Operational visibility means having a live, trusted view of what is happening across your facility beyond traditional signals such as scans or manual data entry. 

With Quantum RTLS® and OmniVisor AI™, teams can see how people, tools, vehicles, materials, work-in-progress, and process steps move through the operation, then use that data to understand delays, improve flow, and make better decisions. 

Most dashboards show data that was entered by workers, generated by machines, or collected after the shift is over. That means they often miss the physical activity in between: walking, waiting, searching, handoffs, blocked access, stalled work, and process variation. 

The ZeroKey solution starts with live physical movement data. Quantum RTLS captures what is happening on the floor, and OmniVisor AI turns it into operational insight, alerts, explanations, and recommendations. 

Many operational problems happen at a level that coarse data cannot explain. 

A system may know that a work order is open, a machine is running, or a station is occupied, but not whether the right material arrived, how long the operator waited, which tool was used, where the handoff stalled, or why the cycle drifted. 

1.5 mm 3D visibility gives OmniVisor AI the ground truth needed to understand real work at the level of people, tools, materials, vehicles, zones, and process steps. 

OmniVisor AI uses factory movement data and contextual signals from Quantum RTLS to monitor operations continuously. 

It can detect bottlenecks, stalled work, safety risks, process deviations, material delays, underused resources, and cycle-time variance. It can also answer natural-language questions, generate charts and reports, recommend corrective actions, and help teams act before small issues become production losses. 

Teams can ask practical operations questions such as: 

• Where did we lose the most time yesterday? 

• Which station is creating the biggest delay? 

• Which work orders have not moved? 

• Where are forklifts spending the most time? 

• Why is Line B missing takt? 

• Which process change improved flow? 

• Where are operators walking or waiting more than expected? 

• Which material delays are putting production at risk? 
  
  

The goal is to make operational data easier to access without waiting for custom reports or manual analysis. 

Lean, kaizen, and continuous improvement teams can use the system to measure flow, waste, variation, standard work, and before/after improvement. Operations leaders can use the same data to manage throughput, labor, material movement, safety risk, downtime, and daily execution. 

The value ultimately comes from a shared, real-time understanding of what is happening and what needs attention. 

Operational Visibility can use real-time position, movement, dwell time, zone events, workflow completions, tool interactions, material movement, safety events, cycle times, work order context, vehicle movement, and process status. 

That data can also be connected with MES, ERP, PLC, SCADA, BI, robotics, analytics, and automation systems so teams can combine physical movement data with the systems that already run the operation. 

Yes. Quantum RTLS and OmniVisor AI can run inside your facility or private infrastructure. 

The Edge Compute Device (ECD) can host the Spatial Intelligence Platform and API locally, giving teams access to operational data on-premise while supporting cloud or hybrid architectures where appropriate. 

No. Teams can configure zones, triggers, workflows, dashboards, alerts, and OmniVisor AI agents using ZeroKey’s Spatial Intelligence Platform. 

For more advanced integrations, ZeroKey also provides open APIs to connect data and insights into existing systems such as MES, ERP, PLC, SCADA, BI, analytics, robotics platforms, and digital work instruction tools. 

No. ZeroKey can create value whether your operation is paper-based, Excel-based, partially digital, or already connected to enterprise systems. 

Teams can start by capturing physical movement data in one high-value area, then add dashboards, workflows, integrations, and OmniVisor AI use cases as they scale. 

Most teams start with a focused operational question, such as where time is being lost, why a process is varying, where material is stalling, or which area is creating the most rework or delay. 

A Quantum RTLS Starter Kit can be used to validate a first area such as a workstation, production cell, material flow path, safety zone, or process improvement target. Once the first use case is proven, teams can scale by adding Anchors, Mobiles, workflows, dashboards, integrations, and OmniVisor AI capabilities. 

ZeroKey is typically sold using a combined CapEx + OpEx model. Customers purchase the core Quantum RTLS infrastructure, Anchors, and Mobiles required for the deployment, then license the software based on system scale, capabilities, and term length. 

Many teams begin with a Starter Kit that includes a software license for evaluation, then move to longer-term licensing as they scale across additional use cases and areas.