Harnessing cutting-edge IoT technology,
we achieve both automation and teleoperation of construction machinery through integrated hardware and software control—covering everything from "digging," "hauling," and "loading" to the detection of vehicles and personnel.
We are solving critical operational challenges, including improving work efficiency, addressing labor shortages, and ensuring site safety.
Founded in April 2020 and now in its sixth year, ARAV Inc.
continues to grow with accelerating momentum.
We have a proven track record of transactions with customers in diverse industries, including construction machinery manufacturers, major general contractors, manufacturing, steel, mining, and industrial plants.
Ensuring safety at diverse and harsh job sites.
Contributing to the reduction of business continuity risks and the enhancement of productivity.
Digitalizing existing machinery through retrofit solutions.
By retrofitting existing construction equipment with autonomous driving and teleoperation capabilities, we support all manufacturers and models.
Key Features
By actuating hydraulic control levers, we achieve teleoperation and autonomous driving even on older equipment via retrofitting.
Compatible with mechanical operating levers as well.
Smart implementation by Integrating electronic controls such as CAN bus, requiring no mechanical hardware. The ideal solution for the latest construction machinery.
We develop customized Machine Gateways for various types of construction machinery.
These gateways act as a bridge between the machine's control system and higher-level systems, ensuring reliable and precise control.
We have a broad range of development experience tailored to the specific control components of various machinery, including hydraulic excavators, wheel loaders, bulldozers, forklifts, and cranes.
ARAV Inc.'s proprietary communication protocol achieves both a significant reduction in communication latency and advanced security measures.
As long as an internet environment is available, teleoperation can be realized both domestically and internationally.
We possess diverse technologies for controlling the operation of construction machinery, ranging from intervention in hydraulic control levers to electronic control.
| Connection distance | Video Latency | Command Latency | |
|---|---|---|---|
| Ver. Long Range | 1,141km | 338ms | 115ms |
| Ver. Short Range | 100km | 261ms | 87ms |
*Results may vary depending on communication environment
Whether via Wi-Fi, 4G/5G, or wired LAN, teleoperation can be realized anywhere in the world as long as there is an internet connection.
Protecting people from danger and boosting productivity by liberating job sites from the constraints of time and location.
Realizing a new vision for job sites through the automation and teleoperation of construction machinery.
Solving labor shortage challenges through automation.
Improving productivity by enabling night and early-morning operations.
Eliminating industrial accident risks through unmanned operations in hazardous areas.
Realizing automation and DX of construction machinery through retrofitting. From replacing hazardous tasks to night and early-morning operations, we achieve tasks impossible for humans.
Sensor hardware
LiDAR data visualization
3D simulation
Enabling teleoperation for both electronic-control and legacy machinery through retrofitting.
Example of Teleoperation Operator Seat Equipment
Example of Installation Equipment on Construction Machinery
We provide proposals that optimize the entire process for each job site, rather than just single-point automation or teleoperation.
We develop everything from hardware to software in-house, providing integrated management of maintenance and care. We offer continuous partnership even after implementation.
We provide a hands-on support system, from understanding the site to actual operation.
