The process is invisible
People, vehicles, materials, and equipment keep moving, while systems often record only the result and miss searching, waiting, detours, and exceptions.
Operational Intelligence for Physical Sites
Make people, vehicles, assets, and equipment visible, analyzable, and coordinated
Fengxiang uses location IoT as the entry point into real operations, bringing mobile objects into one operational view and turning movement, dwell, flow, and exceptions into management insight and coordination support.
Visible
People, vehicles, assets, and equipment in one location view
Analyzable
Tracks, dwell, flow, and exceptions become operational evidence
Coordinated
Field status supports dispatch and efficiency optimization
Field-Operation Loop
Location sensing -> Process analysis -> Coordination
1
Sense
Connect tags, anchors, gateways, and multi-source positioning to capture object location and status.
2
Understand
Use maps, zones, tracks, dwell, and event rules to turn movement into operational context.
3
Analyze
Reveal search time, waiting, idle movement, congestion, labor time, and exceptions with explainable evidence.
4
Coordinate
Connect tasks, people, vehicles, equipment, and system interfaces as a basis for dispatch optimization.
Objects
PeopleVehiclesMaterialsEquipmentRobots
Signals
MapsTracksZonesDwellEventsAPIs
Fengxiang's View
The key to digitizing physical operations is not another system, but a closed loop for moving objects
Factories, hospitals, airports, and campuses handle moving objects every day: where people are, where vehicles go, where materials stop, and whether equipment is used correctly. Traditional systems often record outcomes but miss the operational process. Fengxiang starts from location data so that the process can be seen, measured, and gradually coordinated.
Efficiency is hard to measure
Tracks, dwell, flow, and area events are not continuously captured, so labor time, utilization, idle movement, and coordination rely on manual records or experience.
Coordination is unstable
Task assignment, handover, equipment use, and safety rules lack real-time status support, making dispatch difficult to replicate across areas and teams.
01
Operational Gap
Managers see reports, while problems happen in movement
Searching, waiting, detours, misplacement, idle driving, and manual checks rarely appear completely in business systems. They live in movement across the site, but they continuously consume efficiency and safety margins.
Mobile objects lack shared identity and location
Operational processes are hard to analyze continuously
Experience-based dispatch is difficult to replicate
02
Platform Entry
Location is not just a point on a map; it is the data entry point for operations
Fengxiang combines Bluetooth AOA, BLE, UWB, GNSS, LoRa, maps, area rules, and open interfaces so people, vehicles, assets, and equipment can be understood in the same spatial system.
Unified coordinates and map rules
Continuous tracks, dwell, and area events
Integration with business and device systems
03
Closed Loop
See the site first, understand the process, then improve coordination
An operational loop is not a one-off deployment. It starts by bringing mobile objects into view, then turns location data into process analysis, and finally supports coordination around tasks, resources, and exceptions.
From visualization to process reconstruction
From process reconstruction to efficiency analysis
From analysis to task coordination
Platform Method
A field-data loop from sensing to coordination
Fengxiang does not leave positioning at the device layer. It organizes positioning into platform capabilities that site managers, system integrators, and operators can use continuously.
Sense
Connect tags, anchors, gateways, and multi-source positioning to capture object location and status.
Understand
Use maps, zones, tracks, dwell, and event rules to turn movement into operational context.
Analyze
Reveal search time, waiting, idle movement, congestion, labor time, and exceptions with explainable evidence.
Coordinate
Connect tasks, people, vehicles, equipment, and system interfaces as a basis for dispatch optimization.
Capability Foundation
Location IoT and AI decision product system
Location sensing, map engines, task coordination, and AI analytics support visibility for assets, people, vehicles, and equipment.
Location IoT
Use multi-source positioning, maps, tags, tracks, and zone rules to bring mobile objects into one operational view.
AI Decision Intelligence
Analyze tracks, dwell, flow, exceptions, and efficiency patterns to create explainable coordination suggestions.
Ubiquitous Positioning
Provide unified coordinates, continuous positioning, and open interfaces for robots, AGVs, and mobile operating equipment.
Proof Path
Start from a high-value site problem, then expand into platform capability
Fengxiang has accumulated project experience across healthcare, public-space navigation, and manufacturing efficiency. The website uses conservative wording and focuses on real scenarios, capability boundaries, and reusable paths.
Healthcare
Smart Positioning Service for a Municipal Maternal and Child Hospital
Indoor guidance and smart infusion management
Location IoT infrastructure supports hospital wayfinding, infusion monitoring, and equipment positioning in one capability layer.
View CasePublic Service
Smart Passenger Navigation Service for a Civil Airport
Accurate positioning and navigation for large public spaces
Based on Bluetooth beacons and indoor positioning, the service supports passenger navigation, facility search, and location sharing.
View CaseManufacturing
Vehicle and Material Efficiency Analytics for an Auto Parts Factory
In active project conversations with multiple factory customers
Track analysis, idle-movement detection, and task matching help factories build an efficiency baseline for vehicles, materials, racks, and zones.
View CaseContact
Start from your site problem and evaluate a verifiable pilot path
Book a demo or submit your requirement to receive positioning, integration, and solution discussion support for your site.