Accelerate Your EVerest EV Charger Integration with Expert Development Services
Bridging the Gap Between Open Source and Production
The EVerest framework is a game-changer for the EV industry, but the “last mile” of integration is where most projects stall. Transitioning from a generic Linux environment to a robust, safety-critical EVSE requires more than just porting code—it requires a deep understanding of the underlying electronics.
At Versinetic, we act as your specialised engineering partner.
We take the EVerest open-source stack and “harden” it for your specific hardware architecture, ensuring your time-to-market is measured in weeks, not years.
Our Core EVerest Engineering Services
We map EVerest’s modules to your silicon. Whether you are using an NXP i.MX8, a Raspberry Pi Compute Module, or bespoke ARM-based boards, we handle the driver development for power meters, RFID, and thermal management.
Implementing V2G (Vehicle-to-Grid) and Bi-directional charging involves complex certificate handling. We integrate the necessary Secure Elements and TPMs into the software flow, ensuring seamless, secure communication between the vehicle and the grid.
We customise EVerest’s communication layer to ensure your back-office data is accurate. From complex load-balancing algorithms to bespoke reporting metrics, we make sure your charger speaks the language of your network.
Why Partner with Versinetic?
We don’t just write code; we build the hardware it runs on.
Many of Versinetic’s engineering team have been at the forefront of EVSE design since the first national infrastructure rollouts.
By using our Charging Blox modular architecture alongside EVerest, you gain a pre-validated starting point that significantly reduces risk during certification.
- Real-World Validation: We test against actual vehicle ECUs, not just simulators.
- Regulatory Readiness: We ensure your implementation meets UK Smart Charging Regulations and international safety standards.
- Future-Proofing: We don’t just “install” EVerest; we architect your system to handle future ISO updates and grid requirements.
Subscription-free pricing model: When you buy the modules, the software is included as part of the purchase price. No long-term hassle and expensive burden of subscription models.
How to Get Going with Versinetic's EVerest Development Service
- 1: Contact Our Sales Team: Discuss your needs and find out how we can help.
- 2: Order a Development Kit: Get everything you need to start development quickly.
- 3: Start Production: Move smoothly from development to production with our pre-tested solutions.
Watch the EVerest Overview
Ready to move from repo to production? Let’s discuss your hardware architecture.
EVerest Knowledge Panel
EVerest is an open source software project for electric vehicle (EV) charging stations, developed under the Linux Foundation Energy (LF Energy) initiative.
Its primary goal is to create a modular, flexible software stack that can be used by charging station manufacturers and operators.
The EVerest framework provides a reference implementation and modular architecture that allows for interchangeable modules and easy addition of new features.
This open-source approach offers several advantages, including fostering a community of developers who can contribute to the code base and enabling local energy management use cases.
The modular design makes it simpler for charging station manufacturers to customise and extend the software for their specific needs.
As an open-source project, EVerest aims to accelerate innovation in EV charging infrastructure while promoting interoperability and standardisation across the industry.
EVerest uses the open source Apache-2.0 license.
EVerest is an open-source platform meaning that you can access and modify the source code to add bespoke features.
It has a large development community allowing it to stay in touch with the latest standards and rapidly fix bugs.
Members of the EVerest community sit in various boards related to charging, Vehicle to X (15118), charge point communication protocols (Open Charge Alliance), meaning EVerest will be shaped with the direction the community drives it.
Yes, EVerest charging stations both can be seamlessly integrated with existing infrastructure due to their modular design and compatibility with various EV charging standards.
This allows for easy installation and scalability for businesses looking to incorporate EV charging solutions into their current setups.
Ready to make your EV charger development seamless and efficient?
Get in touch with our sales team to discuss your project needs and kickstart your journey to market with EVerest for EV Charging.
EVerest is designed for Linux-based systems (MPU). For lower-power MCU applications, we typically recommend a hybrid approach or our bespoke lightweight stacks, depending on your ISO 15118 requirements.
As EVerest is Open Source under the Apache-2.0 licence the solution offered can be tailored and modified at any part of the system to fit in with your IP.
Changes can be made to expose additional functionality or to make your charger fit your existing ecosystem.
Customisation options include:
- dialling home for remote diagnostics
- creating custom load balancers
- interfacing with Home Management Systems
- designing user and installer journeys
- interfacing with additional hardware, payment terminals, site meters and RFID.
Yes. While our Charging Blox provides the fastest route, we frequently provide consultancy and porting services for clients with their own proprietary ARM or x86-based charging hardware.
EVerest includes modules for V2G, but physical implementation requires specific hardware support for AC or DC switching. We provide the logic and driver integration to manage these power flows safely.
EVerest in its standard form needs levels of changes to take it to production level.
These would be standard in the tailoring EVerest to meet your needs.
Examples of modules that would need implementing / tailoring are: networking, security (secure boot, encryption, device lockdown).