A-players since 1982.

The early web — a glorious mess

1997 is when JavaScript got its first standard — ECMAScript 1.0. That's our starting line. We grew up with the web from there: table layouts, inline styles, PHP spaghetti, "works in IE but not in Netscape." It was a glorious mess. And when jQuery arrived, it felt like someone had handed us a power tool in the middle of a construction site.

JavaScript wasn't taken seriously. It was "just a scripting language," a glue for form validation and dropdown menus. But humans want things to feel alive. They want interfaces that respond, that move, that delight. And JavaScript was the only tool that could make that happen in the browser.

So the race began — not to replace JavaScript, but to make JavaScript faster.

Structure emerges — Backbone, Angular, and the MVC era

As applications grew more ambitious, the spaghetti became unbearable. Backbone.js arrived and gave us structure — models, views, routers. It was minimal and opinionated in the right places. Angular followed with a more radical vision — two-way data binding, dependency injection, a framework that tried to handle everything.

We built dozens of applications in this era. Single-page apps that replaced entire desktop tools. We learned what worked (component thinking, separation of concerns) and what didn't (digest cycles, implicit magic, frameworks that fought the browser instead of working with it).

React changes everything

We were early contributors to the React ecosystem when it was still in alpha — before JSX was accepted, before the virtual DOM was understood, before "thinking in React" was a phrase anyone used. What drew us in was the core insight: UI is a function of state.

This was functional programming arriving in the mainstream. No more imperative DOM manipulation. No more tracking which event handler mutated which piece of the page. You describe what the interface should look like for a given state, and the framework figures out the minimal changes to make it so.

That shift — from telling the computer what to do, to describing what you want — changed how we think about building software at every level.

TypeScript, scale, and the pursuit of correctness

JavaScript became serious. The V8 engine made it fast enough to run servers. Node.js proved it could handle billions of requests. But with scale came a need for discipline. TypeScript gave JavaScript the type system it never had — and suddenly, entire categories of bugs vanished before code even ran.

This was also the era where we expanded far beyond the browser. Native mobile apps in Swift and Kotlin. Python services for data processing and machine learning pipelines. Go for performance-critical backends. The language was never the point — the architecture was. We picked the right tool for each job and made them all work together.

We scaled systems to handle billions of page views. Small projects, enormous projects — the principles stayed the same. Clean architecture. Relentless testing. Code that the next engineer can read and trust.

The age of AI — and the craft matters more than ever

AI can write code now. That makes the human engineer more important, not less. Anyone can generate code — the difference is knowing whether the code is right. Understanding the architecture. Seeing the edge cases. Knowing what to build and, just as critically, what not to build.

We embrace AI as a force multiplier. We use it daily — and we build with it, too. Python for ML pipelines, TypeScript for applications, whatever the stack demands. But we bring twenty years of context to every decision: the instinct for when a shortcut will cost you later, the pattern recognition that comes from shipping dozens of products across every platform, the hard-won judgment that no model can replicate.

We're still learning. We always will be. That's the whole point.