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Overview
Tactile Mobility is a tactile data and virtual sensing platform that enhances vehicle intelligence. While initial integration with OEM systems requires technical collaboration, the software delivers precise road-surface insights and real-time grip estimation. This improves vehicle safety, efficiency, and autonomous driving performance.
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Starting Price
Custom
Tactile Mobility Specifications
Vehicle Tracking (GPS)
Telematics Integration
Reporting & Analytics
Driver Behavior Analysis
What Is Tactile Mobility?
Tactile Mobility is an innovative software-based solution that enables vehicles to feel the road. Unlike traditional sensors that rely on sight, this software uses built-in non-visual sensors to analyze the physical interaction between the tires and the pavement. By generating real-time insights into road conditions and vehicle health, Tactile Mobility empowers automakers, tier-1 suppliers, and fleet managers to improve vehicle safety, durability, and driving dynamics through high-fidelity data.
Tactile Mobility Pricing
The pricing of Tactile Mobility typically falls between $6 and $95/month/vehicle, based on industry benchmarks for similar fleet management and telematics platforms. This range is intended for general budgeting purposes, as actual costs can vary depending on the number of vehicles, required sensors, and specific implementation needs.
In addition to the base subscription or licensing fees, organizations should account for the following expenses:
- Implementation and Setup: $5,000–$25,000 for complex deployments involving real-time data feeds, OEM system access, and telematics hardware
- API and System Integrations: $2,000–$15,000, depending on integration scope with fleet management, road monitoring, or insurance platforms
Disclaimer: Pricing references are based on publicly available third-party information and industry benchmarks. Actual costs may vary.
Tactile Mobility Integrations
Who Is Tactile Mobility For?
Tactile Mobility software is ideal for a wide range of industries, including:
- Automotive OEMs
- Autonomous vehicle developers
- Smart city infrastructure planners
- Fleet management services
Is Tactile Mobility Right For You?
If your organization is focused on the next generation of autonomous driving and road safety, Tactile Mobility is an exceptional choice. It stands out by providing tactile intelligence that cameras and LiDAR often miss, such as hydroplaning risks or tire wear levels. This makes it a perfect fit for automotive manufacturers and infrastructure developers who need highly accurate, real-time environmental data to optimize vehicle performance and passenger safety across diverse terrains.
Still doubtful if Tactile Mobility software is the right fit for you? Connect with our customer support staff at (661) 384-7070 for further guidance.
Tactile Mobility Features
This feature provides real-time crowdsourced grip level data from vehicles, allowing drivers and fleet managers to maximize safety and efficiency. By analyzing traction conditions across different road surfaces, it helps predict hazards and optimize driving strategies.
This system collects data on tire wear and tear, delivering actionable insights for maintenance and replacement. It helps reduce downtime, prevent accidents, and extend tire lifespan by enabling data-driven decisions.
Vehicle weight is estimated in real time, ensuring compliance with EU regulatory requirements. Accurate weight monitoring supports load optimization, fleet safety, and operational efficiency across diverse vehicle types.
Generates crowdsourced tactile maps that offer a real-time view of road and driving conditions. This cloud-based feature enables proactive safety measures, informed route planning, and improved road performance analytics for fleets and OEMs.
This feature equips vehicles with a sense of touch, enabling them to predict road events beyond the capabilities of standard ADAS sensors. It identifies hidden roadway risks, such as rough, wet, or icy surfaces, and detects potential vehicle hazards, including impending tire blowouts.
