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MikaGu is a deep-tech startup specializing in Physical AI and advanced acoustic analysis. We help critical infrastructure operators in the energy and defense sectors prevent catastrophic equipment failure by shifting from reactive damage detection to true anomaly anticipation.

The core problem we address is a severe technological paradox: mission-critical facilities are completely blocked from adopting standard cloud-connected predictive maintenance due to strict, zero-tolerance cybersecurity regulations.

We solve this by deploying autonomous, 100% air-gapped acoustic Edge AI systems. Our non-invasive microphone networks continuously capture the high-fidelity internal sound signatures of critical assets, such as high-voltage transformers and cooling pumps. Instead of transmitting sensitive data outward, our proprietary machine learning algorithms process it entirely locally on secure edge controllers

The technology is powered by Physics-Informed Neural Networks (PINNs) that fuse machine learning with the laws of thermodynamics and chemical kinetics. While traditional “black box” AI requires years of historical data and fails during unpredictable operational anomalies, Kineticore embeds physical reality into the neural network’s core architecture.

This physics-first approach eliminates “pilot purgatory,” shortening deployment from years to under four weeks. Out of the box, the modules deliver 85–95% fault prediction accuracy and real-time process guidance. By monitoring critical equipment (like ESPs) and optimizing energy-intensive thermal assets (like EAFs or chemical reactors), Kineticore provides operators with immediate, actionable recommendations.

Ultimately, the technology shifts the industrial paradigm from defensive cost-cutting to aggressive margin expansion—turning complex physical processes into predictable, highly resilient, and insurable operations on Earth and in space

Generative AI models are limited because they predict text. We are building the first model designed to predict physical events.

At Psistar, we are pioneering methods that treat physics as a language and operational knowledge as grounded truth. By decoding the underlying patterns of pressure, flow, and causality, we are building the world’s first Physics-Informed Foundation Model and Operational Ontology Model.

Our goal is to move AI beyond statistical guessing to mathematical certainty.

While the applications are limitless, we are already transforming legacy infrastructure into perfect, autonomous experts in Energy, Aerospace, and Data Centers. Our vision is building the brain for the entire physical world

Okimata is reinventing a $194B industry that is both energy-hungry and emissions-intensive. Ceramic production has barely changed in millennia: clay in, kilns blazing 24/7 at ~1,250°C, and huge CO₂ emissions. Producing ceramic sanitary ware consumes ~10× more energy and emits ~3× more CO₂ per kg than cement.

Okimata’s proprietary process cuts production cost by ~35–40% versus ceramic and porcelain, CAPEX by ~60%, FTE by ~75%, land by 80–90%, CO₂ emissions by ~75–80%, and energy use by ~65–70%.

We deliver ceramic-like performance without the kiln. Our ultra-hard coating cures at near-ambient temperatures yet achieves required hardness, durability, and chemical resistance, eliminating high-temperature firing and emissions.

Low-temperature curing lets us mold the structural body from recycled plastics. Instead of mining, hauling, and firing clay, we up-cycle plastic waste as the substrate and apply our coating as the functional surface. The result: ceramic-like products made from recycled feedstock, fully recyclable at end-of-life, and manufactured with a dramatically smaller footprint and at lower costs.

Bottom line: Okimata is the first truly eco-friendly, lower-cost alternative to traditional ceramics, bringing ceramic-like performance, circular materials, and modern manufacturing to a highly polluting industry long overdue for change.

We make sustainability simple, fast, and affordable for every business. LCAs (Life Cycle Assessments) typically take months to complete and require specialized expertise from environmental consultants. The LCAi platform is powered by our novel AI agent architecture and large language models, designed to conduct LCAs efficiently and effortlessly for any existing product. Our goal is to deliver a simple, personalized experience for every user, with built-in support for LCAs that comply with every standard or purpose (CBAM, ESPR, DPP, EPD, and more), allowing companies to make data-driven, sustainable decisions across their entire supply chain

Arbell Energy is a deep-tech renewable energy company developing one of the world’s most efficient next-generation solar technologies. Leveraging proprietary Quantum Dot architecture and Multiple Exciton Generation (MEG), our solution breaks the physical efficiency limits of conventional silicon-based solar cells. Printed using low-cost “solar inks,” our ultra-lightweight, flexible, and highly transparent solar films dramatically improve the unit economics of existing solar farms while seamlessly integrating into buildings, agriculture, and mobility applications to unlock ubiquitous renewable power.

Arbell’s technology is engineered to deliver up to three times the conversion efficiency of conventional panels, establishing a new frontier in solar power performance.

