliation where the workflow requires them.
Implement the connection using the protocol and runtime that best fit the systems involved.
Add enough logging and operational visibility to understand successful and failed exchanges.
Test real failure cases, duplicate delivery and recovery before relying on the integration.
The final stack depends on the product, constraints and existing systems. These are tools relevant to this capability, not a requirement to use them all.
Explore the public stories behind relevant work from the Yard.
An integration is successful when users stop thinking about the boundary between systems.Junkyard Mind / Software Yard
Yes, when suitable API access, documentation and permissions are available.
Yes. Product APIs and integration-facing interfaces can both be part of the work.
Yes. Webhook delivery, validation, retries and duplicate handling are common integration concerns.
Failure behavior is designed around the workflow, including retry, fallback or reconciliation where appropriate.
Sometimes. The practical approach depends on what interfaces or data access the existing system exposes.
Important integrations should have enough operational visibility to distinguish success, delay and failure.
Bring us the systems, the data that needs to move and what should happen when the connection fails.