Our vision is to help industry and nature to coexist. 🦅 With the current pressure on nature, biodiversity management is bound to see a new wave of regulations and increased pressure on industry to monitor, measure and reduce its impact. We help industry tackle this challenge with our proprietary biodiversity monitoring technology.

Hold is an innovative mobile app that helps students focus in school by rewarding those who spend time away from their smartphones. The idea is simple: Start Hold, collect points for not using your phone and trade them for rewards. We are a small team - all hands on deck. We kind of love it. Everyone has a role, but we help out wherever we can. After all, we have the same mission:  We want to make it fun and rewarding to put away your phone

Headquartered in Norway and founded in 2022, Vind AI is reinventing the future of wind energy development, offering a digital platform designed to accelerate wind projects, onshore and offshore. By integrating data, advanced algorithms, and analysis and collaboration tools in one place, Vind AI enables developers to make faster, smarter decisions when planning and designing wind projects. Trusted by top renewable energy companies globally, Vind AI is an industry-driven platform

Noora is a Norwegian climate tech company scaling Nature Based Solutions (NBS) in the Nordics, using technology to quantify the forest’s potential for carbon sequestration and biodiversity improvement, and measure the actual impact for climate and nature. We deliver credible, transparent climate action to organizations ready to take responsibility and create real impact. Our ambition is to scale the impact of Nordic forestry in global climate mitigation. We are now strengthening our commercial team with a committed and experienced Commercial Director to help build and drive Noora’s commercial strategy and hands on work together with the rest of the Noora team.

At Yobr, we see collaboration between students and companies as a way to bring fresh perspectives and the latest skills to real-world challenges. Companies gain flexible, efficient ways to complete meaningful projects that create real value while discovering new talent. For students, it’s an opportunity to apply their skills, learn, and grow in a professional setting. The problem is that most companies struggle to tap into this potential—they don’t have the time, resources, or know-how to make it work. Yobr is changing that. We’re building a platform that leverages AI to simplify project planning, efficiently match yobs with the right students from our talent base, and support execution with intuitive collaboration tools and tailored AI agents. Since starting in January we have done pilots with known brands like SalMar, SpareBank 1 and Norbit, gaining key insight on how students projects should be run. We've developed our technical solution since August, and are looking to launch a beta of our platform in January 2025. We just closed a Angel round and received Innovation Norway's phase 2 grant, targeting break-even and a seed round in Q2 2025. We are a solid team of builders and creators, 3 being full-time and 3 part-time, based in Oslo and Trondheim. Now we are looking to take this to the next level!

Oivi is preventing blindness among diabetes patients by deploying an AI camera for the automated diagnosis of retinal diseases. We are an ambitious and young medtech company developing a technology to overcome a huge challenge that impacts the lives of millions of people with diabetes. Our vision is to bring to market a low-cost artificial intelligence-enabled retinal camera and automated diagnostics platform for the early screening of Diabetic Retinopathy. We are an experienced team based in Norway and India, trying to achieve what nobody has done so far and we are trying to get there with high speed. Want to join us?

We have now published the first version of the website Devent for Agility. The idea is to have a website where you can find agility-related information in the form of a meeting overview (list or calendar), results, annual overviews, and statistics for dog/organizer/judge (graphs are best viewed on a PC or landline phone). You manage which dogs you want to see statistics for easily on "my page". The system also has modules for setting up and running your own events and supports e.g. 5 size classes if desired. If you want to use the system for your event, you can read more and register here. We are still in an early phase and the system is under constant development. We are grateful for all constructive feedback, whether you experience errors or see things that should be solved in a different way. You will find a link for feedback here.

Dutycast - Google for Trade Compliance and Intelligence Trade is the engine for growth and central to ending poverty (SDG17.11). It is one the top 5 concern for businesses to navigate the complex and constantly changing in regulations, customs, taxes and tariff. Dutycast provides one-stop-shop digital, self-service tools for trade compliance and advisory using AI/ML. We target e-commerce industry $604bn, helping e-commerce companies to increase international sale with price transparency for consumers. Our mission is enable growth for all, supporting UN' sustainable development goal 17.11.

