A flowchart showing service nodes connected by directional arrows with compensation paths running in reverse.

Designing the Saga Pattern for Distributed Transactions: Orchestration, Compensation, and Commerce Resilience

A practitioner’s guide to building sagas for distributed commerce transactions, comparing orchestration and choreography, and showing how compensation, idempotency, and observability keep orders resilient when individual services fail.

September 3, 2026 · 10 min · 1993 words · martinuke0
Abstract network of interconnected nodes representing distributed systems patterns.

9 Distributed Systems Patterns You Should Know

A practical tour of nine distributed systems patterns that show up in real production stacks, from leader election to the Saga pattern, with concrete examples from Kafka, Postgres, and large web services.

September 3, 2026 · 9 min · 1784 words · martinuke0
Abstract diagram of traffic flowing through a load shedding filter before reaching backend services.

Designing Adaptive Load Shedding Strategies: Patterns, Thresholds, and Failover Mechanisms for Overload Resilience

How to design load shedding that adapts in real time, sets thresholds based on signal quality, and fails over gracefully when the system is already on fire.

September 3, 2026 · 11 min · 2210 words · martinuke0
Diagram of a load balancer distributing HTTP requests across backend server nodes.

Build an HTTP Load Balancer in Go: A CV-Worthy Side Project

A practical, runnable build guide for an HTTP load balancer with health checks and least-connections routing. Architecture, code, and a roadmap to senior-level extensions.

September 3, 2026 · 11 min · 2239 words · martinuke0
Abstract diagram of an LSM-tree with sorted runs cascading across levels.

Architecting RocksDB Storage Engines: Selecting Between Tiered and Leveled Compaction for Production Workloads

Compaction strategy is the single most consequential knob in a RocksDB deployment. This post walks through how tiered (universal) and leveled compaction actually work, what they cost at write and read time, and how to pick one based on your workload shape.

September 3, 2026 · 11 min · 2196 words · martinuke0
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