ARK NexusBytes is the operating layer for EV charging networks — real-time fleet control, dynamic load management, and multi-region visibility, built on OCPP so your hardware choices stay yours.
Every feature ships from the same engine that runs live sessions today — not a roadmap slide.
Every session, connector state, and energy reading — visible as it happens over a WebSocket-native connection, zero polling.
Site-wide power budgets that flex in real time, with safety and emergency margins built in so you never trip a breaker chasing throughput.
VIN whitelist, MAC filtering, and RFID tag management with instant bypass controls — enterprise auth without the enterprise overhead.
Energy totals, revenue per charger, and utilization trends — exportable per region or rolled up globally, in the currency your site bills in.
Push configuration, run diagnostics, and update charger settings from a single console — without a truck roll.
Transactions queue locally on the charger and reconcile automatically when connectivity returns. No gaps in your revenue data, ever.
Chargers register themselves by ID prefix, isolate into their own region automatically, and report back to the same live console — whether they're on a depot in Tel Aviv or a transit route in São Paulo.
Point any OCPP 1.6 device to your ARK NexusBytes endpoint. Auto-discovery and registration happen immediately, region inferred from charger ID.
Group chargers by site or geography. Set individual pricing, currency, and power caps per region, isolated from the rest of your fleet.
Set up authentication rules — VIN list, RFID tags, or open access — per charger group, in seconds, with live status feedback.
Watch live data, review reports, and add new sites. The platform is built to grow with your operation, not around it.
ARK NexusBytes communicates directly via OCPP 1.6J over WebSocket — no translation layers, no adapters. Lower latency, fewer failure points, and a direct handshake with every charger on your network.
A side-by-side against the closed, vendor-locked systems most legacy charging networks still run on.
| Capability | Legacy vendor platforms | ARK NexusBytes |
|---|---|---|
| Hardware compatibility | Locked to one manufacturer | Any OCPP 1.6J charger |
| Load management | Fixed per-site caps | Dynamic, real-time budgeting |
| Multi-region isolation | Single global view | Per-region access & pricing |
| Offline transaction handling | Data loss on disconnect | Local queue & auto-reconcile |
| Integration cost | Adapter & licensing fees | Direct protocol, no middleware |
Any charger that speaks OCPP 1.6 works with ARK NexusBytes 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 NexusBytes, without re-architecting anything.
We stopped worrying about breaker trips the week we turned on dynamic load management. It just holds the budget.
Switching hardware vendors used to mean a platform migration. Now it means plugging in a new charger.
Region isolation was the feature we didn't know we needed until our first cross-border rollout.
ARK NexusBytes 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.