/ SMART MANUFACTURING

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Industrial production and robotics made reliable by AI

A robot slowed down by a lack of reliable perception means lost productivity. Launched without a layer of safety, it poses a critical risk.

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the problem

AI-powered robotic production is based on:

Welding & assembly robots

Visual perception of robots

Component failure prediction

Sensors & Embedded Systems

But:

Models are mistaken in rare cases

Actual conditions differ from the training data

The system does not always know when it is wrong

Models are mistaken in rare cases

Actual conditions differ from the training data

The system does not always know when it is wrong

Result

Tethered or supervised robots due to lack of reliable perception

Operator security incidents

Unplanned line stoppages and unanticipated component failures

Tethered or supervised robots due to lack of reliable perception

Operator security incidents

Unplanned line stoppages and unanticipated component failures

The real challenge is no longer average performance.
It is real-time reliability in critical and unexpected cases.

TrustalAI brings a real-time layer of reliability to your AI robotics. We do not replace your models. We guarantee their trust level before action.

TrustalAI brings a real-time layer of reliability to your AI robotics. We do not replace your models. We guarantee their trust level before action.

TrustalAI brings a real-time layer of reliability to your AI robotics. We do not replace your models. We guarantee their trust level before action.

Our solution applied to production & robotics

Anticipates component failures (confidence interval)

Improves the reliability of perception for welding and assembly robots

Evaluates the reliability of robot perception, frame by frame, in real time

Immediately detects a faulty sensor

Specifically:

Full speed authorized if confidence is high

Safe shutdown in case of critical risk, deceleration or supervision under uncertainty

Reducing risks and costs due to production downtime

Full speed authorized if confidence is high

Safe shutdown in case of critical risk, deceleration or supervision under uncertainty

Reducing risks and costs due to production downtime

We transform your AI robotics into a controllable, explainable, and certifiable system.

You reduce your costs and increase your production pace while securing every robotic decision.

Increased robot pace

Enhanced operator safety

Increased robot pace

Enhanced operator safety

Fewer unplanned stops

Anticipated component failures

Consistent quality

Anticipated component failures

Consistent quality

Visual perception of robots

01 Full robot speed in safe mode

02 Operator safety

03 Fewer unplanned stops

04 Immediate detection of a faulty sensor

01 Anticipated breakdowns before they occur

02 Zero unplanned downtime

03 Reduced parts costs

04 Optimized maintenance schedules

Anticipating component failures

Solder & assembly reliability

01 Increased cadence

02 Operator safety

03 Consistent weld quality

04 Fewer production halts

Switch to reliable predictive maintenance

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