Backend engineer focused on building reliable distributed systems, internal platforms and high-performance services with Go.
I work with microservices, event-driven architecture, PostgreSQL, gRPC, messaging systems and observability. I enjoy solving problems around concurrency, distributed workflows, API design, performance and infrastructure.
Currently exploring cloud-native systems, serverless platforms, developer tooling and open-source contribution.
- Distributed systems and microservices
- High-load backend architecture
- Go concurrency and runtime internals
- Event-driven systems with Kafka and NATS JetStream
- PostgreSQL performance and data modeling
- Authentication, LDAP and identity systems
- Observability with OpenTelemetry
- Serverless and cloud-native infrastructure
- Developer tooling and open-source software
- Designing Go microservices using Clean Architecture
- Building gRPC and REST APIs
- Working with PostgreSQL transactions, complex queries, indexes and EAV data models
- Designing asynchronous communication with Kafka and NATS JetStream
- Building LDAP-compatible authentication and directory integrations
- Implementing distributed patterns such as worker pools, pipelines, circuit breakers, bulkheads and Redis-based rate limiting
- Building observability pipelines with OpenTelemetry, tracing and profiling
- Deploying Go services to Google Cloud Run
- Working on backend systems involving real-time audio processing, telephony and gRPC streaming
- Contributing to open-source Go projects and exploring improvements in popular Go frameworks
A Go-based control plane for reducing serverless cold starts and balancing latency against infrastructure cost.
Technologies:
Go · PostgreSQL · Cloud Run · OpenTelemetry · Docker
Focus areas:
- automatic warm-up scheduling
- latency analytics
- cold-start detection
- cost optimization
- support for serverless and Knative-style workloads
Interesting backend and distributed systems projects, open-source collaboration and engineering challenges involving Go, cloud infrastructure and high-load systems.
Build simple systems. Understand complex ones.
