CoraMetix develops next-generation aortic heart valves using specialized biopolymers manufactured via advanced 3D printing. These bioinspired valves offer superior performance and durability compared to current animal tissue replacements. The advanced manufacturing process also enables cost-effective production of bespoke medical devices tailored to individual patients.

Hola Health is a digital healthcare platform that provides 24/7 telehealth consultations with registered Australian doctors, enabling patients to receive medical advice, prescriptions, and certificates online within 15 minutes. The platform addresses the challenge of accessing timely healthcare by eliminating the need for in-person visits, allowing users to manage their health conveniently from home.

Hyprfire provides a managed network detection and response (NDR) solution that enhances threat hunting capabilities by passively ingesting network traffic metadata and delivering prioritized security alerts. This addresses the challenge of busy IT teams struggling to identify and respond to network breaches amidst complex cybersecurity environments.

The startup develops a photosynthesis-based technology that captures excess atmospheric carbon dioxide while enhancing agricultural productivity on marginal low rainfall farmland. This approach enables farmers and companies to mitigate climate change impacts and improve crop yields in challenging environments.

The startup offers a visual collaboration platform that provides creators with tools for visual logistics and planning, enabling the simulation of projects in both physical and virtual environments. This technology allows users to present their plans with integrated sound, facilitating clear communication with customers and team members.

The startup has developed a biosensor device that continuously monitors vital signs and potential complications during childbirth, providing real-time data to obstetricians. This technology enhances clinical decision-making, improving maternal and neonatal outcomes in labor and delivery settings.