Accelerate Water Revolution

On-demand 3D printing produces seven-layer gummy stacks with selected active ingredients in a sugar-free format.

Ready-to-drink and powdered products using tea-derived caffeine, electrolytes, botanicals and, in some variants, creatine.

AIATELLA transforms cardiovascular diagnostics by harnessing AI to automate quantification, detection, and interpretation of medical images across multiple imaging modalities. Their technology boosts efficiency, ensures standardized analysis, and enables precision medicine, addressing the global challenges of radiologist shortages and the rising burden of cardiovascular diseases.

Mursla Bio is a UK and Boston-based AI precision diagnostics company pioneering organ-specific blood tests through extracellular vesicle (EV) science. Spun out of Cambridge University, Mursla is a world leader in translational EV research and has developed a proprietary platform to isolate and characterize EVs from specific organs directly from blood.

Imaginostics is creating the next generation of precision medicine diagnostic and prognostic tools to serve clinicians and drug developers to transform personalized healthcare, accelerate drug development, and fight aging. Our proprietary MRI physics-based technology delivers 10X better vascular images and quantitative measurements for vascular structure, function, and leakage.

Frontier Medicines is a biopharmaceutical company that develops a chemoproteomics platform to accelerate the development of medicines. Its platform integrates advanced computational approaches and machine learning to discover and pharmacologically target new binding pockets on proteins that make them accessible to small-molecule drug discovery and development.

Fyllo combines field devices, farm-level data, crop intelligence, and mobile advisories to guide irrigation, nutrition, disease control, and weather-related decisions.

FasalOne combines field sensors, microclimate data, crop models, and AI advisories; FasalJet and FasalJet Pro automate irrigation and fertigation based on field conditions.