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As cars become smarter and more connected, the demand for top-tier automotive cyber security has never been higher. With expert insights from PlaxidityX, a leading automotive cyber security company, we’ll guide you through the challenges and solutions protecting millions of vehicles worldwide. Whether you’re an industry expert or just curious about how cars are secured in the digital age, this podcast comprehensively looks at how cyber defenses are developed, tested, and deployed. We don’t j ...
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With cyber attacks on trucks becoming more common and costly, fleet operators and OEMs must rethink how they protect their vehicle security and data privacy. Trucks are no longer isolated units, they're part of a larger, interconnected automotive ecosystem vulnerable to disruption. In this episode, we unpack the threats, explore real-world hacking …
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In this episode, we explore the shift from traditional theft to a new era of digital car theft. Instead of smashing windows, today’s criminals launch automotive cyber-attacks that bypass immobilizers, unlock doors, and hijack control systems, all without leaving a trace. From CAN bus vulnerabilities to cloned key fobs, cybercriminals are finding ne…
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In this episode, we discuss the groundbreaking concept of Dynamic SBOM and its role in modern automotive software security. Hear how real-time monitoring of third-party library usage can lead to more precise vulnerability management. We explain the process behind intercepting dynamic calls and replacing them with breakpoints for live analysis. Disc…
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In the age of connected cars, software-driven systems, and global supply chains, cyber security challenges have become increasingly complex. This episode delves into the pitfalls of relying on disconnected solutions to guard modern vehicles. We’ll show how a platform-centric automotive security approach consolidates everything—from vulnerability sc…
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As OEMs race to innovate with autonomous driving, V2X communication, and other cutting-edge tech, compliance with UNR 155 and ISO/SAE 21434 has never been more important. But what do these regulations really mean for your day-to-day operations? In this episode, we demystify the role of CSMS and how it supports continuous security through design, de…
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Touted as an off-the-shelf solution for key fob programming, a mysterious PSP-like Car Key Registration Device promises to sidestep traditional authorization channels. In this episode, we share how the PlaxidityX team simulated various car responses to test whether the device truly mirrored official protocols. They recount the odd mix of user-frien…
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Have you ever wondered how microcontrollers in vehicles manage memory access behind the scenes? This episode sheds light on the Memory Protection Unit, an essential yet sometimes overlooked hardware layer designed to stop unauthorized reads, writes, and execution. We revisit fundamental principles—like differentiating between the Core MPU (CMPU) an…
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This episode explores AI’s transformative role in automotive cyber security. As vehicles become increasingly connected and autonomous, cyber threats have evolved, but AI provides the precision and speed needed to counter these challenges. Join us as we unpack the critical role of AI in protecting modern vehicles, from anomaly detection to sophistic…
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Intrusion Detection System Managers (IdsM) play a vital role in modern automotive cybersecurity, addressing the challenges posed by complex security events and regulatory requirements. IdsM solutions filter and standardize event data from AUTOSAR and Linux ECUs, reducing inefficiencies in monitoring and analysis. In this episode, we will explore ho…
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The rise of CAN injection car theft has introduced a new level of sophistication to vehicle hacking, allowing thieves to access the CAN bus. In this episode, we discuss how this technique allows hackers to tap into the CAN bus through exposed wiring, sending fake messages that bypass security measures and immobilizers. The impact of these attacks e…
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Keyless entry systems, once considered the pinnacle of vehicle convenience, are now a major target for hackers and car thieves. In today’s episode, we’ll explore the vulnerabilities in Remote and Passive Keyless Entry (RKE/PKE) systems, focusing on how replay, relay, and roll jam attacks exploit their weaknesses. We break down these attack methods,…
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Automotive cybersecurity is becoming increasingly important as electric vehicles face new vulnerabilities. In this episode, we explore a major flaw discovered in the EVerest open-source charging firmware, which could allow attackers to take control of charging stations and potentially compromise vehicles themselves. This vulnerability serves as a s…
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Automotive networks face an alarming threat: Man-in-the-Middle (MITM) attacks exploiting the SOME/IP protocol. This episode explores how attackers intercept and manipulate communications between ECUs using in-vehicle Ethernet networks, enabling them to falsify data, disrupt services, and compromise safety. We outline the attack setup, flow, and the…
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In this episode, we explore how industry leaders PlaxidityX, CyberArk, Device Authority, and Microsoft have joined forces to pioneer the next generation of automotive and mobility security solutions. With new regulatory mandates like UNECE WP.29 and ISO 21434 on the horizon, the automotive industry requires a holistic approach to securing vehicles …
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The motorcycle industry is facing a new challenge: automotive cybersecurity. This episode explores how UNR 155, initially designed for passenger vehicles, now includes motorcycles, scooters, and high-speed e-bikes. We’ll discuss what this regulation means, why it’s happening, and how it could reshape the two-wheeler market as manufacturers scramble…
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Learn how PlaxidityX’s automotive expertise and Eviden’s MDR capabilities combine to create an end-to-end solution for vehicle security. This episode covers the benefits of establishing a dedicated Vehicle SOC (VSOC), an emerging necessity in the industry to monitor, detect, and respond to cyber-attacks in real time. We'll discuss the importance of…
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The connected car and smart home ecosystems are on a collision course, bringing convenience and innovation, but also creating serious cybersecurity concerns. This episode delves into what happens when cars and homes start talking to each other, thanks to new collaborations like Samsung and Hyundai's initiative. We’ll look at the benefits, like vehi…
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As vehicles become more connected, cyber security risks grow, making effective risk management a priority in the automotive sector. In this episode, we explore Threat Analysis and Risk Assessment (TARA) in automotive cyber security, and why automating this process is essential to keep pace with evolving threats and regulatory requirements. We’ll al…
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As the automotive industry moves toward software-defined vehicles, ensuring the security of ECUs is paramount. ECUs handle critical vehicle functions, and with their increasing connectivity, they are more vulnerable to cyber attacks. SELinux is a trusted solution for managing access control in Linux-based systems, including ECUs, but on its own, it…
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Automotive cyber security is becoming a critical concern as software-defined vehicles (SDVs) increasingly dominate the market. In this episode, we explore how DevSecOps ensures that cyber security is integrated at every stage of the automotive software development process. By adopting a security-by-design approach, automakers can accelerate product…
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In this episode of the Plaxidity X automotive cybersecurity podcast, Cars, Hackers, & Cybersecurity, we explore the groundbreaking transition from Software Defined Vehicles (SDVs) to User Defined Vehicles (UDVs) and what it means for the automotive industry. Modern vehicles are no longer just machines—they are customizable digital platforms, allowi…
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