Amanullah Soomro.

Challenge

AIME's flagship promise: an idea in, a shipped product out. Scope, personas, design, code and deployment in one loop, with an intelligent agent doing the building, live in the browser.

Built

The agentic core: multi-agent orchestration, an in-browser build runtime, design-to-code, and deployment automation. The parts that make it more than a code generator.

Outcome

The product at the centre of AIME's offer, in production with its clients.

Challenge

Off-the-shelf coding agents don't know your architecture, your standards or your codebase. AIME needed its own.

Built

AIME's own coding agent for the terminal: the agent loop and its tooling, code-intelligence engines that give it deep knowledge of a codebase, and the CI, releases and product site around it.

Outcome

Versioned, released and adopted by the engineering team, with onboarding docs so it outlives its author.

Challenge

What if hiring help meant deploying it? Digital coworkers with actual jobs, working real tools, with a human approving the sensitive moves.

Built

The whole platform, end to end: a build-a-colleague canvas, role-based agent runtimes, custom tool servers for the work each role does, a real-time chat layer, and human-in-the-loop approvals.

Outcome

In production for the AIME team: digital colleagues carrying real workloads, with humans keeping the final say.

Challenge

Designing photonic chips takes PhD tooling and years of practice. Could an intelligent CAD tool put real photonics in the browser: canvas, physics and fabrication-ready output?

Built

Every line of it: a canvas editor with port-aware waveguide routing, a Python engine with real optics behind it, differentiable circuit simulation, a Rust-to-WebAssembly geometry core, and a physics-aware design assistant grounded in photonics documentation. The physics honed with a friend deep in a photonics PhD.

Outcome

A working deep-tech product spanning TypeScript, Python and Rust, with investor materials to match. Built on nights and weekends.

Challenge

Merchants wanted to take card payments without buying and maintaining dedicated terminal hardware.

Built

Card acceptance from proof of concept to production: Stripe Terminal through a Bluetooth reader, and Tap to Pay on iPhone and Android. Around it, the device integrations, the app's security layer and the release process.

Outcome

Live on the UK App Store, taking real card payments for real businesses.

Challenge

A learning platform needed structured pathways: versioned, rule-driven training journeys assigned across organisations, sites and roles, without one organisation ever seeing another's data.

Built

The frontend, end to end: creation wizard, version management and dashboards. And the pathways module inside the client's Java Spring Boot backend: domain model, services, versioning and multi-tenant isolation.

Outcome

A complete capability delivered end to end by one engineer, domain model to wizard, hardened for multi-tenancy.

Challenge

Brands want to reach people in the physical world: a notification as you walk into the stadium, not an email the day after. That takes reliable geofencing running inside other companies' apps.

Built

Geofencing SDKs for Android and iOS, in Kotlin and Swift: entry, exit and dwell detection, background refresh, push routing and rich video and modal notifications. Around them: developer documentation for both platforms, test automation with simulated GPS routes, and the public release channels.

Outcome

Versioned releases on Maven, embedded in partner apps, live across dev, staging and production.