MANIPULATOR ROBOTS

INTERDISCIPLINARY
DESIGN & DEVELOPMENT

ETHICAL COMPLIANCE

REAL-WORLD INDUSTRIAL USE CASES

ARTIFICIAL INTELLIGENCE

INDUSTRIAL-GRADE AI

HYBRID AI

OPERATIONAL CONDITIONS

MULTI-LEVEL TRUSTWORTHINESS

PHYSICAL CONSTRAINTS

SATELLITE MONITORING

MANIPULATOR ROBOTS

INTERDISCIPLINARY
DESIGN & DEVELOPMENT

ETHICAL COMPLIANCE

REAL-WORLD INDUSTRIAL USE CASES

ARTIFICIAL INTELLIGENCE

INDUSTRIAL-GRADE AI

HYBRID AI

OPERATIONAL CONDITIONS

MULTI-LEVEL TRUSTWORTHINESS

PHYSICAL CONSTRAINTS

SATELLITE MONITORING

Pioneer of industrial-grade hybrid AI

Events, publications, results...

Last news

Communication

D5.3 – Report on assessment of Hybrid AI

Deliverable D5.3 elaborates on the end to end Trustworthiness including ethics.  Methodology, implementation, and evaluation results . To be published

Communication

D6.5 Mid-term workshop report

Deliverable 6.5 summarizes the main ULTIMATE technical contributions till the half of the project whilegathering the UC owners and ULTIMATE Advisory Board feedback (from the

mUlti-Level Trustworthiness to IMprove the Adoption of hybrid arTificial intelligence

USE CASES

The goal of ULTIMATE is to pioneer the development of industrial-grade hybrid AI based on three stages to ensure trustworthiness to promote the widespread adoption of hybrid AI in industrial settings.

1 -

Smart monitoring for satellite on-board autonomy 

This space case is centred on equipment failure prognosis on a satellite board.Logo Thales Alenia space

 

2 -

Robotic navigation and collaborative work in industry

The robotic workshop UC is exploring collaborative robotics able to handle different parts in a workspace shared with humans by AI assisted operator detection

Logo ¥ukasiewicz

 

3 -

Robotic manipulators

The industry UC involves orchestration of two manipulator robots in the performance of a dual task, object detection and manipulation of a target with different physical characteristics to improve the integration of mobile manipulators in a logistics environment.

Logo Robotnik

 

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ULTIMATE

ULTIMATE is a collaborative research and innovation project on Trustworthy AI, funded around 4 Million Euro  and awarded from the European Commission under the Horizon Europe framework programme for research and innovation (call: HORIZON-CL4-2021-HUMAN-01).  

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