Beyond this breakthrough in efficiency, Arbell’s ultra-thin, lightweight, and flexible solar films enable deployment on surfaces where traditional panels cannot operate – including building facades, glass structures, agricultural installations, and mobile infrastructure. The company’s transparent solar solution also unlocks a fast-growing retrofit market by restoring lost capacity in aging solar farms without replacing existing infrastructure.

Validated by Europe’s leading independent applied science research organization (TNO) and backed by strategic industry partners, Arbell is on a mission to accelerate global decarbonization by delivering more power, at lower cost, across more surfaces than ever before

NanoTherma revolutionizes energy efficiency in data centers by converting low-grade waste heat into clean electricity using innovative thermoelectric nanomaterials. Each year, data centres globally lose billions of kilowatt-hours as unused heat, creating substantial financial and environmental burdens. NanoTherma’s solid-state panels, easily integrated into existing data center racks, passively generate electricity without fluids, plumbing, or moving parts. This groundbreaking technology reduces operational costs and emissions, enabling data centers to transform wasted energy directly into usable power. With significant market potential and strong industry engagement, NanoTherma is reshaping the future of sustainable energy

McyFiber is a climate-tech company developing natural, biodegradable bio-additives to replace synthetic chemicals used in paper production. Our patented formulation—based on mycelium and cellulose nanofibers—enhances paper strength, printability, and surface quality while reducing reliance on fossil-based and environmentally harmful additives.

The paper industry is among the most energy-intensive industrial sectors, with a significant carbon footprint and substantial downstream environmental impact. McyFiber’s solution directly reduces emissions by optimizing production processes and lowering chemical consumption, without requiring changes to existing industrial infrastructure.

Beyond production, our additive also improves sustainability across the product lifecycle. Its biodegradable and non-toxic composition minimizes the environmental burden of wastewater treatment and reduces the ecological impact of end-of-life disposal, including landfill emissions and sludge handling.

Following successful lab-scale validation, we are now launching pilot trials in partnership with a global paper manufacturer. Our business model is based on B2B technology licensing, enabling rapid adoption of climate-friendly materials by major producers.

McyFiber offers an actionable path toward decarbonization and cleaner production in a legacy industry under growing regulatory and environmental pressure

Aquatis is a climate-focused technology company specializing in predictive maintenance for critical rotating equipment in the water, energy, and industrial sectors. Our mission is to prevent critical machinery breakdowns and through that reduce energy waste, extend infrastructure lifespan, and support the resilience of systems essential to climate adaptation, including water utilities, desalination plants, wastewater treatment, and renewable energy operations such as geothermal.
Our AI-driven solution combines advanced vibration and temperature sensors with machine learning and expert analysis to deliver actionable, real-time insights. This enables operators to detect faults early, avoid catastrophic failures, and optimize performance without the need for lengthy benchmarking or historical data.
While traditional predictive maintenance uses sensors and data to detect early signs of mechanical issues, Aquatis goes further by providing precise recommendations on what is wrong, where it is happening, and how to fix it. This enables faster, more effective action.
By improving the efficiency and reliability of pumps, turbines, compressors, and other energy-intensive equipment, Aquatis directly contributes to lowering carbon emissions and operational costs. With deployments ranging from Israel’s largest utilities and desalination plants to international pharmaceutical giants and U.S. renewable energy sites, Aquatis is shaping a more climate-resilient industrial landscape one machine at a time

YAMIM is a climate-tech aquaculture startup that uses on-site computer vision and cloud AI to produce and optimize natural live feed from local aquatic microorganisms, replacing a significant share of imported, industrial feed. By closing nutrient loops on the farm, we reduce feed shipping and embedded emissions by an estimated 50–60%, improve circular use of water and biomass, and strengthen local farm economies.
Our precision feeding and live-feed production lower nitrite and waste loads, creating cleaner aquatic environment and more resilient ecosystems, while improving feed conversion ratios and fish health. YAMIM directly advances SDGs around sustainable food systems, responsible production, and life below water, and targets a massive opportunity to disrupt how protein is grown in over 500,000 aquafarms worldwide and a $120B global market.

We are Alumentry, a technology company reinventing aluminum part production. Our patented ASAM (Aluminum Solid Additive Manufacturing) process enables fully automated, high-precision manufacturing of aluminum parts, without programming, post-processing, or the need for oily coolants. ASAM uses layered aluminum foil and a unique Bonding method to produce complex parts from high-performance alloys like 6061 and 7075, previously considered incompatible with additive manufacturing.

Our system delivers exceptional geometric flexibility and micron-level precision while reducing material waste, machine setup, and manual labor. Unlike CNC or conventional 3D printing, ASAM operates with no coolant fluids and no toxic emissions, significantly reducing environmental impact and operating costs.

