PlaxidityX vDome is a comprehensive, AI-powered keyless car theft prevention service designed to actively protect vehicles from modern tools for keyless theft techniques. By combining the powerful TDPX in-vehicle agent with continuous cloud-based threat intelligence (VPCC), the vDome system stops CAN injections, key fob replications, and emulator attacks in their tracks.
Keyless car theft has evolved into a critical business crisis for the automotive industry. Attackers are utilizing dark-web tools to steal vehicles in seconds – costing car owners, insurance companies and car manufacturers billions of dollars annually. This epidemic results in severe reputation damage, increased insurance premiums, and plummeting sales for heavily targeted models.
Traditional Stolen Vehicle Recovery (SVR) solutions only track a vehicle after it is gone. OEMs require an active, embedded shield that stops theft in its tracks. Powered by the TDPX edge agent, the vDome system moves beyond passive tracking to instantly detect and neutralize theft attempts before the engine even starts.
vDome transforms cybersecurity from a cost center to a revenue stream, enabling OEMs to offer advanced theft prevention as a premium, subscription-based service
The patented TDPX automotive cybersecurity agent offers high-fidelity, near-zero false positive detection, ensuring legitimate owner access
The TDPX agent, designed for an open ecosystem, can be deployed as embedded software in new vehicle ECUs or quickly retrofitted into existing fleets using certified aftermarket units
vDome provides continuous, lifetime protection with advanced threat intelligence against evolving theft techniques and attack vectors
vDome, integrated with the PlaxidityX VDR platform, utilizes the shared VPCC backend for both keyless theft and general vehicle cyber protection, significantly reducing OEM integration complexity and TCO
The TDPX agent detects malicious CAN messages sent by a hacking device in under 200 milliseconds with zero false positives
vDome is designed to protect the vehicle while parked and powered down. It provides continuous, active monitoring from the moment the engine is turned off. Once a malicious attack message is identified, the TDPXvagent immediately triggers a prevention action
The TDPX agent remains vigilant even when the vehicle is powered down. It wakes up milliseconds before an attack executes to intercept malicious messages
The TDPX agent records vehicle network traffic. Incident-triggered retrieval of the last seconds of activity allows the PlaxidityX Threat Research Lab to analyze the attack path and generate new defensive signatures
The TDPX agent integrates with the Vehicle Protection Cloud Core (VPCC) for fleet monitoring and data analysis. The VPCC immediately provides new defensive signatures, based on dark web attack discoveries, to the TDPX agents to immunize the fleet
vDome TDPX agent remains fully operational in offline environments, such as underground parking or remote rural areas, where GPS and cellular connectivity are unavailable. The TDPX agent functions as a standalone autonomous unit, executing real-time countermeasures at the edge to neutralize theft attempts without requiring cloud connectivity
vDome delivers an active, embedded shield against modern keyless car theft, operating directly at the edge to neutralize attackers before the engine ever starts. Powered by the PlaxidityX TDPX edge agent, vDome utilizes embedded behavior models and dynamic threat intelligence to provide robust, zero-false-positive protection for connected fleets.
Here is how the vDome ecosystem actively protects your vehicles:
The vDome agent (TDPX) remains vigilant while the vehicle is powered down. It wakes up milliseconds before an attack executes to intercept malicious messages on the CAN or accessory bus.
vDome continuously monitors the vehicle’s network traffic. The system uses intelligent, embedded behavior models to analyze this activity directly at the edge, ensuring lightning-fast detection without relying on the cloud.
Anomalies are detected in less than 200 milliseconds. Rigorous profiling ensures the precise detection of specific attacker tools, guaranteeing that legitimate owners are never accidentally locked out of their vehicles.
The vDome agent (TDPX) operates entirely locally and does not rely on mandatory cloud connectivity. It instantly blocks attacks even if the vehicle is parked in an underground garage with zero cellular reception.
Upon detecting a threat, the system triggers instant prevention mechanisms. These active defenses can block ignition, prevent key fob duplication, and initiate secure alert messages to the VSOC and the car owner.
The agent continuously records the vehicle’s network traffic. If an incident occurs, it retrieves the last 10 seconds of activity, allowing our Threat Intelligence team to analyze the exact attack path and quickly generate new defensive signatures.
