As EV charging infrastructure continues to evolve into a highly connected ecosystem involving vehicles, cloud platforms, payment systems, and users, cybersecurity has become a fundamental requirement for reliable and future-ready charging networks.
Iocharger is committed to integrating cybersecurity into every layer of its EV charging solutions. Through continuous investment in security technologies and international standards, Iocharger continues to enhance the protection of charging devices, communication networks, operational data, and user information.
We are proud to announce that Iocharger has recently obtained the EN 18031 cybersecurity certificate and achieved ETSI EN 303 645 compliance, further strengthening our cybersecurity capabilities for connected EV charging solutions.
Strengthening Cybersecurity Through International Standards
Iocharger’s cybersecurity framework incorporates multiple layers of protection, including:
EN 18031 Certificate
The EN 18031 certificate demonstrates Iocharger’s alignment with the cybersecurity requirements introduced under the European Radio Equipment Directive (RED). It supports enhanced protection for connected products through measures covering network security, data protection, and secure communication.
ETSI EN 303 645 Compliance
ETSI EN 303 645 provides a comprehensive cybersecurity baseline for connected IoT devices. Iocharger applies secure-by-design principles, including device protection, secure software updates, vulnerability management, and improved resilience against cybersecurity threats.
OCPP 2.0.1 Security
As an OCPP 2.0.1 Full Profile certified company, Iocharger supports secure communication between charging stations and backend management platforms through advanced security mechanisms, helping protect operational data and remote connectivity.
ISO15118 Secure Communication
Iocharger supports ISO15118 secure communication technologies, enabling secure vehicle authentication and encrypted communication for advanced functions such as Plug&Charge.
Building a More Secure EV Charging Future
Cybersecurity is not achieved through a single feature or certificate. It requires a comprehensive approach combining secure hardware, protected communication, software security, continuous monitoring, and international compliance frameworks.
With the addition of the EN 18031 certificate and ETSI EN 303 645 compliance, Iocharger continues to strengthen its commitment to delivering secure, reliable, and intelligent charging solutions for partners worldwide.
As cybersecurity requirements continue to evolve globally, Iocharger will keep advancing its security capabilities to help build resilient EV charging networks for the future.