VehicleSec '26 Demos, Posters, and Tutorials

The VehicleSec ’26 community is now welcoming Demo, Poster, Tutorial, and Lightning Talk submissions!

Submit here:
vehiclesec26demopostertutorial.usenix.hotcrp.com

#VehicleSec #USENIXSecurity #VehicleSecurity #CPS #AutomotiveCybersecurity #TransportationSecurity #Autonomy #Security #Privacy

Intelligent Vehicles Fuel a New Era of Automotive Data Trade   In the past, automotive sophistication was measured in mechanical terms. Conversations centered around engine calibration, refinement of drivetrains, suspension geometry, and steering feedback were centered around engine calibration.  The shorthand used to describe innovation was horsepower output, torque delivery, and braking distance. This hierarchy has been radically altered. It has been estimated that the industry has undergone an unprecedented transformation over the last two years.  In recent years, electrification has evolved from an ambitious strategy to an expectation among the mainstream. Features subscriptions have reshaped ownership economics in many ways. Driver assistance systems and semiautonomous capabilities have evolved from experimental prototypes to production versions.  In contrast to mechanical engineering, software now serves as a coequal force that shapes product identity and long-term value for consumers. The consumer increasingly evaluates vehicles based on their digital capabilities, rather than purely mechanical differences.  As important as acceleration figures and ride quality are, over-the-air update infrastructure, predictive diagnostics, integrated app ecosystems, natural language interfaces, and automated parking functions carry a significant amount of weight. It is not only important for vehicles to perform well on the road, but also that they integrate with digital life, adapt to changes through data, and improve over time.  The contemporary automobile has evolved not only in terms of its chassis and powertrain, but also through its software stack and network connectivity. Digital architecture is no longer an overlay on a vehicle; it is integral to its design. Technology realignment has been accompanied by an important recalibration of federal AI policy.  During the first day of his administration, President Donald Trump signed Executive Order 14179, repealing previous directives considered restrictive to domestic AI development. A 2023 framework, which stressed precautionary oversight and risk mitigation, has been superseded by this order.  According to a previously issued guidance, if AI adoption is irresponsible or inadequately governed, fraud, bias, discrimination, displacement of labor, competitive distortions, and national security vulnerabilities will intensify. Therefore, safeguards are required proportionate to the increasing influence of AI.  When executive guardrails have been removed, the regulatory environment has been tilted in favor of acceleration and competitive positioning. The implications of AI are immediate for sectors already integrating machine learning into operational infrastructure, such as automobile manufacturers who integrate machine learning into vehicle operating systems, driver monitoring, predictive maintenance and personalization engines.  Consequently, the federal government has focused on technological leadership and deployment velocity as part of its policy shift. With vehicles becoming increasingly connected computing platforms capable of continuous data capture and algorithmic decision-making, the absence of prescriptive federal constraints creates an opportunity for rapid integration of artificial intelligence-based features across passenger vehicles and commercial fleets.  As evidenced by the dominant use of artificial intelligence at CES 2026, automakers presented AI as more than just a supplement to next-generation mobility ecosystems, but rather as the enabler layer, accelerating autonomous driving initiatives in particular.  The Ford executive in charge of electric vehicles, digital platforms, and design, Doug Field, articulated the vision of artificial intelligence as an embedded companion system - an adaptive layer able to synthesize contextual inputs such as driving behavior, geographical location, and vehicle performance.  In order to simplify decision-making, the objective, he argued, is to interpret complex conditions in real time and translate them into intuitive interactions between driver and machine. Ford plans to implement this vision beginning as early as 2027 by integrating embedded artificial intelligence assistants into all new and refreshed models. This initiative represents the overall shift of the automotive industry towards software-defined vehicle architectures which incorporate cloud connectivity, scalable computing, and continuous training to enhance functionality long after the vehicle has been sold.  Additionally, the company has taken steps to define its data governance position. The Chief Privacy Officer at Ford, Kristin Jones, has stated publicly that the company does not sell vehicle data, but instead uses it to support connected services and to improve products.  