Automotive & Connected Vehicles
Ultra-low latency quantum-safe security for vehicle-to-everything communications. Crypto agility designed for 15-20 year vehicle lifespans.
The Challenge
Connected vehicles communicate with infrastructure, other vehicles, and cloud services using protocols that will be broken by quantum computers. Vehicles sold today will still be on the road in 2045.
15-20 Year Lifecycles
Vehicles sold today must remain secure for two decades. Cryptographic algorithms considered safe now will be broken by quantum computers within this timeframe.
Ultra-Low Latency
V2X safety messages require sub-millisecond processing. Traditional PQC algorithms add too much latency for real-time collision avoidance and traffic management.
Supply Chain Complexity
Dozens of ECUs from different suppliers communicate over internal vehicle networks. Each component needs consistent quantum-safe protection.
Supported Protocols
Complete coverage of automotive communication protocols from in-vehicle networks to vehicle-to-everything infrastructure.
V2X Communications
Vehicle-to-everything messaging
In-Vehicle Networks
ECU-to-ECU communication
High-Speed Backbone
Next-gen vehicle architectures
Diagnostics
Vehicle diagnostics and updates
Telematics
Cloud connectivity and OTA
AI Discovery
Proprietary OEM protocols and custom ECU communications discovered from CAN bus traffic.
QBITEL Solutions
Purpose-built for automotive constraints: ultra-low latency, long lifecycle crypto agility, and multi-supplier ECU coordination.
Ultra-Low Latency PQC
Quantum-safe V2X message signing and verification under 1ms. Optimized Dilithium and SPHINCS+ implementations for automotive silicon with hardware acceleration support.
Crypto Agility for 20 Years
Algorithm-agnostic architecture that supports seamless cryptographic migration over the vehicle lifetime. OTA-upgradeable crypto modules for deployed vehicles.
CAN Bus Protocol Discovery
AI discovers proprietary CAN message formats, ECU communication patterns, and undocumented vendor protocols from in-vehicle network traffic.
V2X Security Operations
Autonomous threat detection for V2X communications. Detects spoofed BSMs, misbehaving vehicles, and Sybil attacks while maintaining real-time safety message processing.
Compliance Frameworks
Automated compliance evidence for automotive cybersecurity standards and type-approval regulations.
Road vehicles cybersecurity engineering standard
UN cybersecurity and software update regulations for vehicles
Security services for V2X applications
Trusted Information Security Assessment Exchange for automotive supply chain
Future-Proof Vehicle Security
Deploy quantum-safe V2X communications with crypto agility designed for 15-20 year vehicle lifespans. Ultra-low latency guaranteed.