A radical, technology-driven shift is urgently required to secure our domestic mineral supply. At vaxx.io, we are building AI-driven autonomous bio-mining swarms for domestic critical mineral independence.
Canada faces a severe national security and energy vulnerability due to reliance on foreign supply chains. Traditional domestic extraction of Critical Minerals and Materials (CMM) is highly cost-prohibitive, and standard mechanical mining processes are time-consuming and ecologically destructive.
Our solution is a paradigm-shifting approach that bypasses traditional mechanical mining and chemical refinement entirely through the seamless integration of generative AI, synthetic biology, and autonomous robotics.
We utilize deep learning models to predict and engineer novel root exudates and synthetic biological agents. These agents are uniquely designed to atomically bind exclusively to targeted CMMs, entirely ignoring abundant, low-value soil elements.
To manage bio-extraction at an industrial scale without heavy machinery, we deploy swarms of solar-powered, AI-driven micro-robots and aerial drones. This autonomous agricultural network ensures zero-intervention harvesting.
Our systems ensure that leftover organic material is processed into customized fertilizers and autonomously returned to the extraction site. This closed-loop system allows us to completely eliminate toxic chemical runoff and heavy industrial emissions associated with traditional methods.
By substituting massive capital expenditures with self-replicating biological agents, we aim to drop the cost per ton below international competitor pricing.
Our process eliminates heavy emissions and habitat destruction, replacing them with a carbon-negative and ecologically restorative extraction process.
Our technology enables profitable extraction from abandoned sites, decentralizing production and severing reliance on adversarial foreign supply chains.
Chief Executive Officer
Paul oversees Vaxx’s corporate strategy and commercialization roadmap. With a background spanning biology, medical training, and electrical engineering, he bridges the gap between high-level laboratory research and industrial-scale application.
Chief Technology Officer
Ishita leads Vaxx’s technology development, focusing on the intersection of chemical engineering and critical mineral recovery. An M.Eng. graduate from the University of Toronto, she brings deep industry expertise in brine-based mineral extraction processes.
Lead AI Architect
Mohamed directs the development of the OpenClaw™ AI architecture. With a Master’s in AI and Data Science from the Data ScienceTech Institute (DSTI) in Paris and a B.Sc. (Hons) in Computer Science from the Sorbonne, he possesses a rigorous foundation in computational intelligence.
Head of Aerospace Systems
Mason leads the design and integration of Vaxx’s autonomous drone-swarm architecture. An aerospace engineer (UofT) with extensive experience in UAV systems, he is responsible for the flight control logic and real-time sensor integration.
Chief Operating Officer
Alex drives Vaxx’s operational strategy, scaling our autonomous bio-mining deployments and managing cross-functional partnerships to ensure seamless industrial execution.