In communications with customers, the company has made it clear that data practices will be transparent, and that customers will be able to determine if their data is shared for designated purposes. A broader competitive trend is reflected in Ford's approach. Manufacturers across the globe are integrating generative and conversational artificial intelligence engines into the infotainment and vehicle control systems.  Volkswagen has integrated its IDA assistant with ChatGPT while emphasizing the protection of personal information. With the integration of ChatGPT and Google's Gemini models into Mercedes-Benz's MBUX interface, Mercedes has enhanced its MBUX experience. BMW has presented an AI-based assistant based on Amazon's Alexa+ infrastructure, showcasing its capabilities in a public demonstration.  In recent years, Tesla has integrated Grok, an artificial intelligence model developed within its larger technology ecosystem, into aspects of its in-vehicle experience—a move attracting scrutiny due to the prior controversy surrounding the model's external application.  In addition to enhanced voice recognition and natural language command processing, some deployments also include telemetry analysis, driver behavior modeling, contextual personalization, and adaptive cabin intelligence. As Geely presented at CES, the significance of the shift was clearly evident. The company leadership characterized the modern vehicle as a computer-based system rather than a mechanical platform that is enhanced with software.  In introducing Full-Domain AI 2.0, an intelligent cockpit environment and advanced autonomous driving were supported through a unified framework based on AI 2.0. As part of the accompanying Geely Afari Smart Driving system, perception modules, decision-making engines, and interface layers are integrated into an artificial intelligence stack. This framing was explicit: competitive advantage in the automotive sector is based on algorithmic capability, data throughput, and computation performance as opposed to traditional mechanical differentiation.  A parallel development in the autonomous driving supply chain reinforces that trajectory. As part of its CES presentation at CES, Nvidia exhibited its open-source Alpamayo family of open-source artificial intelligence models tailored to self-driving applications.  The growing dependency of autonomous systems on large-scale model training and real-time inference highlights the need for scalable, high-performance computing infrastructure. The Lucid Gravity vehicle architecture was developed in collaboration with Nuro to integrate artificial intelligence technologies into a upcoming robotaxi platform built around the Lucid Gravity vehicle architecture.  These announcements demonstrate the convergence of automotive engineering, cloud computing, semiconductor innovation, and machine learning technologies. In order to address this challenge, vehicles have evolved into persistent data-generating systems, which collect granular telemetry, geolocation histories, biometric indicators, and inputs from environmental mapping systems.  The continuous data streams produced by autonomous stacks and AI companions are not guaranteed to be free from secondary repurposing or commercial repurposing across jurisdictions. Historically, adjacent digital industries have demonstrated that monetization incentives and third-party data-sharing arrangements tend to increase when large-scale data ecosystems are established. As a result of a policy landscape that emphasizes rapid deployment of artificial intelligence (AI), the boundaries governing automotive data flows are uneven, and in some cases undefined. Therefore, commercial logic for data extraction is becoming intrinsically embedded in vehicle development roadmaps.  There are recurring patterns in regulatory settlements, investigative reports, and litigation: technical capability generally advances more rapidly than governance mechanisms designed to prevent misuse. Despite manufacturers' claims that artificial intelligence systems act as copilots or intelligent assistants, these systems require extensive, continuous data acquisition frameworks which require disciplined oversight to operate.  The automotive industry may achieve sustainable advancements less by incremental improvements in model performance than by ensuring that the underlying data architecture is robust. It is necessary to translate concepts of privacy-by-design, granular consent interfaces, strict purpose limits, and rigorous data minimization from policy language into technical controls that can be enforced within firmware, vehicle operating systems, and cloud backends.  Cross-border data-sharing agreements should be expected to be subject to regulatory scrutiny in markets where vehicles are operated. De-identification processes should be auditable and technically valid, rather than declarative.

