AI for a Safer World: BWTON Builds a Full-Domain Security Defense with Spatial Intelligence × Embodied AI

Safety may manifest as an early warning sent by a quadruped robot in a utility tunnel, an abnormal temperature captured by infrared thermography amid dense smoke, or an operation performed by a robot in a high-voltage substation in place of humans. These subtle safety moments embody BWTON’s response to the vision of “AI for a Safer World”.

Recently, at the 5th Global Digital Trade Expo (GDTE), BWTON, a pioneer bringing artificial intelligence into the security sector, showcased its full spectrum of hard-tech innovations for high-risk operation scenarios. Rooting AI technologies in high-hazard, highly uncertain environments, BWTON deploys AI to take risks ahead of humans and builds an intelligent security line of defense for cities.

Spatial Intelligence: Bridging AI and the Physical World

For machines to take on hazardous tasks in place of humans, they must first “perceive” the real physical environment. Leveraging its self-developed underlying spatial intelligence technology, BWTON converts the complex physical world into a computable semantic space. It supports retrieval of spatial data and task execution by intelligent agents via natural language interaction, enabling deep engagement between AI and the physical world.

Powered by a mature spatial intelligence foundation and massive accumulated industry spatial data, BWTON enables artificial intelligence to move beyond virtual demonstrations and into real business scenarios. Deeply integrated with Embodied AI, its systems undertake high-risk, uncertain operations and keep human operators out of hazardous environments.

AI Takes the Lead: Embodied AI Safeguards Cities at Multiple High-Risk Scenarios

Urban underground utility tunnels, fire sites and high-voltage substations are filled with risks too severe for humans to confront directly — these are also the core application grounds for BWTON’s Embodied AI. Deploying Embodied AI on the front lines, BWTON delivers an efficient task closed-loop of “Spatial Brain + Embodied Brain + Multiple Robot Bodies”.

In underground utility tunnels, quadruped robots take charge of underground space monitoring. Working with supporting equipment, they autonomously conduct environmental monitoring, equipment identification, pipeline leak detection and form a complete closed loop of “perception – decision – execution”. This inspection model has accumulated proven experience. Equipped with different payloads, the robot platform can be reused in industrial parks, utility tunnels, smart water networks, rail transit and other scenarios to secure the operation of urban spaces.

For fire emergency response, BWTON creates a seamless operational closed-loop of “reconnaissance – intervention”. Reconnaissance quadruped robots are the first to enter fire zones. In heavy smoke, they accurately identify fire sources, locate trapped people and stream 3D spatial data in real time. After assessment at the command terminal, operators send commands with one click. Water-cannon robots then receive spatial coordinates, navigate autonomously to the site and extinguish fires. Robots replace humans to confront severe fire hazards, achieving high-efficiency operations in extremely dangerous environments with zero human exposure.

In power operation and maintenance, addressing industry pain points including hazardous high-voltage work, irreversible risks of live-line operations, shortages of maintenance personnel and poor traceability of work procedures, BWTON has launched a full-size humanoid robot autonomous operation solution for substations. Equipped with uRobot OS, industry AI and an Embodied AI operation platform, the robot covers the full workflow: autonomous navigation, equipment identification, task parsing, standardized operation and result review. All operations are traceable, forming a pioneering and exemplary benchmark for intelligent upgrading of power O&M.

One Brain × Multi-Robots：BWTON uRobot Embodied AI All-in-One Machine Makes Debut

The BWTON uRobot Embodied AI All-in-One Machine, launched as a highlight at this expo, demonstrates to the industry its platform strategy: one brain, multiple robot bodies, multiple industries. The all-in-one machine deeply integrates operating system, model capabilities and computing hardware. By unifying device interfaces, data architecture, model capabilities and task orchestration, it fully connects the end-to-end chain of “devices – data – models – tasks – scenarios”. This means a single intelligent system can orchestrate different robot bodies to carry out diverse hazardous missions. It greatly cuts R&D and integration costs, advancing Embodied AI from isolated proof-of-concept trials to multi-scenario replication and large-scale deployment.

Technology Rooted in Human Care

At GDTE, BWTON signed multiple strategic agreements on safety initiatives, extending the vision of “AI for a Safer World” from infrastructure sectors to broader urban security scenarios.

- Elderly Care Safety: BWTON released products for elderly safety scenarios. Partnering with Anuo Senior Care of Guangyu Group, it deployed spatial intelligence-based elderly safety solutions at senior care facilities in Hangzhou, enabling intelligent early warning of abnormal behaviors and emergency evacuation protection for the elderly.

- Industrial Parks & Communities: BWTON cooperates with Greentown Industrial Services to expand Embodied AI inspection capabilities into park spaces.

- Power Operation & Maintenance: A partnership with Tsinghua Intelligent is established to jointly roll out autonomous operation solutions for Embodied AI robots in high-risk power scenarios such as substations.

- Accessible Mobility: BWTON entered a comprehensive cooperation with Shandong Zhuge Robotics. Spatial intelligence empowers blind-assist robots to deliver intelligent navigation and obstacle avoidance for the visually impaired.

These partnerships span power, elderly care, industrial parks and accessible mobility. They mark BWTON’s expansion of safety protection into more urban security domains, gradually building an all-scenario, round-the-clock urban safety network.

From enabling AI to “perceive” the physical world, to sending AI into hazardous sites, and empowering AI to protect more people, BWTON clearly presented its mission at GDTE: taking spatial intelligence as the foundation and Embodied AI as the execution layer, letting AI bear risks first so humans stay safer. This is not merely a showcase of technologies, but a protection pathway extending from high-risk industries to daily urban life, and from critical infrastructure to safety for all people.

Going forward, BWTON will continue to deepen its work in emergency safety. It will bring technologies out of laboratories and into real-world settings. With technology as the shield, BWTON will unswervingly pursue its mission of AI for a Safer World.