Flow Intimates creates period underwear, period swimwear, and Flow Care – intimate care developed for women. We are a Danish femtech brand creating beautiful, reusable products free from PFAS and biocides, made in the EU. We are committed to increasing knowledge and awareness of women’s health – from menarche to menopause.

Geniebelt builds software that helps construction companies deliver repeatable projects faster and more predictably. Construction still runs on spreadsheets, emails, and manual coordination. This becomes especially painful for companies building the same type of project again and again — like residential developers running dozens or hundreds of projects at once. Geniebelt turns repeatable construction into repeatable systems. Our platform standardises project workflows, coordinates teams and subcontractors, and provides visibility across many projects so companies can plan better and reduce delays. Founded in 2012, Geniebelt has supported construction teams for more than a decade. In 2026 the company was spun out as an independent business again — bringing a fresh startup mindset to the next generation of the platform.

Birdwire is a mobile platform that brings physical cities to life as an interactive 3D map powered by real-time, community-driven data. Launching first in Copenhagen, users fly through a playable rendering of the city to discover what’s happening around them in real time—from live event feeds and transit updates to local business offers and group deals that neighbors team up to unlock.

Sanna eliminates accounting headaches for entrepreneurs. Our authorized accountants handle all bookkeeping, tax filings, and annual reports for holding companies, at the cost of DIY software. We're on a mission to let founders focus on building, not bookkeeping. Backed by Norway's top company builders.

DatHost is a bootstrapped, profitable game server host (~€3M ARR, doubling YoY) powering CS2, Minecraft, Valheim and more. Having built our entire system and infrastructure from scratch, we focus on providing simple and cost-effective gameserver hosting solutions to both consumers and businesses. We’re a tiny, high-ownership team that loves staying lean, focused, and fast.

Fokus is an all-in-one club management platform that helps clubs of all sizes integrate data-driven strategies into their player logistics operations. Since 2022, Fokus is the main internal scouting software for Norwegian Champion Bodø/Glimt. Today, it is the go-to solution for top Nordic clubs, including Rosenborg, Brann, Viking, and Djurgården.

We're building the taste layer for the physical world: the app that knows what you actually love and turns it into places to go. Today: See it. Save it. Do it. - Spot a place on social, save it in one tap, and our AI finds the exact spot, pins it to your map, and helps you plan and book it. Where we're going - The app you open to go out in your own city with your friends, that inspires and pushes you into the world, and that truly feels social. Our product philosophy - AI is the engine, not the show: We use it heavily, but users don't need to know or care. It's hidden and helpful, never flashy for its own sake. - We kill choice overload: People are drowning in options. We get them to the right one while feeling confident they're not missing something better. - Complex inside, dead simple outside: Features can be intricate behind the scenes, but should always feel effortless to use. - Convention over configuration: The common case is the happy path, with an escape hatch for when you need more control. - Validate, but trust the vision: We test product decisions with real signals, and we hold our nerve on the long-term direction we believe in.

iDROP a/s is a company providing a disruptive method and proprietary equipment for efficient and accurate installation of sensors on or on the seafloor. The system comprises a self-navigating drone - Oceanid™, that purely based on gravity, and ballast shift, will self-propel itself autonomously from a drop location on the surface to a pre-plot location on the seabed. Complementary to the drop-node an automatic handling system is provided for unmanned deployment in an over-the-side basket, and subsequent recovery of nodes from the surface and safely onboard for storage. The complete system is containerized based on ISO shipment standards, and hence flexible and scalable in terms of storage, transport, and operation. The Oceanid development project is soft-funded by EU, Eureka, and the Norwegian Research Council, with complementary industry support from several European Energy Majors.

Commended is a platform that utilizes machine learning to create a smoother running market for independent consultants. A market that employs millions of professionals but that is held back by poor transparency around who is good at what, wants to do what, is available when and at what price? Our platform has been used to identify qualified consultants for more than 30 companies. It helps consultants to prove their value far beyond a CV. Consultants not only grade their skills but can obtain skill gradings from clients and colleagues. Data that, when combined with Commended’s search algorithms, provides consulting companies, agencies, and other companies, unbiased recommendations on who could be right for the job. By placing this information (including current data on availability and pricing) at the fingertips of those looking for talent we minimize time wasted on scrolling and unfruitful outreaches, freeing up time to do more value adding stuff. Our intention is to transform this important market into something that is transparent and fair for consultants as well as companies. A platform where talent finds the right work and work finds the right talent.

