Global-Matrix
FIRE & RESCUE UAV SYSTEMS
AI United. Mission Ignited.
Embodied intelligence as the technical thread, AI autonomous decision-making as the cognitive core, and air-ground unmanned equipment as physical executors.
ROBOTS
Integrated air-ground embodied equipment
Forward reconnaissance, precision suppression, heavy aerial support and ground logistics form a complete mission chain under one platform.
SYSTEM ARCHITECTURE
A five-layer, goal-driven mission architecture
The platform receives mission goals, deadlines, spatial scope and authorization boundaries, then organizes unmanned equipment through unified mission, capability, skill and state models.
Mission Command & Authorization
Define goals, area, timing, success criteria and safety boundaries
AI Cognition & Planning
Understand missions, build context, decompose work and select equipment
Deterministic Orchestration
Validate constraints, organize skills, supervise execution and replan
Equipment Access & Control
Unify capability, state, payload, link and takeover interfaces
Embodied Execution
UAVs, unmanned helicopters and ground platforms act in the physical world
SYSTEM CAPABILITIES
One Command. Full Autonomy.
Shared World Model
Unify maps, scenes, equipment, missions, risks and events into a computable real-time operating picture.
Heterogeneous Teaming
Select primary, supporting and backup nodes from capability, location, payload, energy and health state.
Dynamic Replanning
Repair plans within authorized boundaries when new fires, link loss, low energy, faults or environmental changes occur.
ABOUT KDLIAN
Built on decades of fire safety expertise
Founded in 1999, KDLIAN focuses on fire safety and emergency equipment, delivering integrated fire protection solutions for specialized environments.
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