Smart Gas, Leading the Future

Build a comprehensive perception system based on GIS, connecting inspection, IoT, and dispatch emergency workflows. With proactive defense and loss control as key drivers, enable visualized and intelligent gas operations to effectively reduce operating costs and strengthen safety barriers.

Connect user engagement, service applications, revenue management, work orders, and self-service platforms by integrating the O2O value-added platform with the business data middle platform. This creates a seamless "online + offline" service ecosystem, driving the industry's value chain to transform from a single energy supply model to an integrated "energy + services" model.

Leveraging big data, IoT, AI, and spatial AR technologies to promptly identify operational risks and safety hazards in gas systems. This empowers gas regulators to accelerate the development of intelligent monitoring and early warning capabilities, driving the industry's transition from experience-based operations to a dual-driven model powered by data and technology.

The AR Digital-Physical Integration Platform combines high-precision positioning, real-scene 3D modeling, and spatial AR technology to deliver an integrated solution featuring video-based 3D reconstruction, a spatiotemporal data foundation for real scenes, and city-scale spatial AR capabilities. It builds a future-ready, stable, user-friendly, and performance-first spatial AR management tool.

Leverages ultrasonic digital meters for precise detection of flow and pressure fluctuations. Uses "one-home-one-model" usage pattern recognition to pinpoint risks, establishing a three-tier risk protection system covering pre-event, in-event, and post-event stages. Enables smart kitchen equipment management and proactive risk prevention.

An IoT-based automated safety closed-loop system that monitors gas pipeline pressure in real time, automatically cuts off the gas supply when limits are exceeded, and triggers alarm notifications to prevent major accidents such as leaks and explosions.