End user
Complete primary journey
We build EV charging platforms with station maps, connector availability, slot booking, charging session tracking, wallet/payment flows, station owner dashboards, energy analytics, notifications, reviews, and admin control.
Product system blueprint
Illustrative product architecture — no fake metrics or guaranteed outcomes.
System signals
Smartphone
Users
Layers
Workflow
Shield
Layout Dashboard
Complete primary journey
Run day-to-day operations
Illustrative product lifecycle
Stage 1 / 4
Request
User submits need with location/context.
Monitor your entire EV charging network from a bird's-eye view. Track live sessions, connector health, energy utilization, and revenue generation in real-time.
kW load across all stations (Last 12 hours)
A complete ecosystem connecting drivers with charging infrastructure.
Locate stations, book slots, monitor active charging sessions, and pay.
Monitor hardware health, track revenue, and analyze energy delivery.
Manage charging access, budgets, and reporting for commercial fleets.
Approve new stations, manage users, set network-wide pricing, and handle disputes.
Pre-architected components designed for rapid deployment of a robust EV network.
The main interface for users to find and interact with charging points.
Interactive mapping to locate the nearest available and compatible stations.
Real-time communication with the charger to display battery progress.
Integrated financial system for seamless post-session billing.
A dedicated dashboard for hosts to monitor their specific hardware.
The global control center for the entire charging infrastructure.
Everything needed to manage live sessions, payments, and hardware networks.
Live status updates ensuring drivers don't travel to occupied or broken chargers.
Suggest stations based on current battery level and route trajectory.
Allow users to reserve a connector for a specific time window.
Corporate accounts to manage multiple drivers and consolidated billing.
Detailed graphs breaking down kW consumption and peak load times.
Architecture designed to integrate with OCPP-compliant station hardware APIs.
Manage your charging infrastructure, approve new stations, track session billing, and monitor hardware maintenance alerts from a unified backend.
Built on scalable, secure, and modern technologies to handle live data and payments. (OCPP / IoT integration support can be planned if station hardware APIs are available).
Native-feeling mobile apps for iOS and Android built on a single codebase.
Enterprise-grade web portals for station owners and network admins.
Real-time infrastructure capable of handling constant hardware status pings.
Encrypted storage for user wallets, session histories, and station data.
Common technical and operational questions about this app architecture.
No. We are a software development company. We build the mobile app and backend systems that interface with your existing or planned hardware network.
The backend server communicates with the charging hardware (typically via the OCPP protocol). As soon as a car plugs in, the hardware alerts the server, which instantly updates the map for all users.
Yes, we can engineer reservation logic that temporarily marks a charger as 'Reserved' on the map and begins a countdown timer for the user to arrive.
Billing logic can be highly customized. We can calculate costs based on time connected, energy dispensed (kWh), flat session fees, or a combination of all three.
Yes, the backend can be designed to associate physical RFID tags with user accounts, allowing them to tap and charge without opening the app.
We build robust error handling and support tools allowing admins to view hardware logs, remotely reset sessions, and process immediate refunds.
These are not fixed templates. We use these architectures as a proven starting point, customizing every module, design detail, and backend workflow to match your unique business goals.