A modern EV charging management platform designed for operators who need real-time control, multi-site visibility, and infrastructure that actually scales with their fleet.
Every session, connector state, and energy reading — visible as it happens. WebSocket-native, zero polling.
Intelligent scheduling, dynamic load balancing, and per-site energy caps — optimized automatically.
VIN whitelist, MAC filtering, RFID tag management, and bypass controls — enterprise auth without the overhead.
Energy totals, revenue per charger, utilization trends, and exportable CSV reports — per region or globally.
Push firmware, run diagnostics, reset counters, and update config for any charger — without leaving your desk.
Transactions queue locally and reconcile automatically when connectivity returns. No gaps in your data.
Point any OCPP 1.6 device to your ARK NexusBytesEV System endpoint. Auto-discovery and registration happen immediately.
Group chargers by site or geography. Set individual pricing, currency, and power caps per region.
Set up authentication rules — VIN list, RFID tags, or open access — per charger group, in seconds.
Watch live data, review reports, and add new sites. The platform is built to grow with your operation.
ARK NexusBytesEV System communicates directly via OCPP 1.6 over WebSocket — no translation layers, no adapters. Lower latency, fewer failure points, and a direct handshake with every charger on your network.
Any charger that speaks OCPP 1.6 works with ARK NexusBytesEV System out of the box. No proprietary lock-in, no adapter fees.
OCPP is the most widely deployed EV charging protocol globally. Battle-tested across millions of sessions.
Infrastructure built on open standards outlasts proprietary alternatives. Your chargers remain manageable as your stack evolves.
Add 10 chargers or 10,000. The protocol handles it — and so does ARK NexusBytesEV System, without re-architecting anything.
ARK NexusBytesEV System was created by a team that ran into the same problems every EV network operator faces — and decided to fix them properly, using open standards and uncompromising reliability.
Empowering the shift to sustainable mobility through open infrastructure, rigorous engineering, and a platform operators can depend on.