EV Charging Software & Infrastructure Platforms
The EV economy runs on three things behind the plug: reliable charging stations, software that keeps them online and profitable, and payment/settlement rails that work across networks. Zyfolks builds the layer that sits between chargers, drivers, and operators — OCPP-native backends, polished mobile apps, and blockchain settlement where it adds real value.
AI Solutions for EV Charging
AI unlocks better utilization and customer experience. Demand forecasting predicts queuing hotspots so operators can add capacity or dynamic pricing where it matters. AI agents handle driver support — failed sessions, receipts, refund requests — without waking your ops team. Predictive maintenance catches charger faults before drivers hit them, protecting your review scores and uptime SLAs.
Blockchain Solutions for EV Charging
Charging networks interoperate through roaming agreements, and those agreements run on settlement that nobody fully trusts without an intermediary. Custom blockchain makes energy-consumption records tamper-proof, enables smart-contract micropayments (pay-per-kWh without a clearing house), and supports peer-to-peer energy trading for V2G and home-charger flexibility programs. Renewable-energy attribution via on-chain RECs gives buyers verifiable proof of green-energy sourcing.
Custom Software & Integrations
We build the full stack: a CSMS that speaks OCPP 1.6/2.0.1 to any charger, OCPI for roaming, ISO 15118 for plug-and-charge, white-label Android driver apps with find-and-charge, reservation, and payment, operator dashboards for pricing and reporting, and payment gateway integrations tuned to the region (UPI, cards, wallets, auto-reload, fleet billing).
Related Insights
Frequently Asked
Questions
Common questions about building OCPP-native EV charging platforms and apps.
A charging station management system (CSMS) that talks OCPP to chargers, a driver-facing mobile app for discovery/reservation/payment, a backend for pricing and billing, roaming interoperability (OCPI), fleet-management tools, and an analytics layer for utilization and uptime reporting.
All the major ones. OCPP 1.6 and 2.0.1 for charger↔CSMS. OCPI 2.2 for roaming between networks. ISO 15118 for plug-and-charge and V2G. We build CSMS that speak these protocols natively, and integrate with existing chargers from ABB, Delta, Schneider, Exicom, and others.
Tamper-proof energy-consumption records (settling with grid operators and roaming partners), smart-contract micropayments (pay-per-kWh without intermediaries), peer-to-peer energy trading between home chargers and grid-tied batteries, and transparent renewable-energy attribution via on-chain RECs/I-RECs.
Yes. UPI (India), cards via Razorpay/Stripe, in-app wallets with auto-reload, RFID cards, and fleet-billing APIs. For tokenized/crypto payments we wire in stablecoin settlement layers. The payment layer is independent of the CSMS so it evolves without retooling the charging stack.
Both, and the CSMS in between. A typical engagement is a white-label driver app (find-and-charge, pricing, reservation, payment, ratings), an operator dashboard (station health, pricing rules, revenue reports), and the CSMS connecting to chargers and payment rails.
Launch or scale your EV charging network
Whether you're deploying your first 50 chargers or scaling to thousands across multiple cities, we'll scope the CSMS, driver app, payment rails, and settlement layer to match your operating model.