API & Platform Integration
Make separate systems work as one.
We connect applications, platforms, and data sources through secure, reliable APIs and integration workflows designed around real operational requirements.
PiBert designs integrations that move data and actions safely between applications, internal systems, external platforms, automation workflows, and third-party services.
From REST APIs and webhooks to authentication, transformation, synchronization, retry handling, and data validation, we build the logic required to keep connected systems consistent and dependable.
Discuss an integration{ "customerId": "A-102", "status": "ready" }{ "customer_id": "A-102", "state": "READY" }Connected systems with explicit contracts.
Authentication, mapping, state, delivery, and failure behavior are designed as part of the integration—not left around the API call.
API Development
Design and build REST-style APIs for applications, automation systems, internal platforms, and service-to-service communication.
Third-Party Platform Integration
Connect existing software with external platforms and services while handling authentication, data formats, errors, limits, and platform-specific behavior.
Webhook & Event Integration
Build event-driven workflows where systems respond to changes, callbacks, status events, or external notifications.
Data Transformation & Mapping
Translate data between systems with different schemas, structures, identifiers, formats, and validation requirements.
Synchronization Workflows
Coordinate data movement between applications while managing state, duplicates, retries, partial failures, and consistency.
Integration Reliability
Add validation, authentication, logging, idempotency, retry strategies, timeout handling, and failure visibility around integrations.
An API call is only one step of an integration.
Production integrations have to handle authentication, validation, mapping, state, timeouts, rate limits, retries, duplicate events, partial failures, and unexpected responses. PiBert treats those behaviors as part of the integration architecture so connected systems remain predictable even when one side behaves unexpectedly.
- 01Source
- 02Authenticate
- 03Validate
- 04Transform
- 05Route
- 06External System
- 07Verify
- 08Synchronize
Events processed once, even when delivered again.
This illustrative flow validates an incoming event and acknowledges a duplicate without repeating its application work.
- Event received
- Idempotency check
- Validate
- Process
- Acknowledge
Built for imperfect external systems.
External platforms are outside your control. Requests fail. Tokens expire. APIs change. Limits are reached. Webhooks arrive more than once.
We design integrations with controlled retries, idempotent processing, validation, state tracking, error isolation, and clear failure handling so one unreliable dependency does not silently corrupt the entire workflow.
Where dependable integration fits.
- Application-to-application integration
- Internal API development
- Third-party API integration
- CRM / operational platform integration
- Data synchronization
- Webhook processing
- Authentication integrations
- Automated data exchange
- Integration middleware
- Service-to-service communication
- API-backed automation
- External platform orchestration
Tools selected for the system.
Integration architecture is selected according to the systems involved, authentication model, data consistency requirements, failure modes, and expected request patterns.
Have systems that need to exchange data, actions, or events reliably?
Bring PiBert the systems, authentication constraints, data contracts, event behavior, and consistency requirements.