Rhino LED Lights
Dealer staff work from one computer all day and reorder constantly. Rather than send them back to a browser each time, dealer ordering was given its own application - installed on the machine, opened like any other tool, and connected to the same catalog, pricing and order history as the website.
Rhino's dealers are shops, and shop staff do not live in a browser. They work from one machine at the counter, with a handful of programs open, and they reorder constantly. Ordering through a website means finding the tab, signing in again, and working through a store designed for consumers who visit once.
For someone placing orders every week that friction adds up: the same products looked up the same way, the same login, the same navigation - and a phone call to the office whenever something does not behave as expected.
What dealer staff wanted was ordering that behaves like a tool they own: installed on their machine, open when they need it, remembering who they are - while still running against the same catalog, the same pricing and the same order history as everything else.
Dealer staff spend the day on one computer. Anything they use often needs to be there with everything else they use often - not behind a browser, a bookmark and a login prompt.
A consumer store is built for someone deciding what to buy. A dealer already knows. Favorites, search and order history are the whole job, so the interface is built around finding known products fast and getting them ordered.
Dealers run Windows, Macs and the occasional Linux machine. One codebase covers all three, so which computer sits on the counter never became a question anyone had to ask.
The app is a different front door to the same platform: the same catalog, the same dealer pricing rules and the same orders as the main e-commerce system. There is no second set of data to keep in step.
If people use your system every day, the way they reach it matters. Tell us who uses yours, how often, and what they are doing when they get stuck.
API key authentication with credential storage handled by the operating system, plus auto-login and "Remember Me" so dealer staff stay signed in between sessions.
Catalog browsing with real-time search, category filtering, pagination, a favorites system and dealer-specific pricing applied server-side.
Cart with quantity management, shipping rate calculation, payment method integration and order confirmation, all driven through the platform API.
Order history with status monitoring, detailed order views and integration with backend payment processing, so the app shows the same order state as the web platform.
Connectivity detection with automatic retry, offline handling and clear status indicators, so a dropped shop connection is visible rather than silent.
API endpoint management with environment detection and configurable endpoints, so the same build can be pointed at development or production without a separate release.
Account dashboard showing dealer information, pricing settings, payment methods and account preferences, pulled from the same records the web portal uses.
Responsive interface built with Bootstrap 5 and CSS variables for theming, with sidebar navigation, loading states and progress indicators throughout.
Application packaging with code signing support for Windows, DMG creation for macOS and AppImage for Linux, built through automated scripts.
Clear separation between the main process (Node.js) and the renderer process (web technologies), communicating over defined IPC channels.
Distinct modules for authentication, product management, cart operations and order processing, so each area can change independently.
Context isolation, credential storage through OS APIs, enforced HTTPS and Content Security Policy headers in the renderer.
If any of that sounded like your business, this is the service it falls under.
Sometimes the answer is a desktop app, sometimes it is a phone, sometimes it is removing a step nobody needed. Show us how the work happens today and we will tell you which one it is.