Skip to main content

Argus partners with Renesas to secure connected and autonomous vehicles against cyber attacks

Argus Cyber Security’s Connectivity Protection and Lifespan Protection solution suites have been integrated with Renesas Electronics Corporation’s R-Car H3 Computing Platform, in an agreement which aims to protect infotainment and telematics units in connected and autonomous vehicles against cyber-attacks. The Argus Connectivity Protection is designed with the intention of preventing malware installation, detecting operating system anomalies, isolating suspicious activity and stopping attacks from
January 9, 2018 Read time: 2 mins

Argus Cyber Security’s Connectivity Protection and Lifespan Protection solution suites have been integrated with Renesas Electronics Corporation’s R-Car H3 Computing Platform, in an agreement which aims to protect infotainment and telematics units in connected and autonomous vehicles against cyber-attacks.

The Argus Connectivity Protection is designed with the intention of preventing malware installation, detecting operating system anomalies, isolating suspicious activity and stopping attacks from spreading to the in-vehicle network.   Argus’ Lifespan Protection is said to enable automakers and fleet managers to continuously monitor the cyber health of their vehicles in the cloud, provide big data analytics to identifying patterns and emerging attacks as well as future-proof vehicles through over-the-air security updates. In addition, the combined technology is intended to allow automakers to seamlessly embed crucial cyber security measures without impacting production cycles or increasing project risk.

Yoni Heilbronn, chief marketing officer of Argus Cyber Security, said: "We're excited to integrate our cyber security solutions on Renesas R-Car H3, as it forms a key component in driving forward connected and autonomous vehicles and marks another milestone on our mission to protect all vehicles on the road from cyber-attacks. With vehicles becoming increasingly connected and the age of autonomous vehicles rapidly approaching, it is crucial that all stakeholders in the automotive supply chain prioritize cyber security and provide automakers with the ability to protect connected vehicles against cyber-attacks throughout their lifespan, regardless of the attack vector."

Related Content

  • New Symantec anomaly detection protects connected cars
    September 16, 2016
    Anomaly Detection for Automotive from Cyber security specialist Symantec is designed to protect against zero-day attacks and issues facing modern connected vehicles.
  • Irdeto security expert: ‘Think maliciously to beat hackers’
    September 4, 2018
    Increased connectivity in transportation is a potential goldmine for hackers. To stop them, Stacy Janes at Irdeto says it’s important to think ‘maliciously’. Adam Hill talks to him about ITS’s weak points – and why turning up car radios could be enough to bring auto manufacturers to their knees
  • New Symantec anomaly detection protects connected cars
    June 10, 2016
    Cyber security specialist Symantec has expanded its internet of things (IoT) portfolio with the introduction of Symantec Anomaly Detection for Automotive to protect against zero-day attacks and issues facing modern connected vehicles. Symantec Anomaly Detection for Automotive uses machine learning to provide passive in-vehicle security analytics that monitor all controller area network (CAN) bus traffic without disrupting vehicle operations, learn what normal behaviour is and flag anomalous activity that
  • Automotive software developers call on hackers to find its flaws
    January 20, 2017
    A consortium of US researchers has announced the development of a universal, free, and open-source framework to protect wireless software updates in vehicles. The team issued a challenge to security experts everywhere to try to find vulnerabilities before it is adopted by the automotive industry. The new solution, called Uptane, evolves the widely used TUF (The Update Framework), developed by NYU Tandon School of Engineering Assistant Professor of Computer Science and Engineering Justin Cappos to secure