By combining the mechanical properties of wrought alloys with digital production capabilities, Alumentry opens up new possibilities for industries such as aerospace, defense, and robotics. We aim to decentralize advanced manufacturing and enable job shops worldwide to produce better parts faster and cleaner, with minimal training and infrastructure requirements.

For many companies, ESG reporting is a fragmented, resource-intensive process. Thus, organizations fall into a “reporting fatigue” chasm, unable to extract meaningful business value from their ESG data. ECO-OS changes that.

Our platform streamlines every step, from collecting and organizing data with multiple levels of time-saving automations, flexible inputs and emissions calculators, to alerts and audit-ready digital paper trails. We simplify compliance, so your team can focus on what matters: forecasting and managing targets, identifying risks, and driving innovation.

With ECO-OS, ESG reporting becomes an integrated, efficient workflow, empowering your business to turn sustainability into a competitive advantage.

Ceal, founded in 2024, is a carbon dioxide removal (CDR) company paving the way for a Net-Zero environment. We claim to be the fastest, cheapest and most energy-efficient technology ready to scale. We use circular economy best practices to co-locate with seawater-cooled, thermal power plants, utilizing their existing infrastructure and enabling seamless integration of our proprietary electrochemical catalysis technology with their facilities. Our process is additive- and emission-free, and non-reliant upon the carbon market.
In a highly efficient single-step, Ceal captures and sequesters atmospheric CO2 dissolved in seawater into industry-essential, solid minerals, while providing soft water for various uses. Thus, enabling substantial new revenues, major cost savings and increased energy efficiency for its customers, all while reducing their environmental impact. Ceal’s solution reduces the carbon footprint of the host facility, its marine pollution of hazardous chemicals, and simplifies its operation.

Ceal – more than just carbon dioxide removal. We are healing the world.

MetaBIM is an innovative online platform that revolutionizes turnaround project management by integrating precise, up-to-date laser scans with piping and instrumentation diagrams (P&IDs), equipment specifications, infrastructure layouts, and other critical operational data

Clariter is a global cleantech company offering a proprietary solution to the global plastic waste crisis. Through its patented chemical recycling process, Clariter transforms a wide variety of plastic waste types into high-quality, green petrochemicals: solvents, oils, and waxes. These products serve as sustainable alternatives to fossil fuel-based materials and can be utilized in numerous industrial applications and consumer goods.

A key strength of Clariter lies in its ability to process plastics from diverse waste streams—municipal, agricultural, industrial, construction, and marine—with an impressive yield of ~82%. The company’s products meet the highest industry and FDA standards, making them suitable for cosmetics, pharmaceuticals and even food-contact applications. Protected by six international patents, Clariter’s technology delivers the ultimate combination of quality, sustainability, and profitability.

Clariter’s scalable model enables the construction of local recycling plants; by turning local waste into valuable products, Clariter supports the development of local economies, green jobs, and circular value chains. Contributing to a greener and more sustainable future for communities worldwide.

GreenSpense develops and manufactures propellant-free continuous dispensers for a variety of applications. Eco-Drive, offers new high quality continuous dispensing capabilities which are compatible with standard filling lines; provides top performance expected user experience; brand differentiation; significant cost savings across the supply chain, and; reduced climate impact

Augury help eliminate downtime, reduce maintenance costs and maximize productivity for critical machines in industrial and commercial applications ranging from bottling and food processing to paper products and pharmaceuticals. Our Machine Health solutions combine advanced sensors with powerful AI capabilities and collaboration tools to help teams understand when machines are at risk. And they provide the expertise so customers know what to do to prevent failures long
before those risks can threaten production or productivity.

*PRESUMED INACTIVE*

Yemoja’s advanced manufacturing platform maximizes the potential of microalgae, offering contaminant-free downstream process in a clean, sustainable, fully traceable operation that uses minimal water, land and energy, and low carbon footprint.

Yemoja is a biotechnological company harnessing the power of microalgae to develop and produce natural bioactive compounds for the food, healthcare and cosmetics industries. Yemoja’s proprietary cultivation system can grow any microalgae in a controlled environment, and produce high-quality, standardized, and consistent compounds at low cost.

Sphere is a deep-tech company revolutionizing thermal management for high-density AI infrastructure and heavy industry. Led by a multidisciplinary team of thermodynamic scientists and defense industry veterans, Sphere has developed a proprietary hybrid cooling system based on Micro-Layer Evaporation technology.

The company addresses the critical “heat and energy crisis” facing modern data centers, where traditional chillers struggle to cool powerful AI processors (like NVIDIA H100) efficiently. Sphere’s solution bridges this gap, delivering a near-perfect PUE of 1.02 while reducing energy consumption by ~90% and water usage by ~50% compared to legacy solutions.

