Distributed & Event-Driven Systems
Systems that scale horizontally and keep working when parts don't.
In a distributed system, partial failure is the normal state, not the exception — the hard part is staying correct when a component is slow, restarting or briefly unreachable. I design event-driven architectures around durable streaming and queues like Kafka, with the patterns that make them trustworthy at scale: idempotent consumers, explicit delivery guarantees, backpressure and retries with care taken over ordering. The result scales horizontally and degrades gracefully, handling high-throughput data without quietly dropping or duplicating the records the business depends on.
What's included
- Event-driven architecture
- Kafka, queues & streaming
- Concurrency & resilience patterns
- Idempotency & delivery guarantees
- High-throughput data handling
Software Engineering & Data
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