Transport & Logistics: ready template

Build an in-house logistics operations system (Transport Management System) that runs the full shipment lifecycle from pickup to proof of delivery, with an English-first dashboard plus Arabic RTL support. The system assigns orders to drivers by area, load and priority, and shows the live status of every shipment (new/picked up/in transit/delivered/returned) on an operational map. Apply a fine-grained roles and permissions system (operations manager, branch coordinator, fleet supervisor, accountant) with secure login, two-factor authentication and encryption of sensitive data. Design a database indexed on shipment number, area and date, geographically shardable as you grow, with caching for read-heavy screens and task queues (queues) for the heavy assignment and notification work. Add rate limiting, protection against common attacks, daily backups, and logs and monitoring (observability) for every operation. Connect ZATCA e-invoicing to issue a compliant invoice automatically on delivery, payment gateways (mada, Apple Pay, Moyasar, HyperPay) for cash-on-delivery collection, and WhatsApp for notifications. Deliver it production-ready with a professional user experience, tests and concise documentation, and the code belongs to the user.

Build an online portal facing shippers and merchants (B2B) where they request shipments and track their orders without calling the operations team. The portal lets them create a single shipment request or upload a batch by file, choose the service type and estimated price, and print barcoded waybills. Design it multi-tenant so each merchant sees only their own data, with roles and permissions inside the merchant account (owner, coordinator, accountant) and secure login. Make the interface English-first with Arabic RTL support and full accessibility, and design an architecture that scales to millions of orders through database indexing, caching of the tracking pages, queues for processing large batches, and a content delivery network (CDN) for static assets. Apply rate limiting, encryption, backups and monitoring logs. Connect payment gateways (mada, Apple Pay, Moyasar, HyperPay) for shipping charges, ZATCA for merchant invoices, and WhatsApp for order status alerts. Add a monthly financial reconciliation dashboard per merchant, and deliver it production-ready with tests and documentation; the code belongs to the user.

Build a last-mile automation engine that runs on top of the existing shipment system with minimal human intervention. It takes in the day's orders, groups them into delivery batches by area, weight and time window, and lays out the optimal route for each driver with estimated arrival times by connecting a maps service with an API key. It handles failed delivery attempts automatically with smart rescheduling and a customer notification, and spots late or returned shipments and alerts the supervisor. Rely on task queues (queues) to spread the heavy computation, and scheduled jobs to launch route planning at dawn and issue an evening performance report, with caching of map results to reduce usage. Design an architecture that scales to thousands of routes a day with database indexing and partitioning where needed, and apply security, encryption, rate limiting, backups and monitoring logs that show every decision the engine made. The admin interface is English-first. Connect WhatsApp for rescheduling notifications, and deliver it production-ready with tests and concise documentation; the code belongs to the user.

Build a professional mobile app for the driver and courier (Expo) that works offline-first: it shows today's deliveries ordered along the route with navigation, allows status updates (picked up/in transit/delivered/failed) with a failure reason, proof of delivery by photo, signature and barcode scan, and collects cash on delivery. When the network drops, it stores the updates locally and syncs them automatically when the connection returns, without losing a single operation. Apply secure driver login and permissions restricted to their own shipments, with encryption of data on the device and in transit. The interface is English-first, simple enough for one-handed use while driving, with Arabic RTL support and accessibility. Design the back end to scale to thousands of concurrent drivers through queues that absorb sync batches, database indexing and caching, with rate limiting, backups and monitoring logs that track the driver's location and activity. Connect maps for navigation and WhatsApp to notify the customer as the driver approaches, and deliver it production-ready with tests and documentation; the code belongs to the user.

Build a public live-tracking platform that millions of customers can open to follow their shipments, with high performance. The customer enters a shipment number or a unique link and sees the order status, the moving driver's position on the map, the expected arrival time and an event timeline, with a rating page after delivery. Focus on horizontally scalable architecture: separate the tracking service from the core system, receive location updates through task queues, and push them to the browser live over WebSocket, with strong caching for the read-heavy tracking pages and a content delivery network (CDN) for assets and maps. Design a database indexed on the shipment number and geographically sharded, separating tracking reads from system writes so it withstands peak loads. Apply rate limiting on the public tracking endpoints, encryption, protection against common attacks, backups, and monitoring (observability) with health dashboards and alerts. The interface is English-first with Arabic RTL support, full accessibility and excellent mobile performance. Connect WhatsApp to send the tracking link automatically, and deliver it production-ready with tests and documentation; the code belongs to the user.