Vedecom Tech and Karamba Security partner to prevent cyber attacks

European self-driving car company Vedecom Tech is to use technology developed by Israel-based Karamba Security, to protect its autonomous vehicles from cyber attacks.
June 20, 2017 Read time: 1 min

European self-driving car company Vedecom Tech is to use technology developed by Israel-based 8519 Karamba Security, to protect its autonomous vehicles from cyber attacks.

Vedecom Tech is the commercial subsidiary of Vedecom Public Foundation, an organisation dedicated to fostering innovation in autonomous transportation, whose members include 2453 Renault, Peugeot and Valeo.
 
Vedecom Tech is introducing completely autonomous, self-driving vehicles (SAE Level 5) that will be launched for commercial use in 2017 and 2018 by municipalities in France, Germany, Italy, Portugal and the Netherlands. The company is using Karamba’s Carwall and autonomous security software to protect the cars’ electronic control units (ECUs) against risks of hacking.
 
 Vedecom is using YoGoKo's advanced communications solutions for its connected and cooperative autonomous vehicle, enabling vehicles to maintain internet connectivity and exchange data with other vehicles, road and urban infrastructure and cloud apps in a standardised way.
 
YoGoKo and Karamba work together to strengthen YoGoKo’s externally-connected ECUs and safeguard the vehicles’ advanced, connected communications systems against cyber attacks by blocking malware and enforcing authentication.
 
The three companies will showcase their partnership at the 12th ITS European Congress, 19-22 June at the Strasbourg Convention Centre.

Location Based Systems

For more information on companies in this article

Related Content

  • Indra leads European autonomous driving project
    November 17, 2016
    Spain-based consulting and technology company Indra is leading a project that will test autonomous driving on European roads, mainly in the metropolitan areas of Lisbon, Madrid and Paris. These are the three largest cities in the Atlantic Core Network Corridor, which comprises roads that are regarded as priorities for developing Europe's transport infrastructure. Spain's Traffic Department, the Polytechnic University of Madrid, Portugal's National Road Safety Authority, the University of Coimbra, the Ped
    Read More
  • SafeRide and Irdeto partner on cybersecurity for C/AVs
    June 8, 2018
    Cybersecurity company SafeRide Technologies Ltd and Dutch firm Irdeto have launched a solution to help original equipment manufacturers and Tier-1 suppliers protect connected and autonomous vehicles (C/AVs). Called Vsentry, the device combines network security with software security of the engine control unit to allow users to detect anomalies and respond to attacks. Vsentry uses an artificial intelligence engine and provides multi-layer protection for securing the connectivity perimeter and the in-vehi
    Read More
  • Global automotive cyber security market to be ‘worth US$31.8 million by 2021’
    July 12, 2016
    A new report from MarketsandMarkets projects the global automotive security market to grow at a CAGR of 13.3 per cent between 2016 and 2021, reaching a market size of US$31.8 million by 2021. According to the report, Automotive Cyber Security Market by Security Type, the major factors behind the growth of the global automotive cyber security market are the growing connected cars being introduced from OEMs and rising security concerns among end-users.
    Read More
  • Marben showcases V2X software for autonomous vehicles
    October 7, 2015
    Marben returns for its fourth participation at the ITS World Congress with an innovative demonstration of its full featured Marben V2X software solution for autonomous vehicles. In partnership with Navya, an innovative self-driving and electric vehicle supplier, and Autotalks, a leading supplier of automotive-grade V2X RF transceivers and communication processors, Marben will showcase how the communication of vehicles and traffic lights can significantly improve and secure driverless vehicles that operate o
    Read More

Highlighted Content