VicOne and BlackBerry Collaborate to Help Automotive OEMs and Fleet Operators More Quickly Distinguish Real Cyberattacks in Commercial and Personal Software-Defined Vehicles
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The partnership between VicOne and BlackBerry represents a significant advancement in automotive cybersecurity, an area of growing concern as vehicles become increasingly connected and reliant on software. The integration of machine learning for real-time analysis and intrusion detection is a strategic move to address the complexities of securing software-defined vehicles (SDVs). The ability to differentiate between actual cyber threats and benign anomalies is crucial, as it reduces the noise and allows for more focused and effective security measures.
SDVs present a large attack surface due to the multiple electronic control units (ECUs) and the vast amounts of data they generate. By providing a solution that visualizes attack paths and correlates data across various systems, the partnership aims to enhance the automotive industry's ability to preemptively address security concerns. This proactive approach is not only beneficial for OEMs but also for ancillary industries such as car rental, logistics and insurance, as it can help mitigate risks associated with cyberattacks, such as financial losses and reputational damage.
The collaboration between VicOne and BlackBerry has potential financial implications for both companies and their stakeholders. By positioning themselves as vital contributors to automotive cybersecurity, they could see an increase in demand for their services as the industry continues to evolve towards more connected vehicles. The ability to offer a differentiated product that provides precise, actionable insights could give them a competitive edge in a market that is increasingly aware of the importance of cybersecurity.
For fleet operators and manufacturers, the adoption of such advanced security solutions could lead to cost savings by preventing cyberattacks that could otherwise result in expensive vehicle repairs, increased maintenance costs, or loss of business due to compromised fleet integrity. The long-term partnership signals a commitment to continuous innovation in this space, potentially leading to sustained revenue streams for both VicOne and BlackBerry as they develop and refine their cybersecurity offerings.
The introduction of the BlackBerry IVY and VicOne xCarbon Sensor for IVY solution is timely, as the automotive industry is undergoing a transition towards SDVs. The collaboration is indicative of the industry's recognition of the need for robust cybersecurity measures as part of the core functionality of modern vehicles. The move towards edge computing, where data processing is performed locally on the vehicle, aligns with current trends to manage the increasing data traffic and reduce reliance on cloud computing, which can be both costly and potentially introduce latency issues.
Moreover, the partnership's emphasis on early, precise and actionable detection capabilities is aligned with the industry's shift towards preemptive security strategies. By offering a solution that is capable of not just detecting but also visualizing and responding to threats in real-time, VicOne and BlackBerry are addressing a critical need for security in an industry that is becoming progressively more software-dependent and interconnected.
Security leaders use machine learning at the vehicle edge to deliver security insights enabling early, precise, and actionable intrusion detection for Next-Gen VSOC and fleet management systems
The partnership between VicOne and BlackBerry strengthens the cybersecurity posture of the automotive ecosystem, especially for OEMs and fleet management providers. (Graphic: Business Wire)
The combined BlackBerry IVY® and VicOne solution provides accurate detection of cyberthreats through real-time analysis of on-board data. VicOne’s xCarbon Sensor for IVY™, which offloads cloud computing and data traffic costs by computing locally, monitors software-defined vehicles (SDVs) for malicious activity or violations. This enables the vehicle security operations center (VSOC) to focus on a real cyber intrusion instead of false positive alerts. Together with VicOne’s xNexus, an XDR platform for automotive systems, the xCarbon Sensor for IVY visualizes attack paths across layers and electronic control units (ECUs), accurately and in real time.
The joint BlackBerry IVY and VicOne xCarbon Sensor for IVY solution is particularly relevant to the automotive ecosystem today because SDVs heavily rely on software components from an increasingly diverse ecosystem of suppliers that generate huge amounts of data. Unlike traditional ML-based solutions that only detect and report “anomaly of vehicle,” and do not give sufficient information for reaction and response, xCarbon Sensor for IVY correlates vehicle signal data with additional ECU system telemetry data and relevant security events to provide early, precise, and actionable detection for next generation VSOC.
The security insights produced by VicOne’s xCarbon Sensor for IVY and xNexus are beneficial to companies in related industries, such as car rental, logistics, and insurance companies. For example, the capabilities of the two companies’ solutions could be leveraged in a fleet management system. The combined solution would identify whether abnormal signals or situations are the result of cyberattacks or other issues and react accordingly and appropriately, more quickly and accurately than previously possible. This could prevent substantial financial losses for fleet operators arising from direct or indirect costs, through to unnecessary vehicle repairs, increased maintenance costs, or valuable contracts lost from damaged reputation due to attacked fleets.
“Our combined capabilities enable the automotive ecosystem to more fully realize the world of opportunities and better manage the potential risks unlocked by SDVs,” said Vito Giallorenzo, SVP General Manager, BlackBerry IVY. “We share a common vision with VicOne of helping automakers deliver peace of mind to their customers. Our collaboration with VicOne is a clear signal to the automotive ecosystem that they have long-term partners that they can rely on throughout the evolution of the world’s vehicles.”
Added Max Cheng, Chief Executive Officer of VicOne, “We are very excited to be partnering with BlackBerry. Together, we’re using actionable and timely insights to enable the entire automotive ecosystem to stay ahead of cyberattacks that can have a devastating impact on revenue streams. As a pioneer at the forefront of detecting cyberthreats to connected cars, we’re helping the industry save time and reduce costs in delivering safer and more secure SDVs.”
Learn more at CES 2024 about how BlackBerry and VicOne are working together to strengthen the cybersecurity of the automotive ecosystem. Visit the BlackBerry booth (LVCC West #4224) in
About VicOne
With a vision to secure the vehicles of tomorrow, VicOne delivers a broad portfolio of cybersecurity software and services for the automotive industry. Purpose-built to address the rigorous needs of automotive manufacturers and suppliers, VicOne solutions are designed to secure and scale with the specialized demands of the modern vehicle. As a Trend Micro subsidiary, VicOne is powered by a solid foundation in cybersecurity drawn from Trend Micro's 30+ years in the industry, delivering unparalleled automotive protection and deep security insights that enable our customers to build secure as well as smart vehicles. For more information, visit vicone.com.
View source version on businesswire.com: https://www.businesswire.com/news/home/20240110793796/en/
Vivian Kelly
Interprose for VicOne
+1 703.509.5412
viviankelly@interprosepr.com
Source: VicOne
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