Today’s announcement by Telecoms Minister, Chris Bryant, that more than 4,500 rural homes and businesses across Yorkshire are now able to access superfast broadband services has been welcomed by Jane Colthup, Chief Executive of Community First Yorkshire.

The improved services are being introduced thanks to local investment of £60m – part of the government’s £5 billion national flagship programme known as Project Gigabit. Up to 28,000 connections in hard-to-reach rural areas will come on-stream once the full roll-out is complete in 2030 with the goal of driving economic growth and fixing the digital divide that plagues people living and working in remote areas.

Speaking on BBC Radio York today (26 September) Jane said: “This is fantastic news that rural communities in North Yorkshire are to get the same superfast speeds as the rest of the world. To improve people’s access to work opportunities and crucial services such as remote health and welfare support, good broadband is absolutely vital and for so long that’s not something we’ve been able to access sufficiently in North Yorkshire.”

Discussing the news, she also highlighted the importance of better connectivity to improve social inclusivity in rural areas – so important to help older people keep in-touch with friends and family.

While welcoming the news, Jane added that access to digital support and training is also crucial to make sure people can make the most of better connectivity and the opportunities it brings. This is something Community First Yorkshire has been focused on with its Digital Inclusion Project , backed by North Yorkshire Council and the NHS in North Yorkshire.

The lack of adequate mobile phone coverage in North Yorkshire was another ongoing issue, she said, with so-called mobile ‘not-spots’ impacting on rural residents and businesses. “This is a fundamental requirement of everyday living in the 21st century,” she added.

To listen to the interview in full, click on the image below.

Read more about Project Gigabit on the government website.