Series

This series explores the distributed systems that power modern financial infrastructure from data ingestion and messaging pipelines to storage, observability, failure semantics, and safe system evolution. It focuses on designing systems that remain correct, interpretable, and reliable over time.

This series examines how markets coordinate without a coordinator: global price convergence, order propagation, deterministic matching, and the distributed architecture behind modern exchanges. It reveals the systems that move liquidity, information, and risk across venues in real time.

This series breaks down how real DeFi systems are built and where they break. It covers the core architecture of protocols, the infrastructure they rely on, the failure modes that have taken down major projects, and the engineering principles needed to design resilient systems.

Learn how high-performance systems cut response times from milliseconds to microseconds. This series breaks down the core principles behind low-latency engineering: from network paths and batching to cache locality, contention, and real-time C++ design.

This series documents what it takes to build, deploy, and operate real trading systems under real constraints. It focuses on the things that matter once strategies leave notebooks and hit production.