Grants and Contributions

Implementation of a cloud-based Enterprise Resource Planning (ERP) system to modernize manufacturing operations, improve productivity, and support job creation and retention through process optimization and data-driven decision-making.

Acquisition of CNC equipment to improve production capacity, reduce costs, and enable manufacturing of complex parts, supported by employee training and hiring to enhance competitiveness and grow sales.

The development of a hybrid propellant composition for 9mm ammunition to improve training realism for law enforcement. The project explores blending quickburn and slowburn powders to create reliable performance across a wide range of police firearms, while remaining within SAAMI specifications. Testing involves evaluating pressure, velocity, recoil impulse, and repeatability. By analyzing over a dozen propellant formulations and primer variations, the aim is to deliver a standardized training round that closely replicates duty ammunition, enhancing officer preparedness and public safety.

The MSAT specialist will play a key role in optimizing the encapsulation of mRNAs in nanoparticles (NPs), and in establishing and comparing analytical methods for characterization and quality control.

This project consists of developing software for the technology stack of the SaaS platform and implementing data security and privacy processes.

Rhythm games and combat shooters are both well-established in the VR space, but, no commercially successful title has yet merged these genres. This project facilitates the further development of our genre-busting VR game “Freakout” and advances D&D Skunkworks’ goal of building a strong, innovative IP portfolio thereby solidifying itself within the VR, LBE VR and VR training sectors. The addition of this unique gaming innovation, including the possibility of various AI non-player character (NPC) integrations, provides myriad opportunities for the company, both within multiple versions of the existing game, as a core vendor within the space and the ability to transfer the knowledge to our other platforms like Bridge VR Training.

Communications and Conversational Innovation for Small to Medium scale enterprises.

This project will integrate a new Artificial Intelligence (“AI”) module into LYNKED’s IoT Cloud Platform.

The project focuses on the development and testing of generative AI interfaces to be used as part of Visual Defence’s AI product portfolio.

The project aims to improve the mechanical performance of recycled rigid PVC from construction and demolition waste, enhancing impact strength and abrasion resistance to meet flooring-grade specifications.