Farmable is the world’s most farmer-centric technology company!Farmable makes precision farming simple and accessible. Through our technology, we provide farmers with reliable support for daily decision-making. Enabling farming operations to grow more fruit and vegetables, while using less resources and improving the overall environmental footprint of food production.

Continuous blood flow monitoring for early detection and diagnosisCimon Medical is based on groundbreaking, patented technology originating from the internationally renowned ultrasound environment at NTNU and St. Olavs Hospital. Our vision is to develop products for a wide range of clinical applications related to continuous monitoring of blood flow within: newborn intensive care, peripheral arterial decease and sepsis diagnosis.

We were founded in February 2018 with the idea that giving plastic a value, we could get it removed from nature. A bit like the bottle deposit system, but for all kinds of plastic! We have gained amazing traction since we started, from being featured in Forbes and The Independent and invited to a panel at the first OECD forum on Blockchain to winning awards and being the only Nordic initiative among the 25 development projects/ SDG solutions selected to be showcased at Expo 2021 Dubai’s Global Best Practice Programme. We have done cleanups and pilots in more than 15 countries, proving that this really does work! Now we are building a global plastic waste ecosystem to incentivize cleanup and track where the plastic ends - most of it ideally back to reuse! The next step is to bring our vision to more places and create a truly innovative system than can help solve some of the big problems with plastic waste (of which there are more than you might imagine).

Digital Workforce is a trusted advisor and a globally leading independent provider of services in intelligent automation on an industrial scale. We automate and maintain your business processes freeing up the time of your employees for more purposeful work. Today, over 150 large global customers use Digital Workforce’s services to transform their businesses with intelligent automation. Among our clients there are the largest financial institutions, such as banks and insurance companies, as well as production and logistics companies, SSCs, government institutions and hospitals. Founded in 2015, Digital Workforce employs currently over 240 IA specialists in the US, the UK, Poland, Germany, Finland, Sweden, Norway, and Denmark.

The preferred INTERNATIONAL STARTUP INCUBATOR in Bærum area. We are a  community organization in Høvik. Bærum International Hub has coworking spaces, a place to house your business and professional growth. Sister entity from Oslo International Hub.Besides having super meeting room prices to our members, Bærum International Hub we also havediscounts on various services related to administration of a businesss.

The CrayoNano team is widely recognized as one of the world’s leading teams within next generation nanoscale semiconductor materials and devices for optoelectronics applications. CrayoNano is a nanotechnology company specializing in developing optoelectronic devices based on semiconductor nanowires on graphene. CrayoNano AS was founded in June 2012. The Company originates from several years of research at the Department of Electronics and Telecommunications at the Norwegian University of Science and Technology (NTNU) in Trondheim.

Atelier is a digital platform that lets you discover and buy art directly from professional and emerging artists. Our goal is to make art more accessible and contribute to a richer art market and better economic conditions for the artists.Since launch in April 2018 nearly 300 of the most exciting and promising artists from Oslo and Bergen have created profiles and uploaded over 1000 artworks.View their art by downloading the iOS app:appsto.re/no/vuVTib or visit atelier.as

Areo gives facility managers and buildings owners new ways to get their work done. Building data and history are tracked and made accessible in a shared online repository. The system supports open standards in the building and IT industries. The system connects building information models, documents, processes and collaborative content.

Vidd Medical is an on-premise AI platform that automates clinical documentation to give healthcare professionals back time and focus. Our solution transcribes consultations in real time, structures notes (journalføring, epikriser og ukeoppsummeringer) and integrates directly with existing EHR workflows — all processed locally inside the customer’s IT perimeter so no sensitive patient data is shared with cloud or third parties. We solve two urgent problems: the heavy administrative burden that steals clinicians’ time and the privacy/regulatory risks of sending health data off-site. By delivering ambient transcription, smart dictation and text-to-text features inside the hospital or clinic firewall, Vidd reduces after-hours documentation, lowers double-entry and helps institutions meet GDPR and medical device (MDR/CE) requirements. Built in collaboration with healthcare professionals, Vidd is designed to slot seamlessly into established routines and EHR systems, offering a scalable, local alternative to cloud-based AI that preserves control over patient data while improving documentation quality and clinical workflow.