Intelligent Vehicles Fuel a New Era of Automotive Data Trade #AIDataGovernance #AIRegulatoryPolicy #AutomotiveCybersecurity

Credit Monitoring Provider Discloses Breach Impacting 5.6 Million Users A data breach usually does not lend itself to straightforward comparisons, as each occurrence is characterized by distinctive circumstances and carries different consequences for those involved. It is common for headlines to emphasize the scale of an attack, the prominence of the organization that was affected, or the attack method used by the attacker, but in reality, the real significance of a breach lies in the sensitivity of the compromised data, along with the actions that are taken to correct it.  It was apparent from a disclosure issued by 700Credit, a U.S.-based company that provides consumer information, preliminary credit checks, identity verifications, fraud detections, and compliance solutions for auto, recreational, powersport, and marine dealerships. As a result of a third-party supply-chain attack that occurred late in October 2025, the company confirmed that personally identifiable information had been accessed by unauthorized people through the use of a third-party supply chain.  It has been revealed that the exposed data includes names, residential addresses, dates of birth, and Social Security numbers, all collected between May and October of the year. Based on the information provided by the agency, approximately 5.6 million people are expected to have been affected by the incident, making it one of the most substantial credit-related data breaches of the year, emphasizing the risks associated with retaining data for a long period of time and relying on external service providers.  A 700Credit representative confirmed that the compromised information was the result of a breach of a database provided by auto dealerships between May and October 2025 as a result of regular credit verification and identity verification processes.  Despite acknowledging that the precise technical details of how the intrusion was conducted have not yet been fully determined, the company has attributed the incident to an unidentified threat actor. Although there is no official word on who is affected, it has been revealed that those individuals whose personal data was processed by 700Credit for dealership clients have been brought into focus as data-handling risks arise across the entire automotive retail ecosystem.  There are broader concerns raised about supply-chain exposures and the downstream impact of such events on consumer confidence, particularly when it comes to sensitive financial and identity-related information that has been disclosed.  A Michigan Attorney General said that recipients of breach notification letters should not dismiss the letters in response to the disclosure, stressing that taking swift protective measures, such as freezing the credit history and enrolling in credit monitoring services, was critical to reducing the risk of identity theft and fraud that can result from the exposure to the breach.  However, despite moving quickly to disable the exposed application programming interface (API), 700Credit acknowledged that, in spite of taking steps to prevent threats from accessing consumer records, threat actors were able to extract a significant percentage of them. The company estimates that approximately 20 percent of the affected datasets were accessed, which comprised extremely sensitive data such as names, addresses, birthdates, and Social Security numbers.  In spite of the fact that 700Credit confirmed that its internal systems, payment platforms, and login credentials were unhacked, cybersecurity experts noted that the stolen data, in both quantity and nature, could still be utilized by phishing and social engineering companies to conduct highly convincing scams.  Because of this, consumers and dealership clients have been advised to be vigilant when receiving unsolicited communications, especially those that appear to be from 700Credit or its partners, as well as any messages purported to have originated with the company. In addition to the details reported by CBTNews, it is clear that the breach is the result of a compromised integrated partner not alerting 700Credit in a timely manner after they became aware of the breach.  Researchers have determined that attackers exploited vulnerabilities in the API validation process, which allowed malicious requests to be masked as legitimate partner traffic by exploiting vulnerabilities in the API validation process. An independent forensic analysis confirmed that the intrusion did not extend into 700Credit's internal network or core operational infrastructure, but rather was confined to the application layer through third-party API integration.  Furthermore, experts concluded that attackers had been able to carry out the majority of the damage without compromising internal systems, underscoring the persistency of security gaps in API-driven architectures, particularly in modern times.  