Secure-by-Design cybersecurity for connected vehicles
The automotive industry is rapidly transitioning to sustainable and safe mobility. Advanced driver assistance, autonomous driving, and software-defined vehicle technologies require continuous sensing, data processing, and exchange.
As vehicles become increasingly connected, protecting the electronic systems from tampering, counterfeits, and unauthorized access is critical. CyberRock embeds secure-by-design principles into every node — delivering lifecycle assurance and compliance without increasing complexity.
Why Cybersecurity matters in automotive
Connected vehicles face escalating cyber risks — from supply chain counterfeits and unauthorized OTA updates to BMS tampering that could trigger safety incidents or grid instability.
CyberRock addresses the key challenges:
- Complex global supply chains introduce counterfeit sensors or chips that may leak data, fail under extreme conditions, or contain hidden backdoors.
- Service depots worldwide risk installing non-original parts — compromising telematics, safety systems, and regulatory compliance.
- Battery Management Systems (BMS) and Battery Passports require verifiable authenticity and tamper-proof traceability to prevent refurbishment fraud
- Regulations (UNECE R155/R156, NIS2, Cyber Resilience Act) demand provable security and audit-ready records throughout the vehicle lifecycle.
The SandGrain solution: Trust at every node
Whether it’s an electric vehicle control unit, a battery management system, a connected sensor, or an OTA update gateway, automotive manufacturers and suppliers are turning to SandGrain to secure identity, authenticity, updates, and availability across the vehicle lifecycle.
IoT trust services
Counterfeit and IP protection
Digital Product Passport
Circularity
Secure every node in automotive
With electrification and connectivity accelerating, CyberRock empowers resilient vehicles. Each component receives an immutable Token for trusted identity, enabling real-time authentication at scale and full lifecycle assurance — from factory to field.