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Reliable Heat Stress Early Detection and Prevention Workplace Wearable
Protect Workers from Heat Stress - Before It's Too Late
Reliable and scalable solution for workers to predict and prevent heat-related incidents, illness, and death from heat on worksites.
Our AI-powered TAPISHA, an upper arm-worn wearable solution monitors heat risk in real time and helps safety teams take immediate action. It measures each worker's physiological heat strain, tracks critical safety parameters such as core body temperature, heart rate, fatigue and provide personalised safety alerts in advance to both workers and site supervisors - enabling action before conditions become dangerous.
"Our mission is to ensure a safer and healthier environment for everyone to live and work."
Heart Rate
Core Body Temperature
Fatigue
Heat Strain Risk Index
Personalised Alert Notification
PROBLEM & SOLUTION
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No early warning signs of heat stress.
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"One solution fits for all". There is no personalised risk factor assessment.
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Environmental parameters alone, common work-rest routine is good but not sufficient.
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Productivity, efficiency loss, project delay.
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Heat related illness leads to job related accidents/fatalities/death.
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Organizations cost increases. Employees' health deteriorates.
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AI-powered TAPISHA and a complete smart digital ecosystem.
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Improved health and safety. Early alert to avoid heat-related injuries and illnesses.
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Continuous real time monitoring of critical physiological signs of heat stress.
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Real-time data and advance alert (when to stop/safe to resume work).
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Remote monitoring by supervisors on web dashboard or mobile app.
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Cost saving, productivity increase, meet timeline.
How It Works
Step 1: Wear Lightweight, Heat Stress Indicator Wearable - Tapsiha
Step 2: Secured Data Storage
Step3: Get Real-time Alerts and Prevent Incidents
Why Heat Safety Matters
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Heat is a Silent Killer.
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70,000+ workers suffer heat-related illnesses annually.
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1 in 3 construction worker deaths in hot weather are heat related.
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A projected global temperature rise of 1.5°C by the end of the 21st century could result in 2% of work hours being too hot to work by 2030, leading to the loss of 72 million full-time jobs.
REVIEWS DON'T LIE
Find more review (or feel free to write) on Google Playstore