According to 700Credit, in response, its API inspection controls have been strengthened, the validation framework is now more secure, the insurance coverage for cybersecurity has been expanded, and external cybersecurity firms have been engaged to assess residual risks and mitigate them, all while maintaining uninterrupted service to dealership clients throughout the investigation.  Additionally to the technical remediation, 700Credit began a coordinated regulatory notification and response involving multiple authorities as well. For compliance with federal Safeguards Rule requirements, the company reported the incident to the Federal Bureau of Investigation and the Federal Trade Commission and also notified the FTC a consolidated breach notification on behalf of the affected dealer clients.  Upon receiving written notifications of a breach of the Federal Safeguards Rule beginning December 22, 2025, impacted individuals were offered a 12-month free credit monitoring program from TransUnion and identity restoration services as part of the offer. Moreover, as part of the ongoing efforts to resolve consumer and dealer concerns, the company has also been in touch with the National Automobile Dealers Association and has notified state attorneys general throughout the country.  A dedicated hotline was also established to address the concerns of consumers and dealers. In addition, the Michigan Attorney General issued a public consumer alert after an estimated 160,000 Michigan residents were identified as being affected by the fraud. They advised recipients to not ignore notification letters and to take immediate precautionary measures, such as putting a credit freeze on their credit report, signing up to a monitoring service, updating their passwords and enabling multifactor authentication, as soon as possible.  Earlier this month, Michigan Attorney General Dana Nessel sent a consumer advisory explaining why people should not shrug off correspondence from 700Credit, emphasizing that taking prompt action can significantly reduce the risk of downstream fraud occurring as a result of this situation.  According to her, victims should consider placing a credit freeze on their credit cards or registering for credit monitoring services, as these can serve as effective first-line defenses against identity theft, so that they may be able to protect themselves effectively.  Moreover, Nessel emphasized the importance of being alert to potential phishing attempts, strengthening or changing passwords, removing unnecessary data stored on devices and enabling multi-factor authentication across all online services and devices. To be able to identify any suspicious activity as soon as possible, she also advised regularly reviewing credit reports from TransUnion as well as Equifax and Experian.  As security expert Hill pointed out, the investigation revealed that the automotive retail sector was not adequately prepared in terms of cybersecurity, as highlighted by several industry perspectives. It has been discovered that several large dealerships have well-established security frameworks in place, including continuous monitoring and internal "red team" exercises which test defenses. However, smaller and mid-sized businesses lack the resources necessary to implement the same level of security measures.  The author warned that these gaps can result in systemic risks within shared data networks, and advised dealerships to increase security awareness, better understand emerging threats, and evaluate the cybersecurity posture of third party partners that may have access to consumer information in a more detailed manner.  As a whole, the 700Credit breach indicates how cyber risk is distributed across multiple interconnected industries, where vulnerabilities in one partner can ripple outward so that millions of individuals and hundreds of businesses are affected.  As investigations and notifications continue, it will probably prompt an increased focus on third-party risk management, particularly in sectors which are heavily dependent on the sharing of data and the integration of real-time data. It is important for consumers to maintain vigilance, even after taking initial measures to prevent identity-based fraud, as identity-based fraud often emerges well after the original attack has been made.  For dealerships and service providers, the breach serves as an alarming example of the need for cybersecurity governance to extend beyond internal systems to include vendors, integrations, and data lifecycle controls, in addition to internal systems.  In addition to proactive investments in security assessments, employee training, and transparency, analysts note that proactive investments can help minimize both technical exposure and reputational damage in the automotive industry. It is ultimately up to whether the lessons learned from the incident translate into stronger safeguards and more resilient data practices in the credit monitoring industry as well as automotive retail to determine the long-term impact of the incident.

