Grants and Contributions

Project will scale-up production of aminated self-healing adhesives and coatings for high impact industrial applications focusing on marine engineering and the oil & gas pipeline networks. These materials enable more sustainable industrial operations by enhancing the performance of assets and preventing their premature disposal due to failure.

The project will focus on the modification of the firm's software platform to develop cyber intelligence insights and risk scorecard modules to collect and share cyber security indicators in real-time and assist organizations in mitigating cyber breaches by incorporating the intelligence feeds into their existing tools.

As part of the international UKRI Quantum program consortium project “QD BioSense” (ID number 10075392) which is led by Beyond Blood Diagnostics in the United Kingdom. This project will focus on developing a new generation of simple to use, highly automated and scalable point of care cancer diagnostic system incorporating a microfluidic cytometer with biocompatible silicon quantum dots and high sensitivity camera.

Current quantum hardware architectures are monolithic, and limited by the number of qubits. One potential way to scale (increase the number of qubits) is by distributing the quantum algorithm (circuit) on multiple nodes via networking the nodes together by optical interconnects. softwareQ is building a distributed quantum compiler and scheduler for optical-based quantum computers comprising of multiple nodes linked by optical interconnects. softwareQ is modelling and benchmarking such a system with high fidelity, for scheduling and compiling distributed quantum circuits, thus paving the way towards scalable quantum computation.

Nimble Science has developed and launched a first-in-kind sampling platform to collect novel datasets from the small intestinal microbiome. Nimble's SIMBA GI Health Platform provides easy at-home access to novel multi-omics data directly from the small intestine. The platform is leveraged by our innovative Small Intestinal Microbiome Aspiration Capsule, SIMBA, which collects a fluid biopsy targeted to the deepest and most out-of-reach regions of the gut and clinically validated to be comparable to endoscopy. Actionable intelligence is then powered by the Nimble SIMO database, which enables the correlation of spatial and temporal aspects against a broad cohort of small intestinal data to identify novel diagnostic and therapeutic biomarkers.

The objective of this 6-month project is to enhance operations and drive innovation. By developing a Material
Requirements Planning (MRP) program, this project seeks to optimize production processes, minimize waste, and
maximize operational efficiency. During this period, the project lead will work collaboratively to design and tailor the MRP
system, ensuring it aligns seamlessly with the plant's unique requirements and leads to streamlined production
workflows.

Wrmth has created a first-generation SDK box to allow both internal and external developers to build applications and features on hardware that is locally available. Through this project we will invest in a second-generation platform to advance the features and we will establish backend data structures and protocols to support expanded integrations.

The project will support development of intellectual property capacity within the firm.

A software development project to create a tool that enables Webtoons creators to publish paid webtoons to their audience.

Our development and engineering team, with support from the business, will be investigating the application of Artificial Intelligence in our systems and processes and build out one or more a proof of concepts that can be used to implement innovations in the company's operational processes.