Intelligent equipment for high-risk work | Shenzhen Kuris Intelligent Robot Co., Ltd.
KURIS is a full-stack embodied-intelligence company focused on emergency scenarios, based in Shenzhen and expanding globally.
Company profile
Founded in 2018 and headquartered in Yuehai, Nanshan, Shenzhen, KURIS builds a full-stack embodied-intelligence ecosystem for emergency scenarios. The company develops multi-form air-space-ground emergency hardware, proprietary emergency data paradigms, and datasets drawn from more than 500 real response and drill operations.
KURIS also develops customized emergency data-collection modules and an intelligent command platform, while working with leading large-model research teams to advance on-device physical foundation models. Built on China’s industrial supply chain, the company is expanding from China to global markets.
Applications span firefighting, emergency response, public safety, petrochemical and power systems. In 2026, as embodied intelligence moves into industrial deployment, KURIS is scaling 14 intelligent robot-dog products across key mission scenarios.
Development history
2018 Launch year
The company was founded and began independent R&D of unmanned systems and intelligent equipment.
2020 Acceleration year
Released power-clearance and medical logistics drones, built university-enterprise training bases, and was recognized as a national high-tech enterprise.
2024 Expansion year
Launched flying life buoys, rescue boats and UAV command vehicles, with more than 500 rescue and drill missions completed.
2025 Breakthrough year
Established the Shenzhen global headquarters, joined a national advanced manufacturing cluster, and entered the intelligent robot-dog sector.
2026 Scale-up year
Released the Zhurong and Xuanao robot-dog lines and the Huoshen command platform, with 14 new products covering firefighting and public-safety scenarios.
Core technologies
Air-space-ground emergency hardware
Quadruped and wheel-legged robots, UAVs and emergency platforms for firefighting, public safety and industrial high-risk work.
Emergency data paradigm
A proprietary emergency-scene data framework backed by 500+ real missions and drills to accelerate algorithm iteration and task evaluation.
On-device physical foundation models
Partnerships with leading research teams to industrialize on-device physical models for perception, decision-making and motion control.
Modular mission payloads
Quick-release combinations for reconnaissance, suppression, gas sensing and acoustic-optical warning across multi-robot operations.
Intelligent command platform
A one-to-many command and data hub for remote monitoring, fleet dispatch, status return and closed-loop mission control.
All-terrain mobility chassis
Biomimetic quadruped and wheel-legged platforms for quiet approach, stair climbing, rubble travel and long-duration operations.