Credit Monitoring Provider Discloses Breach Impacting 5.6 Million Users #APIsecurity #AutomotiveCybersecurity #ConsumerDataExposure

Critical Vulnerabilities in Connected Car Modems Expose Critical Vehicle Security Risks, Researchers Say Unpatched vulnerabilities in vehicular modems could enable attackers to exploit remote execution flaws, potentially impacting not only individual vehicles but entire fleets.

Read the full analysis here:
www.technadu.com/critical-vul...

Do you believe automotive cybersecurity is keeping pace with vehicle connectivity? Comment your opinion below.
#AutomotiveCybersecurity #ConnectedVehicles #VehicleSecurity #IoTSecurity #CyberThreats

Surge in £20k Keyless Car Theft Gadgets Sparks Security Concerns   The automotive and security industries have become increasingly aware of the fact that criminals are increasingly using advanced signal-manipulation devices capable of stealing keyless car fobs without entering the property or obtaining the owner's fob, a development that has intensified concerns across the whole industry.  A variety of specialist tools aimed at copying or amplifying the wireless signal of a key in order to fool a vehicle into believing that an authorized user is nearby have rapidly found their way into organised criminal networks.  In the report published by the BBC recently, it is noted that some of these devices are openly available for purchase online for sums exceeding a million pounds, which proves both how sophisticated the technology is and how big the illegal market for these devices is. As a result of the increasing accessibility of such equipment, owners of high value, keyless entry vehicles, as well as fleet operators, are more likely to experience targeted thefts. Despite forthcoming legislation aimed at tightening up controls on who is permitted to possess or operate these devices, security analysts advise that there are already many criminal groups who have gained access to the tools and circulate them throughout their networks. As regulatory changes approach, the threat is largely undiminished.  Clearly, the proliferation of £20,000 keyless theft devices signals a deeper shift in the methods used to commit vehicle thefts. Using a technology that exploits the vulnerabilities of wireless communication systems that allow cars to start without using a physical key, criminals are able to capture and amplify signals from key fobs, allowing them to unlock and drive away their vehicles with as little effort as possible.  A key advantage of these machines is that there is only a very low amount of human intervention involved, making them an attractive choice for organised groups seeking efficiency and reducing risk. It is not currently illegal to own such equipment, so an abundance of it remains available online, leaving law enforcement only responding to thefts when the crime occurs rather than curbing its availability at the beginning. A report by experts cites that this imbalance effectively shifts the constraint on crime prevention to a new location: traditional defenses designed to prevent forced entry or hot-wiring do not provide resistance to remote signal manipulation attacks that are executed by criminals. Instead, the primary challenge is to regulate, restrict, and intercept the tools themselves before criminals are able to take advantage of them.  Technology-enabled offences are experiencing a broader trend, as automation and remote capabilities are weakening frontline security measures, making authorities more inclined to target upstream supply chains and to intervene legislatively.  Despite the government's intention to ban such devices, enforcement will continue to trail behind a fast-growing, demand-driven black market unless decisive action is taken at a policy level. There has been an increasing awareness among law enforcement officials and the auto industry of the extent and sophistication of the problem they face.  Approximately 100,000 vehicles have been stolen over the past year, according to figures from the Office for National Statistics. Insurance companies report that keyless cars now account for 60% to 70% of thefts. A number of people have been exploited through signal-manipulating devices, despite the fact that it is unclear just how many of these devices have been used. According to evidence gathered by the BBC, these devices range from everyday Bluetooth speakers to military-grade equipment that can block tracking systems after a vehicle has been stolen. Security specialists warn that such tools do not serve any legitimate purpose outside of criminal activity and are now an integral part of a shift away from opportunistic theft into highly organised theft. The analyst for Thatcham Research, Richard Billyeald, points out that gangs are now stealing to order, recouping their investment by targeting multiple vehicles each week and recouping their investment. According to investigators, the equipment is constantly passed through groups, thereby making it difficult to curb the crime and allowing the networks to operate across state and national borders.  Criminals often steal from victims in residential areas, intercepting signals quietly as they move through residential areas. Many victims describe thefts that took place in mere minutes. Despite the fact that keyless entry is a convenient feature for motorists, it has also been found to be a lucrative avenue for relay theft as offenders adapt to more advanced vehicle technology, according to industry groups. It is hoped that the government's Crime and Policing Bill will fill this gap by making possession or distribution of these devices a criminal offence carrying a five-year prison sentence, a substantial shift from previous rules whereby police needed to prove that the equipment was used in a specific crime in order to obtain the warrant.  Despite keyless technology becoming increasingly prevalent, analysts claim that there is still a structural weakness in current security practices that makes traditional alarms and physical locks less effective against signal-based attacks that are relying on radio signals. Legislative action in this context is just as crucial as technical upgrades; experts have stated that, in other sectors, tighter bans on digital signal interception tools have decreased their circulation and have affected the reach of criminal groups operationally to a great extent.  The authors state that a similar approach is critical to the automotive industry, where one of the biggest challenges now is not merely to improve vehicle hardware, but also to close the loopholes that allow such devices to be purchased and shared easily rather than to enhance them. There is no doubt that this situation reflects a broader pattern of cybersecurity attacks where adversaries exploit overlooked vulnerabilities to gain disproportionate leverage.  As a result, authorities have been forced to shift away from addressing incidents to limiting access to the tools themselves that enable the attack. With the criminalization of possessions and distributions of keyless theft devices, the government is attempting to rebalance that leverage by focusing on the upstream supply chains that facilitate high-volume thefts, preventing the spread of these technologies to the public.  In order to combat technologically driven crime at its source, it is increasingly being seen as essential to implement a multilayered strategy that combines strengthened digital protections with firm legal boundaries.  Despite the upcoming full enforcement of new laws, experts warn that long-term progress will require coordinated actions between manufacturers, legislators, insurers, and consumers as the industry awaits the full implementation of new legislation. In order to narrow the window of criminal opportunity, it is seen as essential to strengthen encryption standards, to improve tracker resilience, and to accelerate over-the-air security updates.  Meanwhile, insurance companies and the police emphasize the importance of community reporting, secure parking habits, and signal-blocking storage of key fobs. Although legislation may be able to restrict access to illicit devices to some extent, the extent to which the UK will be able to combat this ever-evolving threat will ultimately depend upon sustained investment in smarter vehicle design as well as public awareness.

