Connected Vehicle Systems
Review security exposure created by network-connected vehicle components, communication paths, applications, and supporting services.
Imperial CyberX provides vehicle cybersecurity assessment and security engineering support for connected vehicle environments, covering vehicle components, ECUs, telematics, APIs, diagnostics, communications, software interfaces, and connected services.
Connected vehicle environments can combine embedded systems, electronic control units, wireless and wired communications, mobile or web applications, APIs, telematics, and cloud services.
Vehicle cybersecurity assessment therefore considers the relevant components and interfaces as part of a connected technical environment rather than examining one isolated component.
Understand relevant components and trust boundaries.
Review network, diagnostic, wireless, and service interfaces.
Assess APIs, telematics, cloud services, and supporting applications.
Prioritize controls and remediation around identified cyber risk.
Review security exposure created by network-connected vehicle components, communication paths, applications, and supporting services.
Assess relevant electronic control units and embedded interfaces within the defined technical and testing scope.
Review telematics interfaces, data flows, remote services, authentication, and communications relevant to the assessment.
Assess connected APIs and supporting cloud services that exchange vehicle, user, operational, or telemetry data.
Review approved diagnostic interfaces and exposed communication paths for relevant security weaknesses.
Map identified technical weaknesses to affected components, exposure, trust boundaries, and practical remediation priorities.
Establish vehicle, component, interface, communication, software, and testing boundaries.
Identify relevant ECUs, telematics, APIs, communication paths, services, and exposed interfaces.
Review security controls and perform authorized technical testing appropriate to the scope.
Confirm meaningful weaknesses and collect technical evidence where appropriate.
Translate technical findings into cyber risk and engineering priorities.
Provide practical guidance for improving relevant vehicle and connected-system security controls.
Share the vehicle or connected-system scope, components, interfaces, software, APIs, communications, and assessment objectives.
Discuss Vehicle Security →