Uniquely, Sphere utilizes chemical-free, Reverse Osmosis (RO) treated water with UV sterilization. This approach eliminates scaling, corrosion, and biological risks, offering the industry’s first “Zero-Maintenance” wet cooling solution.

Validated by successful pilots in extreme industrial environments (such as ICL Dead Sea Works), Sphere offers a scalable, capital-efficient infrastructure solution designed specifically for the high-thermal demands of the AI era

Twine Solutions has developed a revolutionary proprietary digital dyeing technology and systems. Twine’s systems continuously dyes, white, off-the-shelf threads, on demand to the requested length and color. Twine’s technology, called DST (Digital Selective Treatment), enables thread and yarn dyeing to be done on demand in a waterless, eco-friendly process, offering an alternative to conventional dyeing, eliminating the need for colored stock, reducing logistics, dead stock, and other waste costs. The unique method improves production efficiencies, margins, overall profitability with low total cost of ownership.

Capsulab offers a sustainable alternative to the old-fashioned, polluting manufacturing process we know today.
Their “Factory in a Capsule” solution changes where manufacturing happens from the factory to on-demand at home.
With a recyclable capsule and a small device, consumers create their cosmetics products, food, and supplements in a scalable way- generating significantly less waste.
This also enables the shortening of the supply chain as there is no need of retail points.

Kiinns is a startup at the intersection of Foodtech and Industry 4.0.
With cleaning processes in the food industry being the source for major food safety risks and a huge environmental impact, we invented a technology, that for the first time ever, completely eliminates cleaning processes in food production lines. Kiinns’ technology prevents foodborne illnesses, saves lives and makes our environment cleaner and safer while dramatically cutting costs for food producers.

Enabling facilities to reach sustainability goals

Environmental management system for facilities

Feelit is an Industry 4.0 company operating in the field of Predictive Maintenance. Feelit’s non-intrusive sensing technology and proprietary analytics deliver continuous and highly sensitive monitoring of industrial process systems, providing real time information on failing components and non-optimized performance. Feelit automatically alerts of upcoming failures, preventing unscheduled downtime and ensuring optimum system availability and efficient use of resources, integral to sustainable smart manufacturing.

Youtiligent AIoT technology transforms any equipment and any data type into valuable business insights.

-Youtiligent tracks 24/7 energy consumption and carbon emission per machine.
-Youtiligent detects machine anomalies alerting about inefficient electric consumption.
-Youtiligent predicts failure before they occur, extending machine lifetime.
-Youtiligent reduces unnecessary rides to customer venues for supplies replenishment, periodic testing, and tech visits.

ansā’s patent-pending roasting technology uses an innovative method based on dielectric heating to activate the beans by applying energy to roast to perfection from the core to the shell. The roasting process is governed by AI that replaces the human operator with a fully autonomous system that produces a homogenous and consistent roast. Every time.

PRESUMED INACTIVE

Using state-of-the-art genetic technologies, BugEra develops enhanced performance customized novel Black Soldier Fly (BSF) strains to maximize the business and sustainable potential of the BSF industry. BugEra enables the creation of novel value chains, applications, and markets based on innovative circular economy principles.

In less than two years, BugEra has developed the Molecular BSF Platform (M-BSF Platform), a state-of-the-art system for rapid and efficient genetic editing and genetic modifications of BSF strains. This platform enables BugEra to develop customized BSF strains with enhanced traits, meeting current and future industry needs to expand the BSF industry by creating novel value chains.

Founded in 2019, N3Cure’s aim is to create a positive impact on the environment by transforming the plastic industry through innovation. Since the company was founded, N3Cure’s team has been focused on their goal to make better, stronger, recyclable plastic and reduce raw material consumption.

Working with leading plastic manufacturers, N3Cure has successfully undertaken projects proving its efficacy.

Helios is an Israeli innovator in green iron production, tackling one of the world’s most carbon-intensive industries. Our breakthrough technology, the Helios Cycle, replaces carbon and hydrogen with sodium as the reducing agent in ironmaking. This two-step closed-loop process operates at only 250–350 °C, consuming less energy while producing 99%+ pure iron with oxygen as the sole byproduct.

Unlike conventional steelmaking, which depends on scarce high-grade ores and emits vast amounts of CO₂, the Helios Cycle can process abundant low-grade ores and even mining tailings. This reduces both raw material costs and industrial waste, while eliminating direct carbon emissions when powered by renewable electricity.

Our modular, mobile furnaces enable localized production near mining sites, cutting transportation costs and emissions. With lower operating expenses, faster deployment, and strong unit economics, Helios offers steelmakers a practical path toward profitability and decarbonization.

Beyond iron, our technology extends to other critical materials such as nickel, copper, cobalt, and lithium—supporting cleaner, more sustainable resource extraction across industries