yet2

NASA is seeking autonomous therapeutic modules and behavioral health monitoring systems for long-duration space exploration.

As missions extend farther from Earth, crews need tools that can support mental health and cognitive performance with limited real-time access to ground-based care.

Solutions should be practical for autonomous use in constrained, remote spaceflight environments.

Here's what we're looking for:

✅ Autonomous mental health and therapeutic support modules
✅ Behavioral health and cognitive performance monitoring systems
✅ Tools for early detection of stress, fatigue, mood changes, or cognitive decline
✅ Digital interventions designed for limited-connectivity, self-guided use
✅ Compact, low-burden solutions suited to spaceflight operations
✅ Technologies beyond basic wellness tracking or consumer-only applications

Have a solution that fits? Submit here: https://bit.ly/4pPcg73

We're scouting for breakthrough technologies that restore degraded cropland to productive use.

Syngenta is seeking soil-applied solutions that rebuild the physical, chemical, and biological function of soil. The focus is on acting on the soil itself, not on helping plants tolerate poor conditions.

What qualifies:
✅ Rebuilds organic matter, water infiltration, nutrient cycling, or microbial activity
✅ Directly addresses salinity, compaction, or poor drainage
✅ Deployable at field or farm scale
✅ Measurable improvement within a few cropping seasons

Out of scope: biostimulants, seed coatings, cover crops, or standard inputs without a novel mode of action.

Have a solution that fits? Submit here: https://bit.ly/3RAMQNF

NASA is seeking autonomous therapeutic modules and behavioral health monitoring systems for long-duration space exploration.

As missions extend farther from Earth, crews need tools that can support mental health and cognitive performance with limited real-time access to ground-based care.
Solutions should be practical for autonomous use in constrained, remote spaceflight environments.

Here's what we're looking for:
✅ Autonomous mental health and therapeutic support modules
✅ Behavioral health and cognitive performance monitoring systems
✅ Tools for early detection of stress, fatigue, mood changes, or cognitive decline
✅ Digital interventions designed for limited-connectivity, self-guided use
✅ Compact, low-burden solutions suited to spaceflight operations
✅ Technologies beyond basic wellness tracking or consumer-only applications

Have a solution that fits? Submit here: [link]

drive.google.com

We're searching for electrode technologies that maintain a stable signal throughout the full duration of a plant's growth cycle.

Syngenta is seeking innovations that solve a specific problem: electrodes losing contact as monocot stems elongate through intercalary growth, causing signal loss during long-term crop stress monitoring.

What qualifies:|

✅ Stable, high-resolution signal capture for 2+ months in actively growing crops
✅ Proof-of-concept or validation data in plants or transferable electrophysiology domains
✅ Deployable in greenhouse and field conditions
✅ Micro-needles, surface electrodes, wearable/tattoo concepts, or novel attachment systems

Electrode and interface innovation only. Not complete data platforms or analytics packages.

Have something that fits? Submit here: https://bit.ly/4x9XOsW

We're on the hunt for technologies that improve the efficiency, consistency, and safety of digging and loading operations in heavy-duty off-highway environments.

A client is seeking sensors, software, analytics, or decision-support tools that give operators, supervisors, and fleet systems better real-time insight into material conditions, loading performance, and machine interaction with the dig face. Full machine control is not required.

What qualifies:

✅ Improves bucket fill factor, payload consistency, or cycle time
✅ Operator guidance, coaching, or situational awareness tools
✅ Dig-face sensing, fuel efficiency, or machine health monitoring
✅ Integration with fleet, planning, or autonomy systems

Relevant across mining, construction, earthmoving, agriculture, and defence. Commercial systems, pilots, prototypes, and technologies from adjacent sectors are all welcome.

Have a solution that fits?

Check out the full brief: https://bit.ly/3ThQ0Xn

We're on the hunt for faster, more efficient assembly solutions for heat-shrinkable compression rings and strips.

