The project team of AI-Dapt seeks to fill in the voids between the misconceptions created by popular science fiction and the real science of AI applicable today and in preparation for tomorrow. On the one hand it is important to explain AI to the users of AI (XAI) and on the other hand it is important to develop pathways that inspire trust among the tech-savvy community. Taking these base elements from developer debates and presenting them as viable solutions to non-technical stakeholders and multiple business sectors is one of the largest undertakings in the IT world today and MCS is pleased to be involved as a project partner.

6G in terms of telecommunications is a designation envisaged for the next generation of communication technology. 5G, the current title holder, though not to be found ubiquitously, wasn’t designed to facilitate the flow of data the way tech trends are demanding it to be today, let alone tomorrow. Decentralised, mobile, data-heavy, secure and reliable telecommunication everywhere, fast and consistent. The 6G Path project is working on demonstrating the medical demands upon this future network, the kinds of data that will be pushing continuously through the streams, and for it to be truly effective, the up-to-the-second live-feed data exchange designed to provide patients with the best care possible, a key facet of improved quality of life and with as few technical weaknesses as possible along the way.

Pancreatic cancer has the lowest survival rate among other cancers and is responsible for 95,000 deaths every year in the EU. Its treatment is usually palliative, aiming at slowing tumor progression and at symptom management. The ultimate purpose of this project is to improve the quality of life for advanced pancreatic cancer patients with the support of state-of-the-art technology.