Surge in £20k Keyless Car Theft Gadgets Sparks Security Concerns #AutomotiveCybersecurity #CarTheftDevices #CrimePrevention

Android Secure Boot in Automotive Systems: Securing the Future of Mobility


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The #CVR has a huge impact on #AutomotiveCybersecurity

To help you move from policy to action, we’ve created a practical guide packed with expert insights from our recent webinar & actionable steps to help you prepare.

Download your copy here 👉 finitestate.io/resources/co...

Steve, Shaughnessy, & Martin are on the ground at #AutoISAC.

📍 Stop by the Finite State booth to see how we're helping the Automotive industry build safer, more secure #ConnectedVehicles

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Heading to #AutoISAC USA next week?

The #ConnectedVehicleRule is already rewriting the rules for #AutomotiveCybersecurity. Don’t miss our expert-led webinar on what OEMs & suppliers must do to stay compliant.

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Auto-ISAC Annual Summit USA 2025 Schedule time with us to explore how Finite State can help you prepare for the future of connected vehicle regulation and software supply chain security.

Heading to #AutoISAC? We'll be in Washington, DC & ready to talk all things #AutomotiveCybersecurity.

Whether you're focused on software supply chain risk, #SBOM management, or the #ConnectedVehicleRule's impact, we’d love to connect. Book a meeting today 👉 info.finitestate.io/auto-isac-an...

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Catch the on-demand webinar to learn what OEMs & suppliers must do to stay compliant 👉 info.finitestate.io/connected-ve...

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Major dealership system flaws exposed, allowing remote car hacking and data theft. Urgent need for enhanced #AutomotiveCybersecurity measures. #CarHacking #DataBreach #CyberSecurity Link: thedailytechfeed.com/security-fla...

ScapyCon Automotive 2025 Explore ScapyCon Automotive 2025 in Regensburg, Sep 23–25 - three days of hands-on workshops, expert sessions, and deep dives into automotive cybersecurity, network protocols, IoT, and aviation. Meet ...

How do hackers break into automotive firmware and how do you stop them?

Our chief scientist dives into real-world attacks and defences at #SCAPYCON 🚗

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🚨 Webinar Alert

Join leading voices in #AutomotiveCybersecurity, policy & law to unpack how the #ConnectedVehicleRule is reshaping the industry & what #OEMs & suppliers must do to stay compliant & competitive.

Register now & submit your questions 👇
info.finitestate.io/connected-ve...

