The Indigenous Artificial Intelligence (A.I.) Working Group is a program focused on the intersection of artificial intelligence and Indigenous knowledge systems. The project’s interdisciplinary team of experts includes 37 co-investigators and collaborators who come from eight universities and 12 Indigenous community-based organizations in Canada, the United States and New Zealand. Most of the team members are Indigenous. They are motivated to expand the definition of intelligence by collaborating with Indigenous communities to integrate their knowledge systems with the AI research and development ecosystem to develop more integrated and practical approaches to building the next generation of A.I. systems.
- artificial intelligence
- indigenous peoples
- traditional ecological knowledge
SunHydrogen is a clean energy company in the development stages of creating a new technology to produce clean hydrogen fuel using sunlight and water. SunHydrogen utilizes nanoparticles to mimic the process of photosynthesis, splitting water molecules into hydrogen and oxygen. The process itself is powered by sunlight, making it a truly renewable energy source. Through this process, the company aims to create a highly efficient and cost-effective method for hydrogen production, which could significantly impact the emerging hydrogen economy, supplying clean fuel for vehicles, data centers, and countless other applications.
- biotech
- computational biology & chemistry
- energy storage optimization
Ecovative is a biomaterials company that develops sustainable alternatives to traditional plastics and other environmentally harmful materials using mycelium, the root structure of mushrooms. Ecovative’s AirMycelium platform grows more than 400 tons of furniture, goods, and packaging annually with clients in CPG, housing, packaging, fashion, food, beauty, sports, and more. The platform uses AI to optimize mushroom mycelium for scale, density, elasticity, and other industrial parameters. Ecovative's products are fully biodegradable and compostable, offering a more sustainable alternative to petroleum-based plastics.
- biofabrication
- biomaterials
- biotech
- digital platform
- manufacturing
- mycelium
- mycotecture
UrbanFootprint is a web-based software platform specifically designed for urban planning and climate resilience. It provides access to comprehensive data on land use, environmental factors, pollution, mobility patterns, buildings, economic patterns, and demographics across the United States. UrbanFootprint allows planners to analyze trends and create simulations of future development projects, analyzing potential impacts on areas like housing costs, energy use, and transportation. This helps urban planners, designers, and decision-makers make informed choices about city development, growth, sustainability and community.
- artificial intelligence
- data
- digital assets
- digital platforms
- satellite image analytics
- software as a service
- urban planning
Waterbear is a digital streaming platform that hosts short films, stories, documentaries and original content to empower communities to make positive change in the world. Topics cover a breadth of topics in the environmental and humanitarian space. Waterbear is also home to a network of more than 100 NGO partners as well as brands. Members can join their communities directly through the platform, by taking action for the causes they care about most. Waterbear is free to access, and uses data to measure impacts based on member viewing.
- digital platforms
- marketplaces
- media
- streaming
Flying Whales launched in 2012 in France to develop and industrialize a 60 tons Large Capacity Airship to provide remote cargo transport. The development of this initiative began to enable the French Forestry Agency to increase large volumes of timber extraction from land-locked areas. This solution offers low operating costs, low to no environmental impact, and targets the large market of special transportation, logistics & freight market in countries with transport infrastructure deficit. This project is supported by the French Government and the Quebec Government.
HowGood has 17 years of research on global food supply chains. The team consolidates and analyzes findings from over 600 accredited data sources and certifications. These include a range of resources such as international frameworks, NGO guidance and standards reports, peer reviewed life cycle assessment studies, journal articles, academic conference proceedings and texts, aggregated commercial databases, targeted industry studies, NGO research, government publications, and news reports from reputable outlets.
- artificial intelligence
- big data
- farming
- food system
- regenerative agriculture
- standardization
Newlight Technologies is a biotechnology company that captures greenhouse gases and transforms them into valuable products, specifically in foodware. Their technology uses microbes to convert methane and air into a bioplastic called AirCarbon. This plastic boasts similar performance to traditional plastics but has a net positive environmental impact. Newlight uses AirCarbon to create various consumer products, helping businesses reduce their carbon footprint with a sustainable alternative to traditional petrochemical-based materials.
- bioplastics
- bioremediation
- biotech
- circular economy
- computational biology & chemistry
- conservation agriculture
- nature tech
- plastics
Hunome is a digital platform designed to help people understand complex issues by bring together diverse perspectives for multidisciplinary sensemaking. Its platform is designed to bridge fragmented information and siloed perspectives into clarity, and supports environments for people to spend the time in dialogue developing perspective, openness, accountability, and collective sensing around complex topics. It uses data to transparently show interactions, "thinking paths," and how decisions are informed. Hunome recognises 16 different "knowtypes." These encompass knowledge derived from experience, research, observation, intuition, aesthetics, and creative exploration. Exposure to diverse ideas can spark creativity and lead to new solutions for global challenges.
- city planning
- collective
- decision-making
- digital platforms
- market research
- sense-making
Plastic Bank is a for-profit social enterprise whose model is designed to reduce plastic pollution and alleviate poverty in developing countries. It does this by establishing plastic collection centers where communities exchange plastic waste as currency for income and life-improving benefits such as income, zero-interest loans, education, or other social benefits. Exchanges are recorded through their proprietary blockchain-secured platform, enabling traceable collection, secured income, and verified reporting. The collected material is processed into Social Plastic® feedstock for reuse in products and packaging. The company re-invests the majority of its profits into collection benefits, development and maintenance of recycling infrastructure, and technology development for material traceability for a greater social, environmental, and economic impact.
- blockchain
- community
- credits
- digital platforms
- digital wallets
- fintech
- plastics
- pollution
Sway is a cleantech startup scaling seaweed-based, rapidly compostable replacements for plastic, beginning with flexible packaging. Sway's patented products match the vital performance attributes of conventional plastics and are designed to plug into existing infrastructure, enabling scale and competitive pricing. Unlike plastic, Sway's materials are made from an abundant, regenerative resource and decompose into healthy soil after use.
- agricultural tech
- bioplastics
- bioremediation
- nature tech
- plastics
Ascend Elements is company focused on large-scale EV battery recycling, providing solutions that help recover valuable materials from used batteries and e-waste, which are repurposed into new battery components through their proprietary Hydro-to-Cathode® technology. This closed-loop system results in up to 90% lower GHG emissions compared to than traditional methods, by reducing batteries going to the landfill, reducing reliance on virgin materials, enabling a cleaner manufacturing process, and lowering the environmental impact of battery production-- essential for driving the broader energy transition.
- batteries
- circularity
- electric vehicles
