Technology
Seoul Robotics Technology
Our Technology is built on two synergistic AI engines that enable full-stack autonomy, combining hyper-realistic perception with intelligent, large-scale fleet orchestration.

Horus™

AI-Powered Perception (Horus™)

The "eyes" of our system, Horus is our patented AI technology that provides superhuman awareness. It fuses and processes data from hundreds of disparate sensors simultaneously to create a single, flawless, high-fidelity 3D model of the operational environment.

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Optimized LiDAR Driver
Our proprietary, optimized driver ensures full compatibility with most major LiDAR models available on the market.
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Multi-LiDAR Calibration
Enables fast and precise calibration of over 100 LiDAR sensors to operate seamlessly as a unified system with exceptional accuracy.
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High-Performance Perception
Accurately detects all objects—including vehicles and pedestrians—from LiDAR data, and provides real-time estimations of position, speed, and direction, ensuring exceptional localization accuracy and precision.
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Weather Resilience
Delivers stable performance in diverse weather conditions—including rain, snow, and sudden changes in lighting. This robustness has been validated through over five years of deployment in real-world commercial environments.
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Distributed System Support
Enables scalable system deployment by supporting an architecture that efficiently distributes and processes data from over 100 LiDAR sensors across multiple nodes.

Atlas™

AI-Driven Fleet Orchestration

Atlas is our AI-driven planning engine designed to control hundreds of vehicles simultaneously. Unlike traditional deterministic methods that rely on pre-programmed movements, Atlas uses advanced AI to dynamically plot and manage complex, fleet-wide maneuvers in real-time, ensuring optimal flow and efficiency.

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Optimal Path Generation
Analyzes a wide range of driving conditions and variables to generate the most efficient driving path in real time.
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Collision Prediction and Prevention
Proactively forecasts the trajectories of both the vehicle and surrounding objects—such as pedestrians and other vehicles—to prevent potential collisions and ensure the safety and reliability of autonomous driving.
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Customizable Driving Modes
Supports a range of configurable driving modes tailored to meet the diverse operational requirements of real-world industrial environments, allowing precise control over specific vehicle behaviors.

• Accessory Control: Enables remote operation of essential vehicle accessories such as hazard lights and horns—functions critical to real-world site operations.
• Conveyor Belt Mode: Supports ultra-low-speed precision driving, allowing workers to operate safely around moving vehicles in dynamic work environments.
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Parking Missions
Autonomously navigates designated zones to locate available parking slots and executes precision parking with an accuracy margin of less than 5cm.
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Inspection Missions
Automates the entire inspection process—from exiting the production line and entering various inspection stations, to driving in inspection mode and departing post-check—maximizing both productivity and operational efficiency.
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Vehicle Prioritization
In complex environments with multiple vehicles operating simultaneously, the system dynamically assesses traffic conditions in real time and assigns driving priority to ensure smooth and coordinated vehicle flow.
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Latency-Aware Control Commands
Continuously calculates and predicts network latency between the server and vehicles, incorporating it into control commands to ensure stable and reliable vehicle operation—regardless of network conditions.

OC (Operator Client)

Mission Control Platform for Scenario Editing, Monitoring, and Optimization

OC is Seoul Robotics' integrated operations interface that empowers users to intuitively manage and monitor infrastructure-based autonomous driving solutions in the field. Through OC, users can view real-time vehicle locations and statuses, and easily create or modify operational scenarios for seamless deployment.

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Driving Map Editor
Provides a user-friendly interface for creating and managing autonomous driving maps directly from a web browser. Driving Map Editor
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Scenario Editor
Enables easy design and management of complex autonomous driving scenarios through visual programming, offering high readability and intuitive understanding of each scenario's flow and logic. Scenario Editor
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Operational Status Monitoring
Delivers high visibility and control over overall system operations by tracking mission assignments for individual vehicles and monitoring the connection status of system components in real time. Operational Status Monitoring
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Operational History Management
Autonomous driving records and system events are continuously logged and organized, allowing users to access and review historical data at any time. Operational History Management
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Mobile Compatibility
Fully optimized for both PC and mobile environments, enabling on-site operators to monitor and control the system in real time from any device. Mobile Compatibility
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Operational Optimization
Optimizes system-wide decision-making to efficiently achieve customer-specific operational goals—such as meeting daily throughput targets—ensuring maximum performance and resource utilization. Operational Optimization
검증된 기술력 1

Seoul Robotics Differences

01

Proven, All-Condition Performance

We deliver the industry's most robust and proven autonomous platform, validated for seamless operation indoors, outdoors, and in virtually all weather scenarios. This isn't a future promise; it's a real-world system deployed in production today.

검증된 기술력 2

Seoul Robotics Differences

02

Intelligent Fleet-Level Orchestration

We move entire fleets of vehicles—not just single units—with an uncompromising focus on safety, centimeter-level precision, and operational efficiency. Our AI is designed to control hundreds of vehicles simultaneously, optimizing complex logistics at scale.

검증된 기술력 3

Seoul Robotics Differences

03

Constant AI-Powered Improvement

Our platform isn't static; it's a learning system. Powered by our advanced AI engines, our solutions continuously improve with every vehicle moved and every piece of data gathered, ensuring our partners always have the leading edge in automation technology.

검증된 기술력 4

Seoul Robotics Differences

04

Cross OEM & All Vehicle Compatibility

In collaboration with leading global OEMs, Seoul Robotics delivers a truly universal autonomous driving solution—independent of brand, vehicle type, or powertrain. From compact cars to 5-ton trucks and port yard tractors, whether internal combustion or electric, our platform enables full autonomy through precision control tailored to each vehicle's unique characteristics.

Autonomous Driving
Solution Benefits

01
Drastic Cost Reduction
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Reduces manual operational costs by over 50%, with a potential break-even on investment in approximately two years.
Minimizes dependency on fixed hardware like conveyor belts, substantially lowering maintenance costs and facility constraints.
02
Enhanced Safety and Precision
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Eliminates human errors and significantly reduces accident-related costs through precise, centimeter-level vehicle control.
Ensures compliance with stringent safety protocols for safe operation in mixed-traffic environments with workers, AGVs, and other vehicles.
03
Maximized Productivity and Resilience
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Maintains consistent, reliable operations 24/7 in all weather conditions, helping to overcome labor shortages.
Optimizes logistic flows, eliminates idle time, and improves dispatching through real-time obstacle avoidance and dynamic routing.
04
Unmatched Operational Flexibility
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Supports seamless production line reconfigurations to adapt to changing operational needs.
Intelligently groups vehicles, manages automated charging, and automates complex maneuvers to improve overall throughput.
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