Industries

HAIOTS five-zone public restroom design example with nine interface screenshots, anonymous stall status, environment, leak alerts, cleaning workflows and 19 equipment items.

A HAIOTS design example for standard, multimedia and lecture classrooms, with eight interface screenshots, scene workflows, 18 equipment items and acceptance checks.

A six-rack HAIOTS design example covering inlet temperature, leaks, UPS, cooling, distribution and doors, with 21 equipment items and acceptance checks.

A 20-room HAIOTS design example covering room environments, lighting, curtains, HVAC, service calls, leak and refrigeration monitoring, with architecture, 27 equipment items and handover checks.

In office buildings, parks, and commercial complexes, air conditioning and lighting typically account for over 60% of operating costs year-round; equipment systems are scattered and management is coarse, while traditional building automation (BA) is often closed and expensive.

The medical and pharmaceutical industry demands almost exacting “safety” and “compliance”: vaccines, blood products, and cold-chain drugs require full-process temperature control, cleanroom environments in pharmaceutical plants must stay continuously compliant, and GSP/GMP

Driven by both the “dual carbon” goals and power market reform, distributed PV, energy storage plants, smart power distribution rooms, and enterprise energy management are entering a phase of rapid growth.

Smart factories and digital workshops are the main battlefield of manufacturing upgrades.

Biosafety is the lifeline of pharmaceutical R&D, disease control and epidemic prevention, livestock farming, and food testing.

Manufacturing is moving from “mass production” to “lean production” and “flexible manufacturing”: small-batch, high-mix, fast-delivery orders are now the norm.

Small and mid-sized manufacturers are accelerating digital transformation, with equipment connectivity, energy management, and workshop environment monitoring becoming key levers for cutting costs and raising efficiency.

China’s monitoring networks for rivers, reservoirs, canals, and groundwater levels keep expanding, and flood control, water resource scheduling, and ecological protection all demand ever better real-time hydrological data.

Whole-home smart living is moving from “trying a single product” to “delivering the entire home”, and more and more households want lighting, curtains, AC, door locks, and security to truly work together.

Universities and K-12 schools are rapidly rolling out smart classrooms, with multimedia equipment growing richer by the day — but device management and energy consumption are becoming pressing problems.

Pig, beef cattle, and poultry farming is accelerating toward large-scale, intensive operations, where barn climate control, precision feeding, and biosecurity have become the decisive factors in profitability.

Environmental supervision in China is tightening: air quality, noise, and water quality indicators are now part of routine assessments, and the footprint of monitoring sites in industrial parks, environmental monitoring stations, and municipal deployments keeps growing.

Agriculture in China is moving from experience-based farming to data-driven farming. Protected agriculture (greenhouses and multi-span greenhouses) is scaling rapidly, yet most operations still rely on manual inspection and gut-feel judgment, facing three common pain points: