EV Charging Software Development

A focused custom CPMS layer for a limited charging network can reach pilot readiness in a few months. A complete EV charging management platform with driver apps, energy optimization, and complex integrations typically spans several quarters. Dependencies like charger certification, roaming contracts, and data migration complexity influence the timeline. SoftDoes defines milestones early so operators can launch a pilot while the remaining roadmap runs in parallel. This phased approach allows for iterative testing and feedback, ensuring the platform meets operational needs before full deployment.

Yes, and extension is often the better starting point. SoftDoes can layer custom analytics, smart charging logic, or energy optimization on top of your current CPMS APIs, or wrap legacy systems with modern interfaces. High friction workflows move into new components gradually while existing EV operations keep running without interruption. This strategy minimizes risk and leverages your previous investments while enhancing functionality and performance. By integrating seamlessly with your existing EV charging software solutions, SoftDoes ensures that your operational efficiency is improved without the need for a complete overhaul. Our approach supports scalable growth, allowing you to add new features such as advanced load management, real-time analytics, and enhanced user interfaces at your own pace. This phased integration reduces downtime and training requirements for your staff, while also enabling you to optimize energy consumption and manage charging operations more effectively across your network. Whether you need to implement robust security measures or enhance compatibility with emerging EV charging infrastructure standards, SoftDoes tailors the extension to fit your unique business needs and technical environment.

SoftDoes has hands on experience with OCPP 1.6J and 2.0.1, OCPI for roaming and data exchange, and awareness of ISO 15118 for Plug and Charge. OpenADR automates demand response for EV charging management where grid integration is required. The architecture uses protocol adapter services and robust test suites against both simulators and real chargers, so new protocol versions become additions rather than rewrites. This flexible approach ensures your platform stays current with evolving industry standards and interoperability requirements.

For custom EV charging software development projects, you own the application codebase and operational data. SoftDoes may bring reusable internal components, but client specific code, schemas, and integrations remain under your control. Handover includes repositories, detailed documentation, and access credentials so your internal teams can work independently without delay. It also facilitates compliance with industry regulations and internal governance policies since you retain full visibility and responsibility for your data and code. SoftDoes ensures a smooth transition by providing thorough knowledge transfer sessions and support during the handover phase. We encourage collaboration with your internal developers to familiarize them with the architecture, deployment processes, and integration points. Owning the source code and data also means you can confidently engage with third party vendors or open source communities to enhance your platform further without restrictions.

SoftDoes designs around encryption in transit and at rest, strict access controls, logging, and separation of environments. SOC II principles guide secure data management for EV charging services, and payment data flows through compliant gateways. Charger networks require robust cybersecurity measures due to the sensitive nature of payment and identity data. Regular security reviews and least privilege principles are applied across all services. Secure communications and auditing are embedded in the infrastructure from the start.

Absolutely. SoftDoes regularly works with heterogeneous networks where charge point operators run OCPP compliant hardware from different vendors. Discovery starts with mapping supported OCPP profiles and vendor specific firmware quirks, then adapter layers are designed where standard profiles fall short. Testing on simulators and sample units happens before broad rollout across the network. Charging stations operating in harsh outdoor environments with potential connectivity issues are accounted for during offline behavior design.

SoftDoes works as an augmentation partner, taking on complex pieces like protocol layers, data pipelines, or the smart energy management engine while your team handles other advanced features. Collaboration runs through shared repositories, architecture workshops, and clearly defined ownership boundaries. Knowledge transfer ensures your engineers feel confident maintaining and extending the system over time. We integrate closely with your existing development workflows to provide seamless coordination and avoid duplication of effort. Our team offers in-depth documentation, code reviews, and mentoring sessions to empower your engineers with the necessary expertise on EV charging standards and best practices. Together, we create a robust, scalable platform that can evolve with your growing network and changing industry requirements.

Options include ongoing engineering retainers, incident support, and roadmap collaboration for new features, hardware integrations, or renewable energy integration requirements. Monitoring and alerting are operational from day one, so issues surface in dashboards rather than driver complaints. EV charging apps can track usage and charging costs continuously, and as new chargers, tariffs, or regulations appear, SoftDoes adapts the software to keep your charging network competitive and compliant. EV adoption is accelerating, and your platform should keep pace without starting over.