Project cooperation
Secure IoT Infrastructure for EV charging stations
We aim to develop a PKI-based security framework for authentication, encrypted communication, secure firmware updates, and compliance.
- Planning
- Research
- Technical
CEO
Cyber Quanta
Istanbul, Türkiye
Additional questions
Do you have a project idea to be applied to this call?
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Yes, I am looking for a project to join.Please provide a short description of your project idea and your partner search (if applicable).
Summary The rapid expansion of the IoT market and increasing cybersecurity risks necessitate advanced security solutions for EV charging stations. This pilot project aims to develop a Public Key Infrastructure (PKI)-based security framework to enhance authentication, encrypted communication, secure firmware updates, and regulatory compliance (ISO 15118 – Plug & Charge, CRA). Key Benefits: Secure Authentication: PKI-based identity verification for charging stations and connected devices. Encrypted Communication: TLS and AES-GCM encryption for data protection. Firmware Update Security: Secure over-the-air (OTA) updates. Secure Payments & User Verification: Integrated cybersecurity for payment processes. Post-Quantum Security: Future-proofing against quantum threats. Regulatory Compliance: Full alignment with ISO 15118 and seamless integration with OCPP. By implementing this solution, EV charging stations will gain enhanced security, regulatory compliance, and a competitive market advantage.
Project cooperation
Secure IoT Infrastructure for EV charging stations
We aim to develop a PKI-based security framework for authentication, encrypted communication, secure firmware updates, and compliance.