The vDome agent seamlessly receives new threat signatures and configuration updates directly from the Vehicle Protection Cloud Core (VPCC). vDome capabilities are continually updated and adapted to new theft techniques, ensuring your fleet remains protected against the latest dark web attack tools.
What is keyless car theft?
Keyless car technology allows drivers to unlock and start their cars without physically inserting a key. While revolutionizing vehicle security and convenience, these systems have also introduced vulnerabilities that are being exploited by tech-savvy thieves. Keyless car theft techniques typically employ specialized devices, such as laptops and coding tools, to unlock and start vehicles in less than a minute. Examples of common keyless car theft techniques used today include CAN injection, OBD port hacking, key fob cloning, and relay attacks.
Why are traditional anti-theft solutions ineffective in preventing keyless car theft?
Traditional anti-theft systems focus on engine immobilization, alarms and GPS tracking to deter potential thieves. While effective against mechanical theft, these measures cannot stop keyless techniques that exploit the connectivity, in-vehicle networks and software vulnerabilities in today’s vehicles. Mitigation of these types of theft techniques dictates the need for specialized tools based on cybersecurity expertise.
What are the cost implications of keyless car theft for the automotive industry?
Car theft is hitting record highs in the US and Canada, costing the industry billions of dollars annually and causing huge disruptions for car owners, OEMs, fleet operators and insurance companies. In the US, for example, more than 850,000 vehicles were stolen in 2024. Globally, approximately 60% of car theft incidents can be attributed to keyless theft techniques such as CAN injection and key fob duplication. In Canada, insurers are paying over $900 million annually in claim losses to replace stolen vehicles (2025).
How long does it take to steal a car using keyless theft techniques?
Keyless car theft techniques rely on advanced technology rather than brute force. Their effectiveness can be attributed to the speed and silence of their execution. CAN injection and relay attacks, for example, allow thieves to unlock the car and start the engine and drive away in less than 30 seconds. In addition to their swiftness, keyless car theft techniques enable thieves to gain easy entry without causing damage to the vehicle, making such thefts difficult to detect through traditional means.
What is the best way to protect against keyless car theft?
The next generation of vehicle protection requires proactive, adaptive, and intelligent systems. Platforms like vDome are designed to continuously update against new theft methods, providing real-time detection and prevention with zero false alarms. By integrating with ECUs and aftermarket devices, vDome offers layered defense against CAN injection and key fob replication attacks. To combat keyless theft, OEMs need an active, embedded agent that prevents theft at the source – rather than tracking a vehicle after it’s gone.
“PlaxidityXs’ comprehensive suite of cyber security solutions and its outstanding array of strategic technological partnerships have contributed to the company’s leadership position”
“We chose PlaxidityX based on its proven experience, knowledge, methodology, and expertise..PlaxidityX’s ability to complete and submit in an extremely short time with top quality results, was critical for meeting our business goals”
“PlaxidityX is a key pillar of Continental’s SDV strategy, enabling Continental to implement a security-by-design approach. As automotive cyber security moves to the cloud, PlaxidityX’ cutting-edge technologies and proven VSOC capabilities position us advantageously to meet our customers’ future needs”
“By combining PlaxidityX’s expertise in securing connected vehicles with Microsoft’s Azure AI capabilities, we have a unique opportunity to accelerate ‘shift left’ security innovations across the entire automotive sector..”
“The partnership with PlaxidityX enables our customers to perform cybersecurity testing on our established test platforms ..We are excited to partner with a strong and experienced cybersecurity service provider such as PlaxidityX”
“The partnership with PlaxidityX enables our OEM and Tier 1 customers to benefit from our new, high-performance Ajunic®️ platform without the security worries. By leveraging PlaxidityX’s automotive cyber security expertise and innovative IDPS product line, we will be able to deliver market-leading in-vehicle protection capabilities as an integral part of our software development stack.”
“We see cybersecurity as a differentiator of our market offering and believe our partnership with PlaxidityX complements our “Digital Shield” cybersecurity service offering, helping us to achieve our goal of becoming a leader in secure software and electronics.”
