Tactile Mobility Advances Smart, Safe, and Sustainable Vehicles
Tactile Mobility develops virtual sensor technology enhancing real-time vehicle performance data, improving safety, efficiency, and sustainability in automotive systems without added hardware.
Shifts in Vehicle Recall Processes in Automotive Industry
A review of evolving vehicle recall dynamics reveals increased reliance on software solutions and over-the-air updates, raising both safety and operational challenges for automakers.
Tactile Mobility Discusses Safety and Trust in Autonomous Vehicles
Tactile Mobility's software enhances vehicle safety through tactile sensing and data analytics, aiming to improve consumer trust in autonomous driving technology.
Advancements in Vehicle Data Sharing for Urban Management
Smart vehicles are poised to transform urban infrastructure through enhanced data sharing, enabling improved traffic management and city planning.
Tactile Mobility Unveils Virtual Tire Wear Sensor at SDV Europe
Tactile Mobility presented its Virtual Tire Wear Sensor at SDV Europe 2024, offering precise real-time tire health monitoring for improved vehicle safety and maintenance.
Tactile Mobility Launches Virtual Tire Wear Sensor Software
Tactile Mobility introduces a Virtual Tire Wear Sensor, offering enhanced monitoring accuracy and promoting road safety by eliminating the need for additional physical hardware.
Tactile Mobility Wins Awards at 2024 Just Auto Excellence
Tactile Mobility has received multiple accolades at the 2024 Just Auto Excellence Awards for its innovative Cloud-Enhanced Global Grip Map technology aimed at improving automotive safety.
Challenges and Opportunities for Intelligent Vehicle Adoption
Panelists at EcoMotion Assembly 2024 discuss the automotive industry's balance of innovation and regulation, highlighting challenges in technology adoption and future opportunities for startups.
Tactile Mobility Appoints New VP of Research & Development
Tactile Mobility has appointed Boaz Shpigelman as vice president of research and development to enhance innovation in tactile sensing technology for the automotive sector.
Real-Time Road Condition Data via Car Sensors
Tactile Mobility leverages onboard sensors and AI for road condition analysis and predictive maintenance, enhancing vehicle features and providing valuable data insights.
Enhancements in Regenerative Braking for Electric Vehicles
Tactile Mobility develops technology to improve regenerative braking, aiming to extend the lifespan of EV batteries and enhance driving range.
Tactile sensors could improve autonomous-driving safety
Tactile Mobility says tyre-based sensors and cloud grip maps could provide traction, road-quality and vehicle-weight data to improve ADAS and autonomous-driving safety. The company has two OEM development projects under way and its technology is used in Nexteer’s electronic power-steering functions.
Impact of Continuous Tire Monitoring for OEMs and Consumers
Continuous tire monitoring offers OEMs insights into post-purchase interactions, enhancing safety, reducing costs, and improving customer engagement through real-time data.
Impact of Digital Twin Technology in Automotive Manufacturing
Digital twin technology revolutionises vehicle development, enhancing design, manufacturing, and maintenance processes across the automotive sector through virtual simulations and data analysis.
Tactile Mobility develops virtual sensors to assess grip and tyre wear
Tactile Mobility uses machine learning and vehicle CAN data to create virtual sensors that estimate grip, monitor tyre wear and support ADAS. Cloud-based data could also help map road surfaces, schedule maintenance and warn vehicles about adverse conditions.
Real-Time Grip Mapping Enhances Vehicle Safety
Tactile Mobility's cloud-enhanced grip maps improve road safety by providing real-time data on road conditions and tyre grip, aiding in accident prevention.
Tactile Mobility launches cloud grip mapping and aquaplaning detection
Tactile Mobility has released a cloud-based grip mapping solution that combines vehicle sensor data and machine learning to assess road conditions, detect aquaplaning risks and support safer driving, ADAS and fleet performance.
Tactile Mobility Launches Cloud-Enhanced Grip Map Solution
Tactile Mobility introduces a real-time Cloud-Enhanced Grip Map, providing insights on road conditions to enhance driver safety and reduce weather-related accidents.
Tactile Mobility Unveils Vehicle Grip Technology at Ecomotion
Tactile Mobility is introducing a system enhancing vehicle grip detection, optimising braking and acceleration for safer autonomous driving amid evolving automotive technologies.
Development of Smart Tire Sensors for Electric Vehicles
Industry leaders are advancing tire sensor technology to enhance vehicle safety and performance, particularly for electric vehicles, through data collection and analysis.
Tactile Mobility tests sense-of-touch technology for safer driving
Tactile Mobility says its software uses real-time tyre grip, tyre-health and vehicle data to improve adaptive cruise-control responses and collision analysis. Proofs of concept are being tested by car manufacturers in Europe, the Americas and Asia.
Leveraging AI in Vehicle Insurance for Claims Management
Artificial intelligence and data analytics present opportunities for vehicle insurers to enhance claims management, improve liability determination, and streamline the arbitration process.
Nexteer and Tactile Mobility Receive CES 2023 Innovation Award
Nexteer and Tactile Mobility's innovative software enhances vehicle safety by providing early warnings through steering feedback, earning recognition at CES 2023.
