Hanxing provides platform, unmanned-system, and engineering solutions for government, low-altitude, environmental, energy, and traffic operations
Hanxing serves government governance, low-altitude security, ecological environment, natural resources, energy infrastructure, traffic operations, and smart-space scenarios by organizing platforms, intelligent equipment, and engineering delivery.
An industry solution should answer four questions: what must be seen, how it is assessed, who acts, and how completion is proven. Mapping data, workflows, and field constraints around these questions determines the right platforms, algorithms, devices, and delivery sequence.
Each industry page breaks real missions into scenarios, workflows, visual evidence, and clearly labeled references.
Smart public security, procuratorate, justice, drug rehabilitation, courts, and administrative reconsideration AI review with trusted AI
Counter-drone defense, unified flight management, and low-altitude economy
Photovoltaic inspection, power line, oil & gas pipeline, forest fire monitoring
AI traffic event detection, signal optimization, enforcement, and governance decisions
Drone remote sensing, AI inspection, and emergency coordination for water, forests, agriculture, and urban environments
Industries differ, but the loop from multi-source perception and assessment to coordinated action and replay shares a common foundation.
Business data, video, remote sensing, IoT sensors, and unmanned-device feeds are connected through time, location, objects, and events to form a searchable operational base.
AI and rules surface potential issues. Operators review field context, classify the event, make decisions, and retain model output, human judgment, and supporting evidence.
Work orders, command dispatch, and unmanned missions connect responsible teams, response steps, deadlines, field feedback, and completion confirmation.
Start from frontline missions, then determine the right combination of data, platforms, equipment, and engineering environments.
Prioritize inspection, regulation, warning, dispatch, or service tasks.
Define triggers, responsible roles, actions, evidence, and completion criteria.
Configure data, AI, GIS, video, equipment, and engineering environments as needed.
Use scenario drills, acceptance metrics, and operational reviews to refine the solution.
