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Future Mobility
cybersecurity, in-vehicle cybersecurity, fleet performance diagnostics, fleet critical systems alerts, fleet data analysis

Product client

telematics service providers, public transportation fleet, private trucking fleet, private car fleet, government fleet, military fleet, public fleet



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Product end user

fleet operators, fleet managers, operations managers

The automotive industry has increasingly drawn the attention of hackers worldwide. Malicious actors are exploiting various attack vectors compromising in-vehicle networks and manipulating critical vehicle functions, leading to catastrophic failures.

Enigmatos addresses this real threat with its cloud-based solution, designed for the real-time cybersecurity monitoring of fleets, preventing vehicles from potential hacking, ransomware, data breaches, sensitive info theft, and business disruptions.

Its unique patented data mining process ensures a full control over the data collection and fidelity check, securing that it is trustworthy and free from any manipulation or tampering. The vehicle profile generated encompasses parameters and attributes used for delivering valuable insights with ML algorithms and analytical practices.

Enigmatos provides unique tools to make informed decisions and optimize fleet operations.

Keep your vehicles on the road, not in the repair shop with Enigmatos!

Value Propositions

The most comprehensive in-vehicle cyber security & fleet performance diagnostic system

Patents, Trademarks or other certificates

The company currently holds 15 registered patents (in USA, Canada, Israel and Australia) that support the company's core technology. Among the patents are:

o Message Source Detection in a Vehicle Subsystem:

Systems and methods for identifying the source of a message transmitted on the CAN bus of a vehicle, by creating a unique signature for each ECU;

o Intrusion Detection and Prevention System (IDPS):

Identify and intercept malicious cyber activity over the CAN bus of a vehicle;

o Hardware Detection (HD):

A system for detecting malicious hardware on a data communication network, such as a vehicle CAN bus;

o Deep Car Identity Profiling (DCIP):

Generation of a unique vehicle profile;

o In-Vehicle Networks Data Traffic Real Time Upload:

A method for compressing a flow of CAN bus messages lossless;

o Autoreversing Of Car Functions By 3rd Party:

A system for determining codes of vehicle's Can-bus dashboard messages.

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