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Control-Grade Accuracy

Control-Grade Accuracy

at a Cost You Can Commercialize

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The Challenge 

High-end inertial navigation systems provide control-grade accuracy, but the financial model makes large-scale commercialization unfeasible. At the other end of the spectrum, basic telematics are affordable but lack the accuracy needed for ADAS, robotics, or off-road control applications. 

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The Solution 

Unlike other high-end inertial systems, DRIVE does not require radar or other perception sensors — making it simpler and more cost-appropriate for applications that demand high accuracy without added hardware. DRIVE is hardware independent and sensor agnostic providing ultimate portability and adaptability. 

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DRIVE enables our customers to bring cost-sensitive autonomy and ADAS features to market. 

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Key Benefits 

Accurate in GNSS-degraded and denied areas

Maintains position, velocity, and orientation in tunnels, bridges, or urban canyons

Economical

Provides control-grade accuracy without the high per-unit cost of advanced INS

Doesn’t require perception sensors

Works with GNSS + inertial sensors only; for radar/camera integration, see AUTO

Supports control systems

Ego-velocity estimation and lever arm correction 

Safety and reliability

Integrity monitoring and hot start recovery 

Faster integration

Broad GNSS/IMU support, flexible calibration, built-in diagnostics, and RTK compatibility

Applications 

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ADAS / driver-assist platforms:

Reliable through tunnels, bridges, and dense urban canyons

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Off-road environments:

Agricultural, construction, and utility machines operating in fields, yards, or plants without full GPS coverage

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Logistics and robotics:

Delivery robots and carts maintaining lane- and sidewalk-level positioning accuracy

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Embedded software

Cloud service

Hardware module 

Proof in Action 

  • Tested in tunnels, urban canyons, and indoor–outdoor transitions 

  • Validated by OEMs as commercialization-ready 

Product Comparison 

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Accuracy 

Cost

Real-Time Response 

Best Fit 

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  • Entry-level

  • Lowest 

  • 1 sec or slower 

  • Telematics, In-vehicle infotainment, Fleet management, Dash cams

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  • Mid-range 

  • Moderate 

  • 0.01 sec 

  • Control grade applications:  On-road vehicles, ADAS, Logistics, Off-road vehicles. 

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  • Highest 

  • Higher 

  • 0.01 sec 

  • Safety-critical applications, ADAS & Semi and Fully Autonomous vehicles. (additional sensor inputs: imaging radar + sensor fusion)

Ready to see DRIVE in action?

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