Configure your solution
around the task.

Choose the robot platform, sensors and task software around your site, workflow, data and operations.

Prepare a solution brief
Industrial inspection
Illustrative scene

Explore four application areas.

Explore inspection, emergency operations, education and research, and systems integration.

Industrial inspectionIllustrative scene

Industrial inspection

Autonomous navigation, anomaly detection, task scheduling and remote operations.

Prepare a solution brief
Research & educationIllustrative scene

Research & education

Connect coursework, algorithm validation, competitions and student collaboration.

Prepare a solution brief

How the platforms support education and inspection.

DOSO R1Education & development

Teach and develop with DOSO R1.

Use robot hardware, an open SDK, simulation environments and course materials for classroom experiments, algorithm testing and real-robot development.

Accessible hardware

Designed for education, development and lightweight research.

Open development

Open interfaces, SDKs and ROS support for development and extensions.

Coursework

Cover hardware, ROS, SLAM, AI and embodied intelligence.

Student collaboration

Connect classes, competitions, projects and developer communities.

Prepare an application brief
DOSO R4Intelligent operations flagship

Manage inspection routes, tasks and results.

Configure routes, data collection points and schedules. Review equipment states, anomaly alerts and task records through remote operations.

Autonomous inspection

Autonomous navigation, waypoint arrival and automatic recharging.

Intelligent recognition

Identify meter readings, thermal anomalies, equipment states and environmental anomalies.

Task scheduling

Configure routes, inspection points, schedules and actions in a unified workflow.

Remote operations

Monitor status, receive alerts, take remote control and review historical data.

Prepare an application brief

From validation
to deployment.

Validate, configure and deploy around a real task.

  1. 1

    Define

    Define environment, task, data and operational requirements.

  2. 2

    Validate

    Validate critical tasks in simulation and on real robots.

  3. 3

    Configure

    Select the platform, sensors and system configuration.

  4. 4

    Deploy

    Integrate interfaces, tasks and the site environment.

  5. 5

    Improve

    Use task data to improve products and models.

Define the task.
Then plan configuration and testing.

Prepare a brief