Zero Trust for EV Charging
Examine how identity, segmentation, policy enforcement, and secure connectivity can improve the security and resilience of charging infrastructure.
EV charging cybersecurity research
A testbed for evaluating zero trust practices in EV charging infrastructure
ChargeSecure.io supports the evaluation of zero trust architecture, secure connectivity, protected telemetry, and operational visibility for connected charging environments.
Testbed-Driven Evaluation
Use representative integrations across chargers, site networks, and management systems to assess architectures and operational tradeoffs.
Operationally Relevant Outcomes
Translate technical experimentation into practical insights for charging operators, site hosts, researchers, and ecosystem partners.
What the platform examines
Practical evaluation for connected charging environments
The platform is intended to support research, prototyping, and demonstration activities related to EV charging cybersecurity. It emphasizes architecture validation, secure connectivity, and the ability to observe operational behavior across chargers, site systems, and management infrastructure.
- Secure remote access and zero trust overlays
- Protected telemetry collection and telemetry pipelines
- OCPP visibility, brokered architectures, and monitoring
- Segmentation of chargers, DER assets, and site networks
- Response and recovery approaches for charging operations
- Validation of representative charging architectures
Who it supports
Built for research, demonstration, and collaboration
Researchers
Evaluate candidate architectures, controls, and test scenarios in a representative environment.
Operators
Assess concepts relevant to charging network operations, site operations, and secure remote access.
Partners and sponsors
Understand the technical purpose of the platform and the practical value of its evaluation activities.