Full Stack Development in Morocco

Business problems

• A website that cannot become a product: no API to build on, no authentication model, and none of the operational basics — backups, logging, environments — so the first real feature request means rebuilding instead of extending what already exists.
• Backend and frontend owned by different people who do not share a domain model, so the same concept — a customer, an order, a status — gets defined twice and drifts apart the moment either side changes it without telling the other.
• A launch that left nobody responsible for production: no one watching error rates, no backup that has actually been restored and tested, and no plan for what happens when the first real outage hits.
• A product that only works in the founder's head, with no documentation and no second developer able to pick it up if the first one is unavailable for a month.
• Environments that drift — a staging server running a different PHP or Node version than production — so a bug that only shows up in one environment eats a day before anyone realizes why.
• A codebase where 'full stack' actually means one framework doing everything badly — a Node script rendering HTML by hand, or a PHP app with jQuery bolted on — instead of a clear boundary between API and interface.
• No staging environment at all, so every change is tested by a real user in production, and every rollback is a live incident instead of a planned step.

Development process

1. Map the workflow first — who does what, in what order, with what data — then the entities that fall out of it, then a thin vertical slice that can be deployed and used instead of a big-bang launch six months out.
2. Laravel or Node for the API, React and TypeScript for the interface, PostgreSQL for the data that has to be right, Docker in production so the environment is reproducible, and Redis where a queue or cache is actually justified by the workload.
3. Ship early to a small real workflow, then extend module by module as the next piece of the business gets modeled, instead of trying to model the whole company before anything runs in production.
4. Write the domain model down before writing a single migration, so the database schema is a translation of an agreed model instead of the first draft of one.
5. Add health checks and structured logging from the first deploy, not after the first incident, so a production issue produces a stack trace instead of a guess.
6. Keep the API and the interface as separate deployable units connected by a documented contract, even when one person builds both, so either side can be replaced later without a rewrite of the other.
7. Run a staging environment that mirrors production closely enough that a bug caught there is a bug caught before a customer sees it, not after.

What you get

• One person accountable for architecture, the interface and the deploy, so a bug does not bounce between a frontend team and a backend team arguing about whose contract broke.
• A codebase structured around the domain, not around whichever framework tutorial it started from, so Moroccan and European teams can both read it and keep extending it after handover without a rewrite.
• Production operations — backups, logs, deploys — set up from day one instead of retrofitted after the first incident.
• A single git history and a single deploy pipeline instead of three repos and three ways of shipping a change.
• Fewer handoffs between people who do not share context, which is usually where a timeline actually slips.
• A clear line between backend and frontend that survives even if a second developer joins later, because the contract between them was designed, not implied.
• Issues caught in staging instead of found by a customer, because the environments are close enough to trust the difference between them.

Selected projects