Personal Safety Monitoring System
Monitoring worker safety in real-time
Page last modified
April 11 2024
The Personal Safety Monitoring System has been designed to:
- monitor in real time a worker and their environment
- from one handheld personal safety monitoring device
- feed live data analytics directly to the control room and
- alert on potentially dangerous situations before they become an incident
- therefore, allow proactive decision making
- suit business needs and compliance standards thanks to customisable features & multi-language settings
The Australia, Europe & the US Patented Technology monitors:
- Air quality / gas sensing - LEL, O2, H2S, & CO
- Location sensing anywhere - indoor, outdoor and underground
- Slips, trips and falls / man down events
- Ambient air temperature (heat stress)
- Ambient noise level
- Speed over ground
- Biometric condition allowing fitness for tasks monitoring
- Additional BLE paired site-specific sensors, e.g.: hydrogen
- The device also has real time communication through voice calls & text messaging
Real-Time Data Streaming & Analytics:
- Data is recorded live and sent back to the control room via our Universal Data Interface (UDI) smart alert & navigation system
- Data is sent via the client's server, or cloud, and viewed in real time through the easy-to-read control room interface
- The interface can be viewed from multiple locations in the world, giving local and remote oversight of all workers' safety
Pros & Limitations
1
Real-time data streaming and analytics
1
Live communication through voice calls (Cellular) and Push-to-Talk (Mesh)
1
Instant messaging for communicating to multiple devices simultaneously from a single operator
1
Easy data visualisation through historical trends & heat mapping to allow proactive decision making
1
Multiple gas detection: CO, O2, H2S, LEL
1
Location sensing: find a worker's location indoor, outdoor & underground
1
Slips, trips & falls: recognise falls from heights & man down events
1
Biometric monitoring: heart-rate, core temperature, respiratory rate, fatigue, blood oxygen monitors and panic button
1
BLE Bluetooth Low Energy sensor pairing of up to 6 devices
1
Permissioned data access to maintain top security whilst not breaching confidentiality
0
Additional features and functions increase size and weight in comparison to gas detectors
Specification
Specification Title | Specification Description |
---|---|
Areas of Application
|
Oil & Gas | Mining & Steel | Construction | Utilities | Transport & Logistics | Industrial Marine | Defence
|
Capabilities
|
Real-Time Monitoring, Analytics & Communication | Gas Detection | Location-Sensing | Slips, Trips & Falls | Biometric Monitoring (Heart Rate/Body Temperature)
|
Certifications / licences
|
ExVeritas 17ATEX0295 X | IIECEx EXV 17.0025 X | T4
|
Connectivity
|
Cellular Connectivity GSM/GPRS Nano SIM | Mesh Network (2.4Ghz) | Bluetooth V4 BLE Up to 100m | GPS, GLONASS, BeiDou, QZSS
|
Dimension
|
H151mm x W85mm x D41mm
|
Measurement
|
Gas measurements of CO, O2, H2S, LEL | Sensor Type Electrochemical toxic gas sensor or Galvanic Oxygen sensor
|
Runtime
|
Operating Time: 8-12 hours (715) | 12-20 hours (825)
|
Temperature
|
Operating Temperature: -20 to +60
|
Reviews
Technology Readiness Level
The Technology Readiness Level (TRL) indicates the maturity level of novel technologies. Learn more about the TRL scale used by us.
[8/9]
Development
Technology demonstration
Mature / Proven
Relative Business Impact
Solution Deployed By

Company Name
Total Deployments
Comment
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Last Deployment Year