Argus vDome is a patented AI-powered product for fleet operators, insurance companies and OEMs that protects vehicles and critical systems from cyber attacks, preventing keyless entry and CAN injection car theft.
Vehicle theft is on the rise, and the latest trend of theft via “CAN injection” cyber attack technique is impacting multiple car brands in various markets, as well as vehicle fleet operators, insurance companies, and car owners.
Automatically adapts to every vehicle, no need for prior manual configuration
Lifetime protection with ongoing updates as a service
Rogue devices are blocked in under 200 microseconds before they are able to manipulate critical systems
Virtually zero false positives
Can protect hundreds of millions of vehicles already on the road
Argus vDome detects malicious CAN messages sent by a rogue device and blocks them in real-time to protect vehicle systems such as immobilizer and central locking system
Automatically detects & blocks rogue messages from unauthorized devices in under 200 microseconds
Designed for both CAN and CAN-FD protocols
Supports parallel and serial integration
No impact on resource consumption such as host processor, message latency or network utilization
Argus vDome tackles one of the automotive industry biggest cybercrime challenges by detecting rogue devices and blocking them in real-time
Add advanced Intrusion Detection and Prevention to Posix-based ECUs to reduce the risk of software-defined vehicles and drive compliance.
Meet regulations and standards like UN R155 and ISO/SAE 21434 with lifecycle vulnerability management that reduces financial, safety, and privacy risk.
Leverage expertise that’s already protecting millions of vehicles with a Vehicle Security Operations Center that combines technology, processes, playbook, and knowledge.
Protect in-vehicle networks with comprehensive network monitoring, threat detection, and attack prevention as an ECU library or pre-integrated into switch firmware.
Monitor CAN network traffic, detect anomalies and the signs of a threat, and prevent major risks including denial-of-service and brute-force attacks.