Grants and Contributions

VantEdge aims for TerminalBOSS to be the industry standard software for logistical transfers (transporting one commodity from one place/vehicle to another place/vehicle) across Canada, the United States, Europe, and the rest of the world.

VantEdge is redeveloping TerminalBOSS V2 into TerminalBOSS V3 to enable secure and scalable logistical tracking across all measurement types, all measurement devices, and all major modes of transportation for companies across all industries. This will enable cheaper, faster, and more secure logistical transfers and a more robust supply chain.

As part of the international consortium project “MediFEMTO: Advanced 3D fs Laser Surface Treatment for Orthopedic Prostheses", this project will focus on *

Orthopedic advances aim to improve outcomes and reduce rejection rates. A machine integrates 5 mechanical axes with 3 optical ones for 3D surface treatment, minimizing bacterial attachment on prostheses. Implant-related infections pose challenges. The fs laser system offers a solution. Partners contribute crucial expertise and technology. Our new software enables advanced laser-based manufacturing, with a machine tool digital twin allowing virtual usage before construction. Advanced feedback control and calibration optimize precision, with real-time computing enhancing performance.

The Project will support development of intellectual property capacity within the Firm.

Digital Health Framework, AI Algorithm Development, and Mechanical System Advancements for the WithinStride Gait Rehabilitation system

The project is being pursued to increase the lineup of offerings that PhiBer offers in the DASH product line while increasing the ease of use and accuracy of the DASH to increase sales.

Integrate an Emotional Synch Graph with an Intelligent Virtual Avatar Agent (IVVA) based on a character from Titan1Studios’ Content Intellectual Property, connected to a Customized AI Large Language Model. Delivered through a web-based application, the IVVA will respond to both text and voice prompts, will provide responses to prompts generated by the user, and based on the success state of the interaction, the emotional SyncGraph will adjust accordingly, providing an indication of the IVVA’s emotional state.

Three CAR-T Analytics Platforms to Support Production:
1. Development & Optimization of Flow Cytometry Panels for CD19 CAR-T Immunophenotyping
2. Development of a qPCR method for CD19 CAR Gene Expression and Vector Copy Number (VCN)
3. Use of Synthetic Cell Mimics for Tech Transfer of Flow Cytometry Panels from Clients to AD/QC teams at OmniaBio

The project aims to deliver an advanced core recovery system, which will consist of a drilling head and a portable centrifuge. These systems will be designed to clean and recycle used drilling water, with a strong emphasis on sustainability and technological progress.

This is an R&D project to test hypotheses and experiment with new mechanisms to design a repeatable and scalable business process and to develop IP in business methods.

The project aims to optimize the optical performance of laser diodes based on the initial design. This will enable the design to be improved in line with the manufacturing process. The project also aims to qualify a second service provider source on a critical manufacturing step.