PWA and retail operations Case study
Jeweltime
Jeweltime documents a real commerce-platform constraint and the work delivered around it. The page is written for reviewers who need the practical story: what was wrong, what changed and why it mattered in daily operations.
The business problem
Retail staff needed an app-like workflow for catalogue browsing, assisted ordering and internal admin tasks.
What I delivered
- A production-oriented PWA web app using PHP, MySQL and Vanilla JavaScript.
- Installable PWA behaviour, offline-aware caching and web push notifications.
- Kavenegar OTP/SMS integration and a WooCommerce database read layer for products, prices, stock and media.
Technical approach
- Built a practical operations app rather than a decorative website.
- Kept the stack lightweight and understandable for ongoing support.
- Connected catalogue, ordering and admin workflows around retail use cases.
Result and evidence
The system supports catalogue browsing, assisted ordering and internal workflows with ongoing technical support.
Commercial value
The project demonstrates end-to-end product thinking across frontend, data access, notifications and operational usability.
Readable implementation brief
implementation_brief {
project: "Jeweltime"
context: "PWA and retail operations"
problem: "Retail staff needed an app-like workflow for catalogue browsing, assisted ordering and internal admin tasks."
delivered: "A production-oriented PWA web app using PHP, MySQL and Vanilla JavaScript.; Installable PWA behaviour, offline-aware caching and web push no"
evidence: "The system supports catalogue browsing, assisted ordering and internal workflows with ongoing technical support."
value: "The project demonstrates end-to-end product thinking across frontend, data access, notifications and operational usabili"
}What this project shows
The project demonstrates end-to-end product thinking across frontend, data access, notifications and operational usability.
For an employer or client, Jeweltime shows how I approach production work: isolate the constraint, choose the smallest maintainable system and prove the result without adding avoidable operational risk.