SparkDesk Aided Driving
Make driving safer, smarter, and more enjoyable
SparkDesk Aided Driving Solutions
First in its class to use a 4D millimeter wavelength radar and early-fusion model, ensuring safety under extreme scenarios.
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Enhanced Emergency Braking
Scenarios: Rainy/Foggy; Overturned Vehicles; Malfunctions.
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Lateral Collision Protection
Safe handling of coned-off construction areas and aggressive lane-cutting vehicles.
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Traffic Information
Traffic Light Data; Speed Limits; No-Entry and Construction Information.
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Urban/Rural Lane Cruising
Enter turn waiting zones, cross intersections, and drive on unmarked rural roads.
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Highway Map-Free Navigation Assistance
Map-Free, Road-Independent Driving.
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Memory-Based Commuting
Make memory-based driving & parking a reality;
Memorize commuting routes in one attempt; Navigate U-turns and roundabouts.
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Omni-Directional Automatic Parking
Select from head-in-first/reverse parking, custom parking or pausable parking interaction.
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Reverse Path Tracking
Narrow Alley Autonomy.
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SparkDesk Aided Driving Proprietary Algorithms & Data Platform Innovation
Enables long-distance, precise, stable perception, solves pain points of insufficient and inefficient computing power, and supports continuous iteration
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Eagle-Eye PerceptionUltra-Long-Range Object Detection-
Support 230m perception distance; -
Support AEB ＞130kph.
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Prediction ModelsAccurate Prediction of Surrounding Vehicles-
Judge the speeds, and intentions, such as the likelihood to cut in, of surrounding vehicles.
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Variable LanesPrecise Road Detection-
Efficient on/off-ramp navigation;
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Support map-free driving via urban intersections;
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Support driving on roads without lane markings.
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Occupancy NetworksCorner Cases Protection-
Precise recognition of irregular-shaped obstacles;
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Recognition ranges: 80m infront, 50m to the sides and rear;
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Precision: 10cm at close ranges; 40cm at longer ranges.
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4D TrackDrive in Complex, Harsh Environments-
More stable lateral and longitudinal target detection;
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Improved target speed measurement performance;
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Optimized occlusion detection.
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Ultrasound Deep LearningCope with nights/no-light scenarios-
Solves the challenges of traditional methods, such as signal blind spots and noise interference;
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Performance in obstacle contour perception accuracy and stability is more than double traditional algorithms;
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High generalization for nights & glass doors.
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Pilot Data SparkDesk Aided Driving
Closed-Loop Data Toolchain Products
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Data CollectionEfficient, Stable Collection -
Data ProcessingMassive Data Storage & Processing -
Data Annotation4D Reconstruction & Automated Annotation -
Model TrainingAlgorithm Models -
Simulation PlatformsVirtual Simulation & Playback Simulation
Safer, More Reassured Interaction
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Add floating SR (surrounding reality) to display perception capacity and surrounding hazards even when inactive.
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Fearless of unfamiliar irregular obstacles thanks to full-scene recognition for driving and parking.
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Revamped SR (surrounding reality) theme for driving assistance offering a fun and interactive experience.
Stop & Go Wherever You Say
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Scenario Recognition
System detects parking spaces and informs the driver by voice notification.
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Voice Interaction
Vehicle owner issues a voice command: "Park it between vehicles and the pillar."
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System Response
System receives the command and precisely parks in the designated spot.
