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Decision-making before the incident
Alerts based on the body’s response, not on behavior
Continuous physiological monitoring of the operator
No installation required and independent of the operation
1
The wearable collects vital signs in real time
2
Identifies patterns of fatigue, thermal stress, and more
3
Detects loss of the body’s self-regulation capacity
4
GENERATES ALERTS BEFORE PHYSICAL SIGNS APPEAR
Inativity periods
Fatigue / drowsiness
Energy expenditure (beta)
Cardiovascular risk
Break management
Confined space operations impose severe physiological constraints on workers, including limited ventilation, increased thermal load, concentrated physical exertion, and reduced margin for response to acute events.
Dersalis acts as an additional layer of protection by continuously monitoring critical physiological signals that precede events such as exhaustion, loss of consciousness, or cardiovascular collapse.
The combination of triggers enables identification of progressive physiological degradation—even when environmental parameters appear to be within normal limits—reducing exclusive reliance on spot checklists or operator self-reporting.
Inativity periods
Fatigue / drowsiness
Energy expenditure (beta)
Cardiovascular risk
In working-at-height activities, safety depends directly on the operator’s physical and cognitive capacity to maintain attention, balance, and adequate motor response. Even small physiological degradations can have serious consequences.
Dersalis continuously monitors physiological indicators that directly impact fitness for working at height, enabling preventive interventions before operational control is compromised.
The solution transforms vital signs into objective criteria for activity continuation or interruption—reducing subjective decisions and increasing the reliability of safety protocols.
Inativity periods
Fatigue / drowsiness
Energy expenditure (beta)
Cardiovascular risk
Break management
Location
Industrial patrols and inspections expose workers to continuous movement, thermal variations, intermittent physical effort, and constant situational awareness demands. The dynamic nature of this activity can mask progressive signs of fatigue or physiological overload, especially during extended shifts.
Dersalis acts as an additional layer of protection by continuously monitoring physiological signals that indicate degradation of attention capacity, heat stress, or cardiovascular overload while moving throughout the facility.
Case study
Phase 1
Time monitored under risk
4%
Phase 2
Time monitored under risk
2%
50%
reduction in physiological risk exposure
API integration with
Fatigue camera systems
Telemetry platforms
Uses existing data to generate
early intelligence
Does not replace
Enhances!
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Turn raw field data into clear indicators for HSE, operations, and leadership.
Our intelligence ensures continuous operation even in environments without connectivity, standardizes the driver experience, and guarantees reliable capture of critical data for analysis and decision-making.
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