England’s Connected Heartland

Co-ordinated by Oxfordshire County Council and funded by the Department for Science, Innovation and Technology (DSIT), the England’s Connected Heartland (ECH) consortium is creating a blueprint for advanced wireless adoption that can be replicated across the UK. This initiative unites local authorities, technology providers, and research institutions to demonstrate how 5G and other advanced wireless technologies can drive innovation, improve productivity, and deliver social and environmental benefits across sectors including transport, manufacturing, and public services.

The ECH programme is focused on turning wireless potential into practical outcomes, enabling seamless connectivity for industries, communities, and infrastructure. One of its key areas of exploration is the use of private 5G networks to enhance rail connectivity, supporting safer, more efficient, and data-driven rail operations. By fostering collaboration between suppliers and end users, the project aims to demystify the advanced wireless market, helping businesses understand how and where to invest in these transformative technologies. Through targeted trials and cross-sector engagement, ECH is proving that advanced wireless networks can deliver the resilient, high-performance infrastructure essential for the UK’s digital future.

Project Partners

Project Status

A recent milestone was achieved during the Millbrook testing programme, where the consortium successfully demonstrated the use of 5G-enabled technologies in real-world mobility environments. The trials validated the performance of AWTG’s private network solutions under dynamic, high-speed conditions showcasing their potential to transform vehicle-to-infrastructure communications, enable predictive safety systems, and support future autonomous transport innovations.

Delivering Impact

As Technical and Delivery Partner, AWTG continues to lead system design, integration, and network performance validation across regional hubs. These efforts support the wider goal of building a scalable framework for advanced wireless deployment, one that enhances connectivity for transport, manufacturing, and public services.