Custom Software Engineering

Fewer moving parts, on purpose

The default architecture of 2026 is six services, four managed platforms, and a queue nobody remembers adding. It ships slowly and it breaks in ways nobody can reproduce.

We start from subtraction. One database until there is a measured reason for two. Server rendering until interactivity demands otherwise. A background worker only when a request genuinely cannot wait. Every component in the system has to justify its own operational cost.

Performance as a budget, not an afterthought

We set explicit budgets at the start of a build - server response time, Largest Contentful Paint, Interaction to Next Paint, bundle size - and treat a regression as a failing test rather than a follow-up ticket.

Deploying on the edge helps: static shells and cached data served from the network location nearest your user, with dynamic work kept small and close to the data.

• Core Web Vitals in the good band on real field data, not just lab scores
• Server components by default; client JavaScript only where interaction requires it
• Query budgets and indexes reviewed before launch, not after the first incident
• Observability wired in from the first deploy

Code you can own

You get the repository, the infrastructure definitions, the runbook, and an architecture document that explains why each decision was made - including the ones we would revisit.

We write for the engineer who inherits this in eighteen months. Boring names, obvious structure, tests where they carry weight, and comments only where the code cannot explain itself.

Where we fit

Greenfield products where the first version has to be right. Rescue work on a codebase that has become slow or fragile. And focused platform work alongside an existing team - usually the parts nobody has had time to fix.