ABchar is developing a new type of pyrolysis reactor, affordable heating and the possibility of small-scale biochar production, adapted to agriculture.. This will help achieve the goal of a 40% reduction in emissions from the agricultural sector. What is pyrolysis? Simply put, this is the heating of an organic material without access to oxygen. This leads to a series of reactions that ultimately result in 3 main products; biochar, oil and gas. We want to utilize the biochar in this process. The oil and gas will be burned and the heat from this will be used to dry grain, heat barns, greenhouses, residential buildings and other things that need heat on a farm. Why pyrolysis and biochar? Plants absorb CO2 from the air around us through photosynthesis. They are actually extremely good at this too. The residual product is mainly oxygen and the plant material. The great thing about pyrolysis is that we are able to separate water, oxygen and hydrogen from the plant material and we are left with more or less pure carbon 80% +. This is carbon from the air! If we take this coal and spread it on our agricultural land, it will be stored there for up to 1000 years and perhaps longer. In some cases, the soil will become more fertile and less vulnerable to periods of too much or too little water.

Bio-Me Is Setting The Standard For Routine Microbiome Analysis Gut microbiome research has become essential to almost every medical research field. Next-generation sequencing (NGS) technologies have been crucial in enabling a breakthrough in our understanding of the significant role gut microbes play in health and disease. However, the field is now moving past the exploratory research phase and there is a need to translate microbiome research findings into actionable clinical solutions. Application of NGS for this purpose faces several challenges related to precision, turnaround time, cost per sample, and the need for complex bioinformatic pipelines. Our mission is to provide researchers and industry with a qPCR-based analysis service that delivers actionable microbiome results.

At GoGood, we work towards developing a reuse economy for office furniture that will be preferred to the consumer economy. Our solution consists of a digital reuse-platform that aims to become a driving force in the reuse economy for used office furniture. We have taken a concrete approach, starting with office interiors as our initial focus. In Norway alone, the office furniture market is worth over 4 billion annually, yet we discard 140,000 tons of furniture valued at 400-500 million Norwegian kroner each year. This cannot continue. That's why we have developed a reuse-platform for furniture, including a marketplace for the professional furniture market, making it incredibly easy for businesses, interior architects, and other stakeholders to sell their furniture while also simplifying the process of purchasing used furniture for interior projects, as well as making old furniture look new again. Over the past two years, we have made significant progress in developing modern reuse solutions, products, and services. With public support totaling over 15 million Norwegian kroner from the Research Council of Norway, Innovation Norway, and the Oslo municipality, as well as partnerships with industry players such as Flokk, Aarsland, Ope, Norsk Gjenvinning, Glomma Industrier, Hannah Nordh, Oslo Waste and Recycling Agency, NORSUS - Norwegian Institute for Sustainability Research, Norsk Regnesentral, and OBOS, we are now ready with our reuse-platform making the circular economy for office furniture on a large scale possible-

The Arctic Innovation Ecosystem is the operational entity of the HNDG development portfolio, dedicated to driving growth in the Arctic region through real-estate development, services, and programs. With a focus on increasing talent density and fostering innovation, the Arctic Innovation Ecosystem has three main operations: 1. Developing the leading Arctic Innovation & Student campus, including universities, coworking, and innovation spaces 2. Creating innovation programs within the ArcTech industries (Built Environment, Energy, Food Tech, Health Tech, Maritime & Logistics, and Tourism & Hospitality) 3. Facilitating the leading Arctic Innovation network

We enable the green shift to happen in new markets! TioTech is a Norwegian producer of titania (TiO2) nanomaterials and a developer of titania-based technology. We know how to optimise the production process and properties of titania nanoparticles. After successfully developing and commercialising a series of photocatalytic surface treatment products (www.joma-int.com), we are directing our R&D efforts towards a new area; the use of titania as anode-material in Lithium-ion batteries (LIB). A battery with our material on the anode will charge faster, last longer, be safer and tolerate temperature variation better than conventional batteries which have graphite on the anode, and outcompete LTO-batteries on capacity. The development work takes place in our in-house laboratory in Bergen, where our dedicated team (Hjørdis, Marthe, Rob, Anders) play around with titania, giving life to innovative solutions.

Vju designs and builds leave-no-trace compact cabins. Our clients are both the private market and leisure companies that wish to offer high-end sustainable accommodation.Our mission is to protect the nature we go to cabins to experience. We will do this by facilitating a more gentle use of nature. The Vju cabins are therefore sustainable, flexible and future-oriented alternatives to holiday homes.