Wed, Aug 26, 4:15 PM CDT – Wed, Aug 26, 4:45 PM CDT
From University Innovators to National Security Game-Changers
Be the first to hear technology pitches from the nation’s brightest student innovators the moment they launch their companies. These venture-ready companies represent the top finalists from DIU’s prestigious 10 week innovation fellowship where student teams take their start up from idea to impact. Company technology areas include: digital twins, AI enabled biological thread detection, swarming kinetic payload alternatives, predictive supply chain tools, mesh networks, and responsive sustainment LLM models. Background: Defense Innovation Unit’s (DIU) Defense Innovation Summer Fellowship – Commercialization (DISF-C) program accelerates the nation’s brightest student innovators from university projects to investable startups tackling critical defense challenges. Over 10 weeks, student teams learned and applied lean startup principles, conducted rapid prototyping with defense partner feedback, and gleaned insights from 30+ successful founders, investors and defense leaders to build venture-ready companies with national security impact. The top 6 finalists from this program that will be pitching are: •Omnyra: A cutting-edge AI platform for detecting synthetic biological threats missed by traditional screening. It uses protein language models, structural simulations, and multi-tier classification to identify engineered sequences, even novel or AI-generated ones, that act as pathogens. •Hydrastrike: An innovative Mak 48 torpedo alternative that delivers swarming technology capability and payloads inside a compact body that can swim out from submarine launch tubes. •ZuLeris: Leverages game engine technology to build digital twins of real-world locations and complex systems. This enables realistic simulations and visualizations of "invisible" systems like electromagnetic warfare, aiding in enhanced awareness, tactical training, and operational planning. •SupplyShield: A graph‑based intelligence platform that predicts, maps, and simulates real-time supply chain risks from mine to magnet. •HopLynk: The automated mesh network that enables people and autonomous platforms to operate in any RF or networking environments by creating an ML-enabled, adaptive, and self-healing network that combines all available transports (wifi, cellular, etc.). •NeoLens: A voice-to-text LLM platform specifically that offers step-by-step instructions and detailed explanations to assist individuals in repairing or maintaining vehicles and equipment, particularly in challenging, resource-limited environments. Please note: Adding this session to your agenda does not guarantee admission. Admission will be granted on a first-come, first serve basis until room capacity is reached.
