Web
Enterprise Frameworks
Multi-project systems under a single organisation. Shared API layers, centralised auth, unified data models.
Enterprise Frameworks
Architecture that still holds up two years later.
The build
The hardest engineering I do isn't a single app, it's the moment a business becomes several apps that need to talk to each other. One organisation, multiple products, shared users, shared data, and no room for the whole thing to turn into spaghetti.
I design these as frameworks, not one-off builds. A shared API layer every product speaks to, one auth system so a user exists once, and unified data models so the reporting adds up. The proof is simple: the architecture still holds up two years later, with new products plugged in rather than bolted on.
- Role
- Architecture, build, support
Technically engineered.
The decisions that make this build hold up.
- 01
One API layer, many products
Every product in the organisation talks to the same API layer. New apps don't reinvent the backend, they consume it, which is why adding a product takes weeks rather than months.
- 02
Centralised auth
A user exists once across the whole ecosystem. One account, one set of permissions, every platform recognising the same person, whether they're a customer on one app or staff on another.
- 03
Unified data models
The same entities mean the same thing everywhere, so cross-platform features and reporting don't need translation layers. When the numbers roll up, they agree.
- 04
Built for the second year, not the demo
Decisions are made for the version of the business two years out. That's the difference between architecture and a pile of features, and it's why these systems don't need rebuilding.
Where my services came in
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