WORKING SOFTWARE PROTOTYPE

StopSure Safety

Intelligent Machine Safety Performance Device.
A working software prototype that analyses how machinery physically responds after a safety event, compares the response with an established machine signature, and identifies meaningful changes, deterioration and possible sensor faults.

SYSTEM MONITORING — NORMAL
StopSure
Safety
Intelligent Machine
Safety Performance Device

Software & Product Visual

The software demonstrated on this page is the technology we built. The device shown is the proposed hardware form a future acquiring company could engineer, validate and commercialize around the software.

StopSure SafetyMachine Safety Performance Monitoring SoftwareMONITOR | ANALYSE | DETECT | PREVENT | PROTECT◉ Monitor▮ Analyse! Detect⚙ Prevent✓ SupportHow machines actually stopPerformance over timeChanges and deteriorationBefore risks become seriousSafer, reliable operationsStopSureSafetyMachine Safety PerformanceMonitoring SoftwareMONITOR | ANALYSE | DETECTPowerStatusWarningFaultTURN MACHINE DATA INTO SAFETY INSIGHTCAPTUREANALYSEDETECTINSIGHTACTION●∿⌕▮⚙

Live safety-performance demonstration

1.84 s
Observed stop response
1.70–2.00 s
Established normal range
0%
Deviation from baseline centre
96%
Analysis confidence
Stopping-response positionNORMAL

What the device is checking

1. Safety commandStop event is detected.
2. Physical responseMotion/timing signals are captured.
3. Signature analysisCurrent response is compared with established behaviour.
4. Trend detectionRepeated changes are separated from one-off noise.
5. ActionAlert and maintenance investigation can be initiated.

Stopping-signature waveform

The prototype shows the physical-response signal that a production device could capture. Normal behaviour is compared with a slower response, while a sensor fault is treated separately from mechanical deterioration.

98%
Signal quality
96
Signature match score
Stable
Trend state
Monitor
Suggested next action

Analysis pipeline

CaptureTimestamped stop event plus machine motion signal.
ValidateCheck signal quality, sensor health and event completeness.
ExtractCalculate response time and normalized stopping signature.
CompareMeasure deviation against the machine's established baseline.
TrendSeparate isolated variation from repeated directional drift.

Recent stop events

EventObservedDeviationAnalysis

Software architecture & proposed hardware

Software architecture and proposed hardware direction for buyer and engineering discussion. The safety-critical machine stop function remains in appropriately certified safety hardware. StopSure is presented here as an independent monitoring/intelligence layer, not as a certified protective control.

Motion
Linear/rotational movement sensing
Timing
Stop-command to true-standstill timing
Signature
Baseline machine behaviour model
Trend
Repeated deviation and sensor-health logic
StopSure Safety is an independently developed working software prototype. The physical hardware shown is a proposed implementation for future engineering and validation. Hardware design, certification, machine-specific validation and safety-system integration require qualified engineering and applicable standards review before real-world deployment.