01
AD/ADAS Validation
We provide smart mobility validation solutions
from sensor simulation to autonomous driving.
SW in the Loop
Software based validation
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Physics based sensor modeling
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AD, ADAS logic validation
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Global collaborations
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HW in the Loop
Real-time validation of the autonomous driving algorithm
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AD, ADAS logic validation
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Autonomous driving related sensor simulation
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Validation of the integrated autonomous driving system
Vehicle in the Loop
Validation of the autonomous driving algorithm at the vehicle level
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Safety guaranteed through virtual driving environment tests
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Autonomous driving related sensor simulation
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Repetition of actual driving conditions that are difficult to reenact
02
Design and manufacture of vehicle platforms for the autonomous driving research
ACEWORKS provides various solutions for autonomous driving research, such as steering, acceleration, and brake systems.
ADSmart Platform
We provide vehicle platforms for the demonstration of the autonomous driving algorithm.
Autonomous vehicle platform
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Automated-driving sensor and power supply
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Actuator set for vehicle control
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Renovating and designing self-driving cars
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Support most automobile models
ADSmart Steering
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Unnecessary to hack CAN data
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Plans designed for each vehicle type
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Override
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Wheel angle or torque base control
ADSmart Brake
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Unnecessary to hack CAN data
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Driver's seat installation type
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Stroke base control
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Support diagnosis fuction
ADSmart Accelerator
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Support both manual and automatic transmission
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Accelerator mode / Self-driving input mode
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Softwareitch over to accelerator mode in the case of communication problems
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Sensor interface for detecting accelerator operation
ADSmart Shift
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Support both manual and automatic transmission
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P-R-N-D gearshift
03
A1 Driver
Our A1 DRIVER has learned from years of real road environments, and it’s still continuously growing.
ACEWORKS’ autonomous driving AI can be applied to any vehicle model based on its sensor package and computing package.
Solutions by Industry
We provide solutions for each industry such as high-speed robo-taxis,
medium/low-speed driving shuttles, and smart cities etc.
Autonomous vehicle platform
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Automated-driving sensor and power supply
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Actuator set for vehicle control
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Renovating and designing self-driving cars
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Support most automobile models
ADSmart Steering
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Unnecessary to hack CAN data
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Plans designed for each vehicle type
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Override
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Wheel angle or torque base control
Tools
We provide various engineering solutions, including simulation solutions for validation and Visualization systems for monitoring autonomous driving status.
04
RoboSense LiDAR Sensor
ACEWORKS supplies high-performance
RoboSense LiDAR sensors for self-driving platforms.
Single Sensor Units
A wide array of choices for your specific environment and conditions is available from our solutions
for self-driving cars(passenger, vehicle, taxi), robots, and C-ITS infrastructure.
RS-Ruby Plus
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128 channels long distance LiDAR
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Long distance detection of 250m (200m@10% NIST)
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0.1˚ high angular resolution
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Do Not Disturb mode
RS-Ruby Plus 80
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80 channels long distance LiDAR
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High-performance, reasonable price
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0.1˚ high angular resolution
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Do Not Disturb mode
Helios 32
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16 channels general-purpose LiDAR
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Distance detection of 150m (80m@10%NIST)
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Distance accuracy of ±2cm
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Low-temperature resistance up to -30˚C
Helios 16
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16 channels general-purpose LiDAR
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Distance detection of 150m (80m@10%NIST)
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Distance accuracy of ±2cm
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Low-temperature resistance up to -30˚C
RS-Bpearl
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LiDAR for prevention of blind spots
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Hemispherical FOV
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< 10cm minimum detection distance
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Low-temperature resistance up to -30˚C
M1
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MEMS mass production vehicle LiDAR
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Performance of 125 channels
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Low power consumption of 15W
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Smart GAZE function attatched
E1
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MEMS mass production vehicle LiDAR
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Performance of 125 channels
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Low power consumption of 15W
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Smart GAZE function attatched
Ground Truth System
We are able to verify DUT(Device Under Test) via RoboSense's own unique AI-based Ground Truth data.
RS-Reference System
Hardware platform for retrieving and verifying data
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Terminal for processing data
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Offline algorithm (generating GT)
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Comparison of GT data and DUT output values
Solutions by Industry
We provide solutions for each industry such as high-speed robo-taxis,
medium/low-speed driving shuttles, and smart cities etc.
RS-Fusion-P6
Solution for high/medium-speed driving mobility
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Easily detachable (preventing potential vehicle damage)
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Loaded with cognitive algorithm of above level L3
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Reasonable price
RS-Fusion-P5
Solution for the L4 robo-taxi
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Easily detachable (preventing potential vehicle damage)
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Dectection range of 200m
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Prevention of blind spots
RS-Fusion-P3
Solution for high/medium-speed driving mobility
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Easily detachable (preventing potential vehicle damage)
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Loaded with cognitive algorithm of above level L3
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Reasonable price
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Cognitive Algorithm
The cognitive algorithm that can be used with
RS-LiDAR is capable of high-precision positioning, recognizing various objects
RS-LiDAR-Algorithm
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Localization
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Perception
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Calibration & Fusion
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Mapping
