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Physiological intelligence for logistics operations that cannot stop

Where cameras react, physiology anticipates.

Designed for high-complexity logistics environments, where multiple risks coexist and decisions must be made in real time.

Fatigue / Drowsiness

Break Management

Inactivity Periods

Cardiovascular Risk

Location and more...

How it anticipates risk

1

The wearable collects vital signs in real time

2

Identifies patterns of fatigue and drowsiness

3

Detects loss of the body’s self-regulation capacity

4

GENERATES ALERTS BEFORE YAWNING AND MICROSLEEPS

Fatigue management for remote operations and shiploader cabin operations

Physiological fatigue

Sustained drop in heart rate

Low Autonomic Modulation (RMSSD)

Port operations

Port operations require long periods of sustained attention, especially in cabin-based and remote-control activities, where low motor variability and high cognitive load promote progressive physiological fatigue. This degradation occurs silently, even when operational conditions appear normal, impacting reaction time and decision-making.

By continuously monitoring physiological indicators associated with fatigue, Dersalis enables identification of these patterns before they manifest as operational failures—reducing exclusive reliance on visual observation, spot checklists, or operator self-reporting.

Case study

Vale’s port operation is one of the largest logistics infrastructures in the country,
operating continuously 24/7 and handling millions of tons of ore.

Operational risk reduction

Phase 1

Time monitored under risk

4%

Phase 2

Time monitored under risk

2%

50%

reduction in physiological risk exposure

The right conditions for forklift operations

Physiological fatigue

Inactivity periods

Cardiovascular risk

Break management

Forklift operations

Forklift operations combine continuous driving, low postural variation, and the need for rapid response to unforeseen events, which favors the gradual onset of fatigue without evident behavioral signs. The integrated use of physiological triggers enables early identification of these patterns and transforms individual data into actionable information for supervision—supporting more precise decisions regarding breaks, shift rotation, and operator follow-up.

As a result, management gains predictability and efficiency, reducing incident risk without impacting the pace of operations.

A layer above telemetry and cameras

API integration with

Fatigue camera systems
Telemetry platforms

Uses existing data to generate
early intelligence

Does not replace

Enhances!

.health

Connect Dersalis with your Occupational Health

log

health

Real-time control and historical analysis

Turn raw field data into clear indicators for HSE, operations, and leadership.

Our biotechnology alongside the driver

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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