01 / 07 Service

System Design & Performance Engineering

Architecture review, distributed system design, caching strategy, and latency work for products that have outgrown the shape they were first built in.

25+ yrs

Architecture

Low latency

Systems

Hardening

Production

02 / 07 What this covers

System design, performance tuning, and the structural decisions that decide how far a product can scale

This is the work that sits above any single feature: how services are split, where state lives, what is cached and for how long, which paths need to be fast, and which failure modes are acceptable. It suits products that work today but are becoming expensive to change.

Typical scope

Architecture review, service boundaries, caching strategy, and targeted performance work

That can mean an audit of an existing system, a redesign of the parts that hurt, a caching and data-access strategy, latency profiling on the paths that matter, or production hardening before a system carries real traffic.

Why it matters

Most scaling problems are design problems that were cheap to fix earlier

Throwing hardware at a structural problem buys time and raises the bill. Deciding boundaries, data flow, and caching deliberately keeps a system understandable, and keeps the cost of the next change proportional to its size.

03 / 07 Supporting stack

Distributed systems, caching, low-latency paths, and security treated as design inputs rather than afterthoughts

The background here is 25+ years of system design across trading infrastructure, realtime products, and client platforms, where correctness under load and predictable latency were requirements rather than aspirations.

  • System Design
  • Distributed Systems
  • Caching Strategy
  • Low Latency
  • Microservices
  • Production Hardening

04 / 07 Proof

Work that already carries this

  • RustDX as low-latency, systems-level proof
  • NativeCharts for realtime rendering under load
  • Database and hosting services for the layers this work touches
  • Trading systems background where latency and correctness were non-negotiable

05 / 07 The full range

Thirteen services, one engineer

Most projects cross more than one of these. They are listed separately because they are bought separately, not because they are delivered in isolation.

13 services in total · 7 sections on this page

07 / 07 The next move

Has the system outgrown the shape it was built in?

If changes are getting slower, latency is creeping, or nobody is confident about how the parts fit together, an architecture review is usually cheaper than the workaround.

See Systems Proof->Discuss Architecture