01
Detect / Locate
Identify vehicles, pedestrians, tags or defined proximity events.
SOS FLEETSENSE
Mobile Equipment Safety
A broad mobile equipment safety category covering detection, tracking, alerts, analytics, speed-control integration and autonomous-vehicle applications.
Best fit: Forklifts, AGVs, AMRs and other mobile equipment safety applications.
BEFORE
AFTER
↔
Forklifts · AGVs · AMRs · Autonomous Vehicles
SOS FleetSense
A broad mobile equipment safety category covering detection, tracking, alerts, analytics, speed-control integration and autonomous-vehicle applications.
RTLS / UWB / RFID
AI camera systems
PAS / proximity alerts
Pedestrian detection
Speed-control integration
Wearables
AGV / AMR integration
Fleet analytics
HOW IT WORKS
A Typical FleetSense Sequence
The exact sequence is configured for the application, but the system logic commonly follows this pattern.
02
Evaluate
Software, cameras or proximity logic determine distance, direction, zone or risk condition.
03
Alert / Control
Warn the operator or pedestrian and, where supported, interface with vehicle speed or other controls.
04
Analyze
Use event and location data to identify repeat conflict areas and improve the operating plan.
TYPICAL SYSTEM ELEMENTS
Technology That May Be Used
The final bill of materials depends on the site, but these are common components in this solution family.
RTLS / UWB infrastructure
RFID / tags
AI camera systems
PAS / proximity devices
Operator displays / buzzers
Wearables
Speed-control interfaces
AGV / AMR interfaces
Analytics software
DESIGN CONSIDERATIONS
Application Details Matter
Vehicle type, pedestrian population, desired accuracy, infrastructure, tag strategy, line-of-sight, network requirements, OEM interfaces and whether the customer needs alerts, analytics, speed control or all three should drive technology selection.
COMMON APPLICATIONS
Where FleetSense Can Fit
The final design depends on traffic, visibility, equipment and operating logic, but these are common application types.
Forklift fleets
AGV / AMR operations
Autonomous forklifts
Mixed pedestrian and vehicle environments
Facility-wide tracking and analytics
RELATED SOS SOLUTIONS
Technologies That Often Work Together
Many applications combine more than one SOS solution family.
FLEETSENSE FAQ
Mobile Equipment Technology Is Not One-Size-Fits-All
What is the difference between RTLS, proximity alerts and AI camera systems?
RTLS focuses on locating and tracking people or equipment; proximity systems focus on relative distance or zone events; AI camera systems interpret visual scenes and can detect people, vehicles or other defined objects. Some applications combine these categories.
Can FleetSense connect to forklift speed control?
Some vehicle platforms and safety systems support speed-control or vehicle-interface integrations. Compatibility must be evaluated by vehicle model, OEM interface and the selected technology.
Does FleetSense apply to AGVs and AMRs?
Yes. The FleetSense category explicitly includes AGVs, AMRs, autonomous forklifts and other automated warehouse vehicles in addition to conventional forklifts.
NOT SURE WHICH SOS SOLUTION FITS?
Start With the Operating Problem
A crossing, blind spot, dock, traffic control or mobile equipment problem may use more than one SOS solution family. SOS can help evaluate the application before you choose the technology.
Have a Mobile Equipment Safety Application?
Share the traffic pattern, facility area or operating challenge and SOS can help evaluate the right combination of technology and controls.