Innovative Approaches to Extreme Data Challenges:
DataNexus Cluster
Seven EU-funded projects make up the DataNexus Cluster: Graph-Massivizer, EXTRACT, NEARDATA, EXA4MIND, EMERALDS, SYCLOPS, and EFRA. They seek to answer the Horizon Europe call for ‘Extreme data mining, aggregation and analytics technologies and solutions’.
DataNexus projects develop solutions for managing extreme data-characterised volume, speed, and complexity – to securely extract mea
ningful insights from raw data. These insights help support advanced decision-making, leveraging big data, artificial intelligence (AI), Inter
net of Things (IoTs) and advanced computing paradigms.
Researchers & Academia
Innovation Platforms & ICT Operators / Service Providers
Governments & Emergency Services, Health Services, Manufacturing
DataNexus key goals
Tackling Extreme Data Challenges
Data generation is increasing rapidly, but current technologies struggle to handle extreme amounts of data. Effectively analysing and vi
sualising large and diverse data sets remains a challenge. DataNexus aims to solve this by developing advanced computing and data tech
nologies that offer reliable solutions to users.
Integrating Cutting-edge Technologies
The seven DataNexus projects integrate innovative data mining, analytics and visualisation technologies to create robust frameworks for
better data management and interpretation. AI, IoT and advanced computing paradigms such as HPC and edge/fog/cloud computing
converge to enable real-time processing and analysis across the entire computing continuum.
Achievements and Innovations
The projects significantly improve data processing, analysis and visualisation, increasing accuracy, speed and usability for a variety of
applications. These advances will benefit fields such as crisis management, healthcare, mobility, industry, environmental protection and
food safety. The human-centred, user-friendly design ensures that the tools are practical and respond to key human needs.
Seeking to extract meaningful insights from raw data
in order to support advanced decision-making
by leveraging big data, AI, IoT, and advanced computing paradigms
to benefit a variety of stakeholders
Seeking to extract meaningful insights from raw data
in order to support advanced decision-making
by leveraging big data, AI, IoT, and advanced computing paradigms