Assess the Application
Start with traffic flow, visibility, behavior, equipment and the actual hazard—not a predetermined product.
SOS helps facilities improve awareness, guide movement, control crossings and integrate practical safety technologies around pedestrians, forklifts, AGVs, AMRs and operational risk.
Smart Operations Systems helps warehouses and manufacturing facilities evaluate risk, select the right technologies, and integrate practical safety systems around the way people, vehicles and automation actually move.
Start with traffic flow, visibility, behavior, equipment and the actual hazard—not a predetermined product.
Use the combination of sensing, warning, projection, signaling, barriers and controls that best fits the problem.
Connect technologies into one clear operating response that people can understand and use consistently.
Drag the comparison sliders to explore how SOS technologies can improve visibility, control movement and create clearer safety responses across a facility.
Controlled pedestrian and vehicle crossings using detection, signals, projected guidance, gates and automated barriers.
SOS approach: combine the right detection, warning, guidance and control technologies around the specific application rather than forcing every challenge into one product.
VIEW FULL SAFECROSS PAGE →The technology changes by application, but the objective stays the same: clearer movement, better awareness and practical control where people and equipment interact.
Forklift traffic, pedestrian crossings, blind aisles, docks, staging areas and high-throughput material flow.
Production traffic, crane activity, restricted zones, machine interaction and mixed pedestrian/vehicle environments.
Busy production and distribution environments where visibility, flow and easy-to-understand warnings matter.
Controlled environments requiring clear traffic logic, defined access and disciplined movement.
Fast-moving operations with dense traffic, automation, staging lanes and frequent pedestrian interaction.
AGVs, AMRs and autonomous forklifts operating alongside people, conventional vehicles and fixed equipment.
SOS also supports forklift, AGV, AMR and autonomous-vehicle applications with proximity detection, AI cameras, RTLS/UWB/RFID, vehicle alerts, speed-control integrations and application consulting.
Some applications need a product. Others need a combination of technologies, controls and operating logic. SOS is built to help with both.
Review traffic, people, equipment, visibility, risk points and operating requirements.
Develop the safety concept, response logic, layouts and recommended technologies.
Bring sensing, signals, projections, barriers, controls and vehicle systems together.
Support pilots, installation, commissioning, training and phased deployment.
Refine the system as operations change and expand successful concepts to additional areas.
Application review, traffic analysis, blind-spot evaluation and identification of technology opportunities.
Compare approaches and vendors based on the actual operating need—not just a product specification.
Develop practical combinations of sensors, signals, projection, controls and physical safeguards.
Build proof-of-concept systems, validate the operating logic and support implementation.
Smart Operations Systems is focused on intelligent safety technology for warehouses, manufacturing facilities and material-handling environments. The goal is simple: understand the application first, then use the most practical combination of technology and controls to improve awareness, guide movement and reduce risk.
That approach can include a single warning device, a complete controlled crossing, a projected pathway, dock protection, a mobile equipment system, or a broader facility safety strategy.
No. SOS is designed around an application-first approach. Start with the traffic problem, blind spot, dock condition, pedestrian conflict or mobile equipment challenge, then evaluate the technology that best fits it.
Yes. A controlled crossing, for example, may combine detection, traffic signals, barrier arms and projected guidance. The solution families organize the technologies; they do not limit the final design.
Often, yes. Existing signals, PLCs, gates, vehicle systems or facility controls can be considered during system design when compatible interfaces are available.
Yes. A pilot is often a practical way to validate detection zones, operator response, visual guidance and the overall sequence before a larger rollout.
Yes. FleetSense is intended to cover forklifts as well as AGVs, AMRs, autonomous forklifts and other automated warehouse vehicles, including detection, proximity, tracking, speed-control and integration technologies.
Show us the area, traffic pattern or operating problem. SOS can help evaluate the people, equipment, technology and controls involved and develop a practical direction.