Delayed incident reporting
Impacts and unsafe events may remain unknown until damage, downtime or a later inspection reveals them.
RAMS RTSS Platform
See risk as ithappens.
RTSS—Real-Time Safety System—connects MHE movement, impacts, driver behaviour, safety zones and live operational context so teams can detect risk, respond faster and prevent recurrence.
Detect the Event. Understand the Context. Close the Safety Loop.
Live Safety Command CentreWest DC · operational floor · 14:26Monitoring
Active MHE
34
Events today
12
Open actions
05
Safe shift time
96%
Digital Twin · live safety contextNo active critical alert
MHE 04 · normal operation
Moving toward outbound staging through Aisle 07.
OperatorOP-118 · authenticatedCurrent speed5.2 km/hZone limit6.0 km/hNearest person6.4 mRisk statusWithin threshold
Trusted on the warehouse floor
Problem / Current state
Most safety systems explain
The event after it happened.
Physical risks emerge in seconds, while conventional safety information moves through incident forms, calls, CCTV review and delayed reports.
Missing physical context
A timestamp alone does not explain the MHE, operator, speed, aisle, nearby asset or operating zone.
Reactive safety action
Teams respond to the visible incident while near misses and repeated patterns remain difficult to identify.
Fragmented accountability
Alerts, CCTV, inspection findings, maintenance work and corrective actions live in different places.
Product overview
A live safety layer
For the physical operation.
RTSS receives supported sensor, vehicle, vision and system events; places them in operational context; alerts the right people; and carries each significant event through review, action and learning.
MovementPosition, route and interaction
ImpactsSeverity, time and asset context
BehaviourSpeed and driving events
ZonesLimits and restricted areas
ResponseAlert, owner and action
LearningPatterns, recurrence, trends
How it works
From physical signal
To preventive action.
RTSS creates a closed safety workflow instead of stopping at detection.
Step 01
Connect
Receive supported MHE, sensor, AI Vision, access and operational-system data.
Our hardware, yours, or bothEvery feed named and counted
Signal sourcesMovementEventsActionsConnecting
Signal sources
1/6 live✓Impact sensors18 units
○AI Vision Pro—
○LiDAR—
○Operator auth—
○MHE telematics—
○OmniBox Edge—
Core capabilities
Safety intelligence built
Around the moving operation.
Connect immediate risk visibility with the evidence and workflow required to improve safety over time.
01 · Real-time impact detection
Know when and where an impact occurs
From hidden incident to visible event
Capture supported impact events with time, severity, MHE, operator and physical-location context.
02 · Driver behaviour
See patterns behind the wheel
Use data for coaching — not assumption
Review configured speed, braking, acceleration, impacts and operating behaviours by shift or session.
03 · Proximity + collision risk
Identify critical interactions
Detection depends on the selected hardware and coverage
Use supported sensors or AI Vision to surface configured MHE–person, MHE–MHE and MHE–asset risks.
04 · Zone + speed control
Apply safety rules by location
The same MHE can face different risk by zone
Configure operating zones, speed thresholds, restricted areas and contextual alert rules.
05 · Operator authentication
Connect the session to the operator
Accountability with permissioned access
Associate approved operator identity and access status with supported MHE sessions and events.
06 · Alert + action closure
Carry the event through resolution
An alert matters only when it reaches action
Acknowledge, investigate, assign, document, verify and close safety actions with retained history.
Event feed
live!Rack impact · Zone B414:02 · MHE 07
•Speed event · Aisle 0714:06 · MHE 04
!Proximity · Crossing 0214:11 · MHE 11
•Harsh braking · Dock 0514:18 · MHE 02
•Zone entry · Restricted14:23 · MHE 09
✓Session start · OP-11814:26 · MHE 04
!Rack impact · Zone B414:02 · MHE 07
•Speed event · Aisle 0714:06 · MHE 04
!Proximity · Crossing 0214:11 · MHE 11
•Harsh braking · Dock 0514:18 · MHE 02
•Zone entry · Restricted14:23 · MHE 09
✓Session start · OP-11814:26 · MHE 04
Capability 01 / 06
Product experience
See the event.
Then see the pattern.
Move from a live facility view to impacts, behaviour, hotspots and action status without losing the underlying physical context.
See how RTSS combines detection with MHE, operator, zone, speed and location context.
app.rams.digital/rtss
MonitoringEvents · 7 shifts
46
High risk
04
Acknowledged
93%
Open actions
05
Digital Twin · live safety context
MHE 04 · normal operation
OperatorOP-118 · authenticatedCurrent speed5.2 km/hZone limit6.0 km/hNearest person6.4 mRisk statusWithin threshold
Priority events
Rack impactZone B4 · 14:02Speed eventAisle 07 · 14:06Proximity riskCrossing 02 · 13:41Repeat locationDock 05 · 4 events
Three repeated events are concentrated around the outbound turning zone during shift change.
Outcomes / Business value
Respond faster.
Learn earlier. Prevent more.
RTSS reduces the distance between the physical event, the responsible response and the preventive decision.
Faster response
Surface critical events with the location and operational context needed to act.
Detection to acknowledgement, and investigation startStronger accountability
Connect operator sessions, acknowledgements, owners, evidence and action status.
Open, overdue, verified and recurring safety actionsLess repeat risk
Identify recurring behaviours, hotspots and unresolved contributing conditions.
Recurrence by operator, MHE, location, zone and shiftDirect visibility
See live safety status across sites without depending only on reports and presentations.
Event rate against movement, sessions or operating hoursIntegrations
Bring safety signals into
The same physical context.
RTSS can combine supported RAMS hardware, customer systems and Digital Twin context around one safety workflow.
Event · Aisle 07live
Detect
Classify
Locate
Alert
Supported sensors and vision pick up the physical event.
RAMS hardware
Capture physical events
AI Vision ProImpact sensorsLiDARProximity sensingOperator authenticationOmniBox Edge
Matching context1/3
Impact · MHE 07
Zone breach · B4
Speed flag · Aisle 7
Access · OP-118
Telematics · MHE 04
CMMS WO-3318
Client ecosystem
Use available operational data
MHE telematicsCamerasAccess systemsWMS / ERPCMMSApproved APIs
Context1/5 layers
Digital TwinPlace
IRDS—
MEPS / IMDS—
ATOS—
AIMS—
RAMS platform
Connect safety with operations
Digital TwinIRDS rack healthMEPS movementIMDS maintenanceATOS executionAIMS intelligence
Sensor / visionPhysical detection
EdgeLocal processing
Digital TwinLocation + asset context
RTSSAlert + safety workflow
AIMSCross-site insight
Detection, latency, coverage and event types depend on the selected hardware, site conditions, validated integrations and configured rules.
FAQ
Questions safety
Teams ask.
Depending on the configured hardware and integrations, RTSS can support impact, speed, zone, proximity, operator-session, movement and equipment-status events. The exact use cases are validated during deployment.
Start the conversation
Make every safety event
visible, explainable and actionable.
Connect the signals. Detect the event. Add physical context. Alert the right team. Verify the response. Learn from every pattern.