#Automotive

🔐 Enhancing Security with HSM in TC38xQ Microcontrollers: A Comprehensive Guide

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Protecting Smart Vehicles with Advanced Cybersecurity As the automotive industry drives deeper into the era of digital transformation, the surge in smart vehicles and connected car technology has revolutionized modern transportation. However, with innovation comes vulnerability. The road to digital convenience is riddled with cybersecurity threats, making automotive cybersecurity not just a technological requirement but a safety imperative. This article explores the landscape […]

#MarketReports #AutomotiveCybersecurity

WP.29 and Beyond: How India and China Are Driving Automotive Cybersecurity - Device Authority

As vehicle connectivity grows, so does regulatory pressure. In our latest blog, we explore:
✅The global influence of #WP29
✅How India and China are adapting the model
✅Why long-term IoT security matters more than ever

deviceauthority.com/wp-29-and-be...

#AutomotiveCybersecurity

In modern automotive embedded systems, ensuring secure ECU boot-up is not optional — it's a necessity.

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ESCAR USA 2025 Event Page Join Finite State at Escar USA to explore cutting-edge software supply chain security solutions for IoT, automotive, and critical connected systems.

Join Finite State in Michigan, May 20–22, for #ESCARUSA as we connect with the automotive cybersecurity community to explore next-gen software supply chain security.

Book a meeting 👉 info.finitestate.io/escar-usa-2025

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🚗 UDS Bootloader: The Key to Secure and Reliable ECU Firmware Updates

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Connected cars drive into a cybersecurity crisis - Help Net Security Explore the cybersecurity risks of modern vehicles, from remote hacks to vulnerabilities in autonomous cars.

Connected cars drive into a cybersecurity crisis

📖 Read more: www.helpnetsecurity.com/2025/04/04/c...

#cybersecurity #cybersecuritynews #automotivecybersecurity

🔧 SBL Implementation in Automotive ECUs – Learn on PiEmbSysTech! 🚘
📖 Explore. 📚 Learn. 🔬 Contribute.
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Automotive Cybersecurity Detroit 2025 Event Page Join us at Cybersecurity Automotive Detroit March 11-13

Finite State is heading to Automotive Cybersecurity Detroit 2025! 🚗

Drop by our booth to see how Finite State helps automakers & suppliers secure supply chains & protect connected vehicles. Register now 👉 https://buff.ly/4gVGejF

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Upstream Security report reveals critical gaps in auto cybersecurity
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futurride.com/2025/02/11/u...

Driving Compliance in a Connected World: IoT and Automotive Cybersecurity Regulations - Device Authority

IoT in automotive is evolving - ISO 21434, UNECE R155, AIS 189 are shaping the future of connected vehicle security. But what do they mean for OEMs?

deviceauthority.com/driving-comp...

#IoTSecurity #AutomotiveCybersecurity #ISO21434 #UNECE #ConnectedVehicles @microsoft.com @cyberark.bsky.social

Past, Present, and Future of IoT/OT Security in Automotive Cybersecurity. As connected vehicles evolve into critical infrastructure, cybersecurity has never been more crucial.

Read here: deviceauthority.com/past-present...

#IoTSecurity #AutomotiveCybersecurity #GenerativeAI #ConnectedVehicles

automotive cybersecurity market

🔐 𝐒𝐞𝐜𝐮𝐫𝐢𝐧𝐠 𝐭𝐡𝐞 𝐅𝐮𝐭𝐮𝐫𝐞 𝐨𝐟 𝐌𝐨𝐛𝐢𝐥𝐢𝐭𝐲: 𝐀𝐮𝐭𝐨𝐦𝐨𝐭𝐢𝐯𝐞 𝐂𝐲𝐛𝐞𝐫𝐬𝐞𝐜𝐮𝐫𝐢𝐭𝐲 𝐨𝐧 𝐭𝐡𝐞 𝐑𝐢𝐬𝐞!🚗

With the rapid integration of connected technologies and #autonomousdriving systems, #AutomotiveCybersecurity has become a critical focus for manufacturers.

Read more: shorturl.at/l7dMo
#CyberSecurity #connectedvehicles