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–Every OCPP tutorial explains how the charger talks to the backend. Almost none explain how the driver gets in.

Running an EV charging network used to mean signing up with an expensive platform vendor and handing over control of your infrastructure. Simplico built an alternative: a fully managed OCPP server, operator dashboard, and zero-install driver app — all under your brand, on your terms. See it live before you commit. Try our demo system: […]

Why feathering the throttle wastes fuel — and what to do instead Most drivers assume that light throttle equals less fuel burned. It feels logical. But it is wrong — and understanding why it is wrong is the key to genuinely improving fuel economy on any petrol or diesel car. This guide explains the physics, […]

Introduction The EV charging market is growing fast — and the software layer underneath it is where the real competitive advantage lives. Whether you’re a mobility startup, an energy company, or an enterprise spinning up an internal fleet charging solution, building your own white-label OCPP platform gives you control, scalability, and brand ownership that off-the-shelf […]

The Hidden Software Behind EV Charging Networks When people see an EV charger, they think about electricity. But behind every EV charging station is actually a distributed software system. A modern EV charging network includes: thousands of chargers cloud backend servers mobile applications payment systems real-time monitoring platforms

Modern EV charging platforms aren’t just about plugging in chargers—they’re about real‑time control, observability, and automation. This guide walks through a complete OCPP 1.6 demo environment that combines a web dashboard, backend APIs, and live charger communication. The goal of this guide is simple: show a working, production‑ready charging backend, not just slides or mockups.

As more companies explore electric vehicles, one truth has become clear: managing an EV fleet is much more complex than managing traditional fuel vehicles. Range varies by weather, charging takes time, electricity prices fluctuate, and batteries degrade differently depending on driver behavior.

As electric mobility expands, so does the need for smart, reliable, and auditable charging infrastructure. At Simplico, we’ve designed an EV charging backend that serves both business goals and engineering needs — one that supports real-time OCPP communication, robust user management, session tracking, and future growth.

Transform Your EV Charging Business Unlock the power to manage your own charging station network with a turnkey OCPP Central System and Mobile App (iOS & Android). Our solution brings together real-time management, bookings, payments, and an interactive station map—all in one flexible package. Choose the package that fits your needs and budget.

As electric vehicles (EVs) become more mainstream, users expect seamless experiences when interacting with EV charging stations — especially from their mobile apps. This means building a backend that is not only robust but also real-time, scalable, and easy to extend.

As EV charging infrastructure grows, user-friendly mobile apps and dashboards are essential. But how do you securely authenticate users in your app and link their actions to OCPP-connected chargers?

Electric Vehicles (EVs) are the future — and smart, user-friendly charging apps are a big part of the EV experience. If you’re building an EV charging solution with a Flask backend, this guide is for you.

Managing EV chargers requires real-time, asynchronous communication, remote control, and reliable data logging. In this post, we share how we built a production-ready, OCPP 1.6-compatible central system (CSMS) using:

As electric vehicles (EVs) grow in popularity, the demand for reliable EV charging infrastructure continues to rise. The Open Charge Point Protocol (OCPP) is the industry standard for communication between EV chargers (charge points) and central management systems. If you’re considering building an OCPP-based system, this blog post will guide you through the process from […]

As electric vehicles (EVs) continue to gain popularity, building robust EV charging apps has become a priority. One key feature that enhances user experience is offline support. Imagine an EV driver traveling through an area with limited connectivity; they still need access to charging session details, maps, and station information. This post explores the fundamentals […]