Uploading the vehicle’s communication data to our cloud provides us with the ability to map the vehicle’s topology. We are then able to detect any changes to this topology (including SW update) and ensure reliable and precise anomaly detection.

In order to protect the vehicle’s communication network, our in car rules engine – the CPD™ – is able to identify the source of each message. When combined with our ability to discover and map the vehicle’s topology, this patent pending technology allows only legal and valid messages, initiated through the ECU that is eligible to send them.

We at Enigmatos look at the bigger picture. In order to better protect vehicles we need to make sure that their maintenance ecosystem is protected as well and that its integrity is intact. Our ability to create a vehicle’s unique signature also provides us the means to create the required trust relationship between the vehicle and its maintenance ecosystem.

We investigate any event in the vehicle or a fleet of vehicles. All detected attack attempts are reported to the cloud for further forensic analysis by Security Operation Center (SOC) team. Our SOC team members use our proprietary analysis tools for further forensic investigation of the alarms and detection of patterns of massive threats.

A cyber solution needs to stay ahead of the hackers. The ability to update our detection policy based on new attacks discovered is essential to ensure the continuous safety of your vehicle. We use the inputs of our anomaly analysis and forensic analysis to update the detection policy of our in car rules engine.

Enigmatos founders believe the secret for success lies in the formation of a team of the top experts in cyber security, the automotive field (CAN BUS protocols, Ethernet, LIN BUS, FLEXRAY, etc. ), cloud management, algorithm development, Big Data analysis, statistics, electronics, communications, etc.  This extraordinary team of highly experienced engineers and scientists is the key to devising our cutting edge technology solution.