AI Implementation in Auto Insurance Claims Processing
Auto insurers are increasingly utilising AI technologies to streamline claims processing, enhance accuracy, and combat fraud, improving operational efficiencies across the industry.
Tactile Mobility expands AI road-sensing software for connected vehicles
Tactile Mobility describes deployments of its AI-powered virtual-sensing software, which uses vehicle data to map road conditions and monitor tyre health. The company also outlines partnerships and applications for software-defined, autonomous and V2X-enabled vehicles.
Tactile Mobility Introduces Virtual Tire Health Monitoring
Tactile Mobility has launched a Tire Health Monitoring solution, enhancing vehicle safety by providing real-time insights into tire conditions and performance throughout their lifespan.
Impact of Software-Defined Vehicles on the Automotive Sector
The rise of software-defined vehicles may reshape the auto industry, facilitating new entrants and enhancing vehicle safety, efficiency, and customisation, according to Tactile Mobility.
Tactile Mobility Appoints Ori Gon as Chief Financial Officer
Tactile Mobility has appointed Ori Gon as CFO to enhance financial strategy and support growth initiatives across global markets in the automotive technology sector.
Nexteer and Tactile Mobility Launch Advanced Detection Software
Nexteer Automotive and Tactile Mobility introduce software aimed at enhancing vehicle health management and safety through advanced road and tire detection capabilities.
Detroit Pilot Tests Cloud-based Road Monitoring Technology
Detroit is trialling a cloud solution for real-time road monitoring using vehicle sensors, aiming to enhance pavement quality and reduce maintenance costs.
Tactile-Mobility Honoured at Fast Company's Tech Awards 2021
Tactile-Mobility has been recognised in Fast Company’s Next Big Things in Tech awards for its innovative vehicle detection technology addressing road conditions.
Tactile Mobility Secures $27 Million in Series C Funding
Tactile Mobility raises $27 million to enhance virtual sensors and expand its cloud platform, following strategic investments from Goodyear and Porsche Ventures.
Tactile Mobility software enters production with BMW for vehicle and road insights
Tactile Mobility’s embedded and cloud software uses vehicle data and AI to create virtual sensors for grip, tyre health and road conditions. Its platform supports Detroit road monitoring and is entering production in BMW’s next-generation vehicles.
Tactile sensing could improve autonomous-vehicle safety and road mapping
Tactile Mobility outlines software-based tactile sensing for autonomous vehicles, using existing sensor data and machine learning to assess road friction, potholes and surface conditions. The resulting insights could support safer vehicle control, ADAS and road-maintenance planning.
Tactile Mobility Develops Runover Detection Technology
Tactile Mobility unveils a system to detect minor runovers, enhancing vehicle safety and targeting autonomous vehicle integration while utilising advanced tactile sensing technology.
New Virtual Sensor Technology Enhances Vehicle Safety
Tactile-Mobility introduces a virtual sensor to detect road objects, aiming to improve safety in autonomous and ADAS vehicles by preventing potential collisions.
Improving Road Infrastructure Through Enhanced Data Utilisation
Authorities are exploring innovative data solutions to optimise road repair processes, aiming to reduce costs and enhance city infrastructure management.
Tactile Mobility Launches Nationwide Road Data Gathering Project
Tactile Mobility and Union Motors initiate a national project in Israel to gather real-time road data from Toyota vehicles, enhancing road safety and maintenance strategies.
Nexteer Automotive Enhances Global Software Engineering Structure
Nexteer Automotive centralises its software engineering team across four locations to better support evolving customer needs and enhance collaboration within the automotive sector.
Tactile Mobility Introduces Tire Tread Depth Measurement System
Tactile Mobility has launched a cost-effective tyre tread depth measurement solution, enhancing vehicle safety through real-time monitoring capabilities using existing vehicle sensors.
Nexteer and Tactile Mobility Collaborate on Steering Software
Nexteer Automotive partners with Tactile Mobility to enhance driver feedback through advanced software systems, leveraging real-time data for improved steering performance.
Tactile Mobility's Virtual Sensors Enhance Road Maintenance
Tactile Mobility develops virtual sensing technology to provide real-time road condition data, aiming to improve maintenance efficiency for municipalities and vehicle manufacturers.
Detroit Utilises Tactile Mobility for Road Condition Monitoring
The City of Detroit adopts Tactile Mobility's technology for continuous road condition assessment, enhancing maintenance planning and prioritising preventative measures for pavement management.
Nexteer Partners with Tactile Mobility on Software Development
Nexteer Automotive collaborates with Tactile Mobility to enhance software offerings for improved motion control and real-time data insights in the automotive industry.
Detroit Partners with Tactile Mobility for Road Analysis
Detroit collaborates with Tactile Mobility to enhance pavement condition analysis through advanced in-vehicle software, supporting data-driven infrastructure maintenance strategies.
BMW To Implement Tactile Mobility Technology Across Models
BMW plans to incorporate Tactile Mobility’s sensing technology in all models, enhancing safety and maintenance diagnostics through improved data analysis and cloud integration.
