Hire for Pact Mastery
Pact is the premier framework for **Consumer-Driven Contract Testing**, replacing slow, fragile end-to-end integration tests. You need an engineer who can define and enforce reliable contracts between microservices. Our vetting focuses on engineers who can eliminate service dependency bottlenecks, leverage the Pact Broker for verification, and dramatically accelerate your deployment frequency.
Sound Familiar?
Common problems we solve by providing true Pact experts.
Integration Test Hell: Slow and Brittle Deployments
The Problem
Your reliance on full-stack integration tests makes your CI/CD pipeline slow, expensive, and a single point of failure. Deployments are stalled waiting for the entire environment to be ready.
The TeamStation AI Solution
Pact experts implement consumer-driven contract testing, allowing services to be verified independently. This replaces slow integration tests with fast, reliable contract checks run in isolation.
Proof: 80% reduction in integration test suite run times and CI time.
Uncontrolled Microservice Mismatches in Production
The Problem
When an API provider changes its output, consumer services fail silently in production because there is no mechanism to check compatibility *before* deployment.
The TeamStation AI Solution
Our experts establish a **Pact Broker** workflow for continuous verification. This provides immediate, real-time visibility into service compatibility, allowing providers to see breaking changes before they deploy.
Proof: 95% decrease in production incidents caused by breaking API changes.
Lack of Clear, Enforceable API Contracts
The Problem
API documentation is often outdated or ambiguous, leading to integration bugs, development rework, and a breakdown of trust between service teams.
The TeamStation AI Solution
With Pact, the contract is code—an executable, verifiable artifact. This ensures that documentation is always synchronized with reality, creating a single source of truth for service interactions.
Proof: 50% faster feature delivery due to parallelized, non-blocking development.