Centre For Factories of The Future Limited

CSAMGuard+ is an AI-powered project that aims to enhance online safety for children by combating Child Sexual Abuse Material (CSAM) across different digital environments. The project is driven by the rapid proliferation of CSAM on social media, messaging apps, and cloud storage, coupled with the limitations of traditional detection methods in tackling the...

The FERIDE project addresses one of the most pressing challenges in modern agriculture: increasing food production sustainably while using water, fertilisers, and energy more efficiently. Climate change, water scarcity, and rising input costs are putting farmers under significant pressure, and current irrigation and nutrient management practices often lea...

Embark on a ground-breaking journey towards maritime safety with our cutting-edge project: the Virtual Reality (VR) Training Application for Enclosed Spaces at Sea. This innovative initiative is designed to revolutionize safety training for maritime professionals, focusing on the challenges posed by emergencies within confined ship spaces. Objective: Our ...

The CSAMGuard project presents an innovative approach to combat Child Sexual Abuse Material (CSAM) by focusing on the detection and prevention of CSAM link shortening and modification through the use of a machine learning (ML) model. This method promises enhanced accuracy and a reduction in false positives compared to traditional approaches like blacklist...

The project aim is to develop, for the food & drink sector, innovative technology that provides greatly enhanced resource usage efficiency & reduction in waste production both within individual food & drink companies but also across their supply chains. The Supply Chain Overall Resource Effectiveness (SCORE) system developed will extend existing performan...

Awaiting Public Project Summary

Within refrigerated and shelf-life constrained food supply chains extremely high levels of demand fluctuations arise preventing organisations achieving the high levels of customer service required by large retail customers whilst ensuring high levels of waste are not produced. In order to resolve these problems more effective management of demand is requi...

This ASDT Project (Autoplan) is designed to remove the failings of existing operations planning systems in managing highly variable manufacturing environments. In such organisations the high frequency with which process and supply chain disruptions occur and changes in product design and customer demands happen, form major barriers to increasing the compe...

This project aims to provide a software platform for companies to match empty vehicles and space to available loads in its simplest form. Too many commercial vehicles globally run empty or partially empty for parts of their journey. This software aims to reduce the total amount of empty running by load matching and thus reduce carbon emissions. The projec...

Awaiting Public Summary