Our client is seeking a manufacturing method to accurately position and secure compression rings (or an alternative external compression solution) along a heat-shrinkable tube used to protect electrical cable joints. The goal is to replace a labor-intensive manual process with a reliable, production-ready approach that improves speed, lowers cost, and delivers consistent quality.

Here's what we're looking for:

✅ Precise positioning of compression rings or strips along a 730 mm tube
✅ Faster, lower-cost assembly than the current manual process
✅ Reliable handling of thin, flexible heat-shrink materials without twisting or folding
✅ Consistent, repeatable placement with minimal operator dependency
✅ Alternative compression methods that achieve the same functional performance are welcome

If you have a manufacturing solution that fits, we'd love to hear from you.

Submit your solution: https://bit.ly/4gNNUZ4

Encapsulating non-polar, solvent-like liquids is one of the harder problems in colloidal science. Conventional oil-based microcapsules leak under real-world conditions or rely on chemistries that contribute to microplastic load.

A yet2 client is seeking novel delivery, stabilization, and encapsulation technologies for complex non-polar functional liquids. The goal: protect the active, handle it cleanly, and trigger release on demand, with materials that are not classified as microplastic.

Areas of interest:

Emulsion and dispersion stabilization for non-polar actives
Bio-based, hybrid, or naturally derived encapsulation matrices with tuneable permeability and degradation
Trigger-based release: humidity, light, enzymatic, mechanical, or time-dependent
Spray-drying, electro-spraying, and supercritical CO2 processing routes
Alternative low-energy inputs including electromagnetic, acoustic, and microwave-assisted methods

Cross-industry solutions from food, home care, personal care, fragrance, agriculture, pharma, textiles, and advanced coatings are all in scope. Early-stage and low-TRL work from academic groups and startups is welcome.

Read the full brief and submit your technology:
https://lnkd.in/e3QtBVam

yet2 is managing this open innovation search. We connect solution providers with the world's leading R&D organizations.

Water and wastewater treatment is energy-intensive. Yet those same facilities also generate energy during treatment, and much of it is currently lost.

A yet2 client is seeking energy recovery and integration technologies that can be built into their products to capture this energy and reduce Scope 3 emissions across water and wastewater treatment. What they are looking for:

Technologies that retrofit into existing water machinery, such as reverse osmosis units and anaerobic digesters
Recovery and reuse of varied energy types: hydroelectric, tidal, kinetic, thermal, pressure, and chemical
Developed solutions at TRL 6 to 9, including approaches proven in adjacent industries

If your organization has a proven energy recovery technology, read the full brief and reach out.

https://lnkd.in/e2qbchyS

🔬 Can you make chemistry scale: safely, sustainably, and at speed?

A yet2 client is looking for manufacturing partners who specialize in flow chemistry at pilot scale and beyond (100+ kg).

If your facility can handle the extremes (temperatures from -70 to 300°C, pressures up to 200 bar, and a wide range of organic reactions including hydrogenation, Grignard, oxidation, and more) we want to hear from you.

Flow chemistry is transforming how the industry produces complex molecules: less waste, better safety, and seamless scale-up. Now one of our clients needs a partner to help make it real, beyond the lab.

They're seeking:
✅ Contract manufacturers with pilot flow capabilities
✅ Modular or high-pressure continuous flow system providers
✅ Partners ready to go from kilograms to full production scale

If this sounds like your wheelhouse, submit your solution now 👇
https://bit.ly/4eiubid

On behalf of our client, we're scouting smart tech for digging & loading in tough off-highway settings: mining, construction, trenching, ag, defence & disaster response.

Think sensors, analytics, and AI-driven guidance that boost bucket fill, cycle time, operator coaching, dig-face response, fuel efficiency, and fleet integration.

Full autonomy not required, just real insight that helps machines and people work smarter. Open to commercial systems, pilots, prototypes, and research tech proven in adjacent sectors.

Learn more and submit your solution: https://bit.ly/4f2KrTM