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High-bandwidth capacity enables effective rehabilitation and physical therapy for children in the comfort of their own homes using advanced robotic platforms.

Three UK universities had a similar, but complex, challenge when trying to set up a jointly-taught partnership with a Chinese university, starting in 2016–17.

The Greenland Community Ice Information Service provides satellite-based up-to-date information to plan a safe trip across the ice of Northern Greenland.

In Mexico, the eduroam service has grown significantly in the last several years, from two locations 2014 to 444 today, providing the research and education community with a secure, free national and worldwide wifi roaming service.

When Queen Mary University of London looked to open a branch campus in Malta, its priority was to ensure that the experience of students based in Malta would be comparable with students based in the UK (but perhaps with more sunshine).

SONG, the Stellar Observations Network Group is creating a network of small, interconnected, robotic telescopes scattered across the globe, to be able to focus on one specific point in the sky for days, weeks and months on end.

Belarusian scientist Vitaly Yermolchyk is trying to help unravel the hidden secrets of the Universe. But a bottleneck in network connectivity between his University and CERN –the European Organization for Nuclear Research– has been reducing his ability to participate.

A customized network solution has greatly improved access to essential satellite imagery and geospatial data for researchers who help inform government policy on land management.

The university of Kajaani, Finland, offers a specialized program on data centre education, supported by the Finnish R&E network

Research & Education networks play an important part in protecting universities and research facilities from phishing-attempts, DDoS attacks, ransomware, and much more.

Researchers at the University of California San Diego used satellite images from multiple sources to map and understand city growth patterns in India, with the help of computers trained to distinguish types of growth. The technology is also being used to identify refugee camps and schools in Africa.

Storing and analysing genomic data at the scale of a million people and connecting this data with other resources – such as data on lifestyle and disease history – will transform our understanding of how diseases can be cured through individualised treatments.