Pitch-In project funding came to an end in 2021, below you can view historical news and case studies showcasing the impact and available resources from across a number of collaborative projects supporting the Internet of Things development and adoption.
A final message from Pitch-In academic lead, Professor John Clark, drawing together conclusions and thanks as the project officially comes to a close.
This Pitch-In project formed the basis of developing a tool to reduce uncertainty in investing in promising, yet still emerging, IoT technology.
Social prescribing promises to shake up the way we think about healthcare, while digital technologies have transformed the way we live and work. How can the two be used to complement each other, and improve the health and wellbeing of all?
Funding enabled partners to develop strong, collaborative relationships with local stakeholders, to demonstrate the usefulness of IoT technology in rural landscapes.
Pitch-In has helped demonstrate the huge potential Sheffield City Region has to create a leading smart city region.
This project was pivotal to understanding how the IoT ecosystem could help businesses that specialise in IoT and innovation to flourish and expand across the North East.
This Pitch-In project demonstrated how IoT-based digital solutions could be easily re-engineered to support non-critical activities in hospitals.
This Pitch-In project made it possible for researchers to come together to use state-of-the-art IoT data capture and AI algorithms to predict quality in manufacturing.
This project led Transport Scotland to fund and integrate a monitoring system at a key risk hotspot on the A83 - using the equipment, communication designs for live streaming data and workflows.
Service users and healthcare professionals discovered a simpler approach to testing that reduced anxiety and increased engagement. This led to a positive impact on uptake of physical health checks.
This project gave researchers the opportunity to work together to discover how technology could be used to promote health, and help the evolution of a new market.
A project using IoT to automate some of the labour-intensive processes involved in collecting big data develops a new tool already receiving wide interest from members of the international battery modelling community.