Government

Displaying results 1 - 24 of 262

Event |

IEEE DySPAN 2025

We are excited to announce IEEE DySPAN'25, the premier global forum for cutting-edge developments in spectrum technology and policy. This year's event will take place in London from May 12-16, 2025, and will focus on advancing spectrum innovation to meet the growing demands for wireless capacity across diverse applications.

Event |

AI Labs: Your path to AI adoption

Join AI Labs, a multi-week virtual programme helping businesses in transportation, agriculture, creative, and construction sectors develop AI strategies in data, tech, and scaling—guided by experts and Innovate UK for long-term success.

Resource |

MarK Project Final Report

The MarK project aimed to demonstrate how shared infrastructure and neutral hosting models could have enabled new commercial and community-based services, overcome current 5G deployment barriers, delivered enriched services, and improved customer choice.

Resource |

ONE WORD Project - Policy in a Box

The ONE WORD programme brought together four local authorities to build 5G infrastructure, supported by industry project participants.

Resource |

Market Research Insight Report - Semiconductors

This report provides a concise overview of semiconductor related research, development, and innovation (R&D&I) activities within the UK telecoms sector. This document is designed to offer a non-technical perspective on the current state of R&D&I efforts in this critical area.

Resource |

Connected Reflections - Future Network Programmes

The Future Network Programmes represent a landmark government funded initiative aimed at advancing the UK’s digital infrastructure. Evolving from the 5G Testbeds and Trials (5GTT) programme, this eight year effort has played a major role in shaping the telecoms innovation landscape and strengthening industry government collaboration.

Resource |

Academic Research Strategic Report

The UK Telecoms Innovation Network (UKTIN) Future Networks Academic Strategy Group plays a pivotal role in shaping the future of telecommunications research in the UK. 

Event |

CW Technology & engineering conference

This AI conference focuses on integrating AI in critical industries, highlighting this technology's potential and engineering challenges. It comprises four sessions:

Event |

Cambridge Wireless International Conference 2025

Building Resilience: Future-proofing the Future

Event |

Connected Places Summit 2025

At Connected Places Catapult we connect people, places and businesses for a future of sustainable growth and prosperity.

Event |

Connected Futures Festival

Join the University of Bristol and its partners in JOINER and REASON to learn, debate and discover what our future connected world can enable.

Event |

The Role of Connectivity in Transforming the UK

Join DSIT and UKTIN to discuss how adopting wireless solutions can transform industries and public services, driving local growth.

Resource |

England’s Connected Heartland - A DSIT Funded 5G Innovation Region

England’s Connected Heartland (ECH) is the name of our 5G Innovation Region. Co-ordinated by Oxfordshire County Council, ECH is a partnership of nine councils in the heartland region. It encompasses Oxfordshire, Buckinghamshire, Berkshire, Central Bedfordshire, and Cambridgeshire.

Resource |

Unleashing the UK: a telecoms powerhouse

UK INNOVATION IS AT AN EXCITING JUNCTURE
Ian Smith, Head of UKTIN

Connectivity has, and always will, underpin societal and economic growth. Fortunately, the UK telecoms sector is 
rife with innovation and potential.

Resource |

PROJECT - 5G DRIVE Final Report

Diversified oRAN Integration & Vendor Evaluation

Resource |

ECORAN Project Report (MS9)

ECORAN Project Review

Project |

CHEDDAR

The Communications Hub for Empowering Distributed Cloud Computing Applications and Research (CHEDDAR) is a new hub dedicated to advancing future communications. Funded by the Engineering and Physical Sciences Research Council (EPSRC) – UK Research and Innovation (UKRI) via the Technology Missions Fund (TMF), CHEDDAR, alongside TITAN and HASC, represents pioneering platforms established to foster advancements in communication systems, and will serve to bridge connections across academia, business, and the global community.

Project |

HASC (Hub on all-spectrum connectivity)

This Hub will bring together seven partner institutions from across the UK in a 3 year programme of work, with the key goal to realise the vision of ‘all-spectrum connectivity’.

Project |

TITAN

TITAN's pioneering research in telecommunications promises transformative implications for both UK and global societies and economies. Our work drives social inclusion by improving coverage and accessibility while fostering economic growth with sustainability at its core. As a leader in telecommunications innovation, TITAN strengthens the UK’s global economic position and plays a vital role in building a more connected, secure, and prosperous world. Our ultimate mission is to design a seamless, open, and fully integrated Network of Networks (NoN), laying the groundwork for the evolution of 6G networks and beyond.

Project |

JOINER

Our project is led by the University of Bristol, alongside three core partners who represent each of the Future Telecoms Hubs — CHEDDAR, HASC, and TITAN. Along with JOINER, these three projects create the Federated Telecoms Hubs. JOINER connects the research labs of each of these partners, and extends to include seven other centres of excellence — or nodes. Drawing together research leaders and test networks from across the UK, each bringing their own unique specialisations and capabilities.

Resource |

Innovate UK Global Expert Mission Report

Over the course of May and June 2024, Innovate UK, in collaboration with UKRI India and the Indian Department of Telecommunications (DoT), delivered a Global Expert Mission, bringing together key government and R&D experts from the UK and India.

Event |

UK SPF Cluster 3 Workshop: Spectrum Sandbox Findings and Next Steps

Join us for the UK SPF Cluster 3 event, which will showcase interim findings from the three DSIT Spectrum Sandbox projects.