Our product is very simple: If you sign up, we’ll make sure you get money back if the price drops after your purchase. Through this, we’re aiming to create the shopping companion you never knew you needed. Our vision is to create shopping with peace of mind - imagine a purchase where you never have to worry about overpaying, missing a sale, or getting caught out by the fine print. That’s the future we’re creating. Our office is located in Copenhagen FinTech Lab, one of Europe's leading FinTech Hubs, and we have secured over 1M Euro in funding from Vækstfonden venture, Spring capital, Strawberry capital, and Tinius Trust.

Using carbon footprint data, we are building products to help companies track and mitigate their carbon footprint. Our current product is a web application which enables companies in the food industry to calculate and label the carbon footprint of their food, set reduction goals and follow their progress through monthly climate reports.

Vår beiteteknologi skal bidra til at mer av verdens arealressurser kan utnyttes til bærekraftig matproduksjon.En stor andel beitedyr lever mesteparten av livet innendørs og spiser mye kraftfor. Målsettingen til Nofence er å få beitedyra ut på beite, på en trygg og god måte, slik at de kan ha det godt og selv finne den maten de er skapt for å spise.Vi vil at beitedyr skal få muligheten til å ta i bruk sitt naturlige miljø. Det er god dyrevelferd og det vil frigjøre store arealer som kan brukes til å dyrke menneskemat i stedet for soya i kraftforproduksjon.Vår teknologi gir dyra denne muligheten.

Working Group Two enables product development and differentiation for telecom operators. It does this with public APIs and an app ecosystem on its cloud-native core network. It also collaborates with companies such as AWS, Atos and CCA to offer operators a simplified, end-to-end mobile network solution. If you love product development, green field projects, cloud computing, edge and Open RAN technologies, Working Group Two is for you!

The Product Eyecheck System is a modular SaaS platform that effectively enables sharing of clinical imaging, referrals, and other clinical correspondence instantly and securely between healthcare professionals, such as optometrists, eye doctors, and hospitals. By digitizing the patient journey we enable quicker treatments and fewer patient queues as we can process more patients with uncomplicated diagnoses more effectively. The Problem The prevalence of the most common retinal diseases, age-related macular degeneration (AMD) and diabetic retinopathy (DR), is rising in industrialized countries. In addition to demographic changes, this trend is also partly driven by growing numbers of patients with diabetes. This is increasing the workload in hospital ophthalmic units, and public ophthalmologists leading to waiting times of up to 12 months in Norway. This in turn increases the risk for serious eye damage in the general population at risk. The Solution Eyecheck System is a modular SaaS platform that shares clinical imaging, referrals, and other clinical correspondence securely and instantly between healthcare professionals. This in turn enables decentralized controls and diagnosis of patients even in rural areas with sub-optimal eye specialist coverage. Decentralized controls and screenings are made possible due to the vast amount of geographically spread retina imaging devices in over 600 optometrist locations throughout Norway alone. In addition to that, there is a wide-ranging discrepancy of competence levels across the profession of optometrists, where such a service would benefit both the patients and the optometrists. The reason why We are passionate about Eyecare and want to avoid blindness and other serious eye complications in Europe by digitizing the patient journey and creating a modern, more sustainable way to help patients get better. Our founder is an ophthalmologist (eye doctor) in Akershus and embarked on this journey due to his own experience when meeting patients that waited unnecessarily long on their appointment and ultimately an uncomplicated diagnosis.

We are streamlining the process of tax free shopping for travellers, maximizing value and efficiency for both travellers and retailers alike. With our fully digitized end-to-end solution, retailers can facilitate, and travellers can claim VAT refunds at the touch of a button on their mobile device. Our team consists of Silicon Valley entrepreneurs, experienced leaders and talented people. Come join us!

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.