Robotics, sensors, and factory visibility in one industrial command center.
RoboVision connects robot cells, IoT sensors, machine health data, maintenance tasks, and factory alerts into one operational dashboard for modern production teams.
Factory Command Center
Live demo state, simulated device data
OEE
86.4%
Robots
12 active
Alerts
3 open
Sensor health
38 healthy / 4 attention
Active alerts
Energy usage
39 online, 2 warning, 1 critical
5 tasks due, next window 14:00
1,240 cases per shift
18 min average alert response
98.7%
Robot uptime
42
Connected devices
18 min
Average alert response
31%
Downtime reduction
24/7
Remote visibility
Operational problem
Factory issues rarely start in one place.
Production delays often come from disconnected machines, manual maintenance logs, hidden sensor failures, slow reporting, and teams that cannot see the full factory floor in real time.
Machine data trapped inside local panels
Disconnected signal requiring manual follow-up.
Maintenance teams react after failure
Disconnected signal requiring manual follow-up.
Operators track alerts manually
Disconnected signal requiring manual follow-up.
Managers wait for end-of-shift reports
Disconnected signal requiring manual follow-up.
System architecture
From factory floor signals to operational decisions.
RoboVision turns machine, sensor, gateway, and maintenance signals into usable dashboard views and action workflows.
Robots & Machines
Robot cells, conveyors, motors, cameras, and operator panels.
Sensors & PLC Signals
Vibration, temperature, pressure, safety, and PLC event signals.
Edge Gateway
Local buffering, protocol translation, and low-latency event handling.
IoT Data Layer
Time-series telemetry, event history, thresholds, and device registry.
Control Center Dashboard
Factory map, KPIs, device tables, reports, and role-based views.
Alerts & Maintenance Actions
Escalation, assignments, repair windows, and audit history.
Automation solutions
Industrial use cases built around real factory workflows.
Wide engineering panels show the problem solved, capabilities, and use cases without turning the site into a product grid.
Robotic Workcell Integration
Connect robot arms, grippers, sensors, safety devices, and operator panels into a monitored workcell dashboard.
Problem solved
Robot cells often run with separate local panels, handwritten issue notes, and delayed maintenance context.
Use cases
- Packaging robot cells
- Assisted assembly
- End-of-line palletizing
Industrial IoT Monitoring
Collect live machine and sensor data from production lines, gateways, and environmental devices.
Problem solved
Factory signals remain locked inside panels and spreadsheets, making cross-line visibility slow.
Use cases
- Machine telemetry
- Utility monitoring
- Cold storage visibility
Predictive Maintenance
Track vibration, temperature, motor load, and alert patterns to plan repairs before failures stop production.
Problem solved
Repairs are often triggered after a failure, when production teams have already lost throughput.
Use cases
- Conveyor motors
- Packaging lines
- Utility compressors
Vision-Based Quality Inspection
Use camera inspection status, defect logs, and line-level reporting to improve quality visibility.
Problem solved
Defect logs and production reports are often disconnected, slowing root-cause review.
Use cases
- Electronics assembly
- Label checks
- Packaging inspection
Dashboard demo
A live-looking dashboard for factory teams.
Tabbed views show production status, robot fleets, sensor readings, alerts, and maintenance tasks with client-side mock interactions.
OEE
86.4%
+4.2% this week
Active robots
12
All robot cells reachable
Open alerts
3
1 critical incident
Maintenance due
5
Next task in 6h
OEE trend
Shift OEE improved as packaging faults were routed to maintenance earlier.
Factory map
See the factory floor at a glance.
Operators can inspect zones, status, connected devices, alerts, maintenance due dates, throughput, and inspection history.
Selected zone
Assembly Line A
Bearing vibration is trending upward on the main conveyor drive.
Device fleet
Connected devices, robots, and sensors.
RX-120 Pick-and-Place Arm
Robot Arm
VX-90 Vision Inspection Cell
Vision System
AMR-40 Warehouse Rover
Autonomous Mobile Robot
LineSense Vibration Node
Vibration Sensor
ThermoGrid Temperature Sensor
Temperature Sensor
FlowPulse Air Monitor
Air Pressure Sensor
- 1
Vibration anomaly detected
Predictive workflow step 1
- 2
Maintenance ticket created
Predictive workflow step 2
- 3
Engineer assigned
Predictive workflow step 3
- 4
Spare part prepared
Predictive workflow step 4
- 5
Planned downtime window
Predictive workflow step 5
- 6
Issue resolved
Predictive workflow step 6
Predictive maintenance
Move from reactive repairs to planned maintenance.
Condition signals become maintenance tasks, engineer assignments, spare-part preparation, downtime windows, and verified resolution.
31% downtime reduction
2.4x faster planning
Condition signals tracked
Resolved with audit history
Engineering case study
Packaging Line Uptime Improvement
Food packaging facility
Packaging Line Uptime Improvement
Repeated stoppages and slow fault response across three packaging lines.
31% downtime reduction
22% faster fault response
14% better shift reporting
Safety and compliance
Designed for safer industrial operations.
RoboVision surfaces safety zones, escalation, audit logs, access levels, maintenance history, and incident tracking.
Safety zone monitoring
Track restricted robot areas, light curtain resets, and operator entry events.
Alert escalation
Route safety and maintenance incidents by severity, line, and responsible team.
Audit logs
Keep event history visible for inspections, handoffs, and compliance reviews.
Operator access levels
Separate manager, engineer, operator, and safety review workflows.
Maintenance history
Connect safety events with repair notes and inspection evidence.
Incident tracking
Review incident status from detection through resolution and follow-up.
Build the visibility layer
Ready to make your factory floor visible?
Build a connected robotics and IoT platform for monitoring devices, reducing downtime, and helping teams act before small issues become production stops.