Grants and Contributions

Masterly is developing a prototype of the Masterly POD, a foldable, intelligent infrastructure unit designed for Arctic and remote deployment. The POD combines a rugged, transportable structure with embedded sensors, climate control, and integrated power to support emergency response, field medicine, and defense readiness. This project will deliver a working prototype, demonstrated at ventureLAB, to assess its fit for Canadian Armed Forces use, Northern infrastructure gaps, and potential NATO-aligned applications.

Masterly is developing a modular AI platform to reduce energy use and GHG emissions in data centres. The system combines plug-and-play IoT sensors, edge computing, and AI to optimize cooling, schedule compute workloads, and monitor environmental performance in real time. It includes a digital twin, thermal mapping, and smart control agents tailored to different data centre sizes. The platform also delivers Impact-as-a-Service: live dashboards, lifecycle calculators, and auto-generated ESG reports. Piloted at a small AI facility, the solution will be validated at TRL 7 by the end of 2026.

This project will design and prototype a smart medication management system integrated with the CareCompassion platform. The system will employ an RFID-enabled tray to track usage of tagged medication bottles, automate adherence reminders, and deliver hydration and wellness prompts. Integration with smart home devices (e.g., TVs, speakers) will improve accessibility and compliance. By embedding these functions into CareCompassion, the solution will strengthen patient safety, reduce missed doses, and provide caregivers with timely insights to support recovery and long-term health management.

Masterly Food will develop and pilot Delight Checkout+, a dual self-checkout system using AI vision and RFID technology to enable fast, on-the-spot payments. Integrated with our existing Delight Zone platform, the system allows customers to place items on a smart tray, instantly view their total, pay using various contactless methods, and receive a receipt. The project aims to improve accessibility, especially for seniors, and will evaluate which method, AI, RFID, or both, best enhances user experience. The system will also be commercialized as a standalone product.

CareCompassion is an AI-enhanced patient recovery management platform designed to improve patient outcomes through personalized care plans, multilingual support, real-time monitoring, and proactive patient engagement. The solution securely integrates patient data from wearables, supports medication adherence, pain management, and exercise tracking, facilitating faster recovery and reducing healthcare complications and costs.

The purpose of this CanExport SMEs agreement is to support small- and medium-sized enterprises (SMEs) for activities related to export market development that are part of an export business case for a specific target market, particularly where activities are targeting departmental priority markets and sectors.

Masterly Inc. is a a technology and innovation company specializing in AI-driven solutions across multiple sectors, including smart mobility, healthcare, and data analytics.

Masterly Food is advancing its AI-powered Delight Zone to offer personalized, high-quality meal recommendations tailored to diverse dietary and health needs. This project focuses on integrating clinical insights, nutritional science, and AI algorithms to enhance the system’s ability to deliver customized dining experiences. An intern will contribute to health needs assessment, algorithm implementation, and prototype development, creating a seamless solution that combines technology and nutrition. This initiative aims to redefine workplace dining while promoting healthier eating habits and operational efficiency.

CareCompassion is an AI-driven patient management platform designed to improve recovery and wellness for patients, caregivers, and healthcare providers. This all-in-one solution includes a pre-configured tablet that offers real-time health monitoring, medication management, appointment scheduling, and secure communication. The project will leverage a Data & AI Systems Analyst intern to support AI model refinement, data analysis, and system performance optimization. They will contribute to enhancing AI-driven insights, ensuring compliance, and improving patient engagement as we prepare for the Canadian launch in 2025.

The Project will support the assessment of data quality and data sources for AI project development. The project may also characterize and document aspects of data for AI and Data Governance.