WELCOME TO TWI HELLAS

artificial intelligence and intelligent automation

State-of-the-art Machine Learning algorithms

Next-generation Human Machine Interface

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TWI Hellas builds upon three scientific and technological pillars: data science, robotic technology and systems integration, to create intelligent, adaptable and autonomous systems.

TECHNOLOGY

We work with companies on design development and engineering through to operation and maintenance, offering strategic consultancy, short or long-term projects, incubation and in-house programmes.

SERVICES

TWI Hellas guides the innovation process in different sectors such as aerospace, automotive, medical, oil and gas, power and shipbuilding.

SECTORS

 

 

TWI Hellas develops artificial intelligence and intelligent automation that can help people and machines across different industries perform better, smarter, faster and more safely.

 We capitalise on today’s influx of industrial data, abundant sensors, plummeting computing costs and unprecedented connectivity by finding the optimum balance between hard science and technology-focused creativity, to deliver software and hardware that are easy and safe to use.

 

TWI Hellas is part of the TWI Innovation Network (TWIIN), an international innovation ecosystem comprising centres, programmes and services designed to assist industry and academic partners with innovation acceleration and business improvement.  TWI Hellas works closely with TWIIN, its extensive network of partners and TWI Industrial Members, to support companies and organisations of different sizes with technology innovation.

 

State-of-the-Art Machine Learning Algorithms

for spatiotemporal data processing (image, video) and analysis, enabling step-changes in information extraction and machine awareness

Next-generation Human Machine Interfaces

delivered seamlessly through web and mobile platforms for sophisticated tasks, from data processing to special-purpose robot control

Digital Simulation Models

aka digital twins that update with input from multiple sources and change along with their counterparts

Cognitive Mechatronic Systems

such as drones, mobile robots and manipulators that adapt, self-learn and auto-reconfigure to changes in tasks without the need to skilled systems

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