Kast is an online streaming service that empowers its community to watch together, play together, and be together. The Kast platform allows people to share video gaming, live events, and virtually any on-line or webcam experience. Kast streamers — kasters — can host public or private watch parties with up to 20 live feeds and up to 100 viewers per party. Kast is available on desktop, web, and mobile. Download Kast at https://www.kast.gg Kast has offices in San Diego, California and Helsinki, Finland.

Accelerate the worlds transition to sustainable agriculture by automating animal care. We design and build high-tech smart collars that benefits both farmer, animal and environment: - The farmer saves time and money on building fences and animal feed - The animals spend less time inside and more time grazing on open pastures - The smart collars enable grazing techniques that boost soil health and reduce the need for artificial fertilizer

TIND is a Norwegian scaleup with roots from CERN and NTNU, headquartered in Oslo. The company has developed a Digital Archive software platform, delivered through a SaaS model to universities and research institutions worldwide. Most of TIND's customers are located in the United States and include renowned institutions such as UC Berkeley, Duke University, and the United Nations. Today, TIND has a team of 20 employees and offices in Oslo and the U.S. The company is backed by Equip Capital, experiencing strong growth (around 30% per year) and has ambitious plans to scale further internationally.

Meili FMS is a fleet manager for mobile robots with a vendor-agnostic approach. It enables operators to collate their diverse fleet onto one platform. By using Meili FMS, our users can finally use their mobile robot fleet to its full potential by orchestrating their fleet as a collective, regardless of the robot’s application, brand, or type. Our main mission is to eliminate interoperability pain points that have started to cast a shadow over the robotics industry. With more businesses adopting robots to carry out inventory management, material handling, and other applications, fleets are becoming more diverse. Robot manufacturers can hardly keep up with this growing demand, which means that companies will be deploying robots from various brands — with different operating systems. This is where the problem arises. Currently, robot manufacturers develop their own FMS, which means minimal to no correlation between systems. In other words, the robots cannot communicate amongst each other, causing delays in operations, accidents, and collisions — ultimately increasing operation costs while diminishing safety and efficiency substantially. Frightfully, this problem may cripple the whole supply chain, with business owners starting to question their decisions on expanding operations with robots — as a result, stagnating the entire mobile robot market. There is a need for a universal third-party solution that can bridge the gap and enable seamless operation for the robots to function collectively rather than individually. At the same time, by having an overview of the whole fleet, robot management becomes much more effective. And that’s where we come in, with several important features: automated traffic control, smart task allocation algorithms, operator analytics, and unified mapping. With Meili FMS’s automated traffic control feature, robots in the same environment will operate in a safer and more organised manner — not only between individual robots but also between them and human-operated vehicles. Too often do robots navigate the facilities without a payload as the current solutions do not facilitate task queuing effectively, therefore wasting energy by needless travel or lengthy idle time. Using smart tasking algorithms, Meili FMS can help improve companies’ sustainability records as the robot fleets will no longer operate without a payload and wasting any energy. Furthermore, our pricing plans are very accessible to early-stage or small businesses. This will definitely lower the entry barriers, allowing businesses of any size to start investing in robots and automation, which facilitates the growth of the robotics industry.

Insurance like you haven't seen it before. Simple structure, newest tech, transparent products and a stubborn belief that everyone deserves the shortest path from OH NO! to oh well.  We've experienced firsthand how dull, complex and demanding insurance has become - and we aim to change that. By replacing bureaucracy and roadblocks with technology and accessibility, we are creating insurance as it should be: less bullshit, no paperwork. We've partnered up with Tryg as reinsurer, expert and investor.

QuantrolOx is an Anglo-Finnish deep-tech startup, spun out of the University of Oxford in 2021 and now headquartered in Espoo, Finland. We build AI- and machine-learning-based control software that automatically tunes, stabilizes, and optimizes qubits, the fundamental building blocks of quantum computers. The problem: Unlike classical computers, which run reliably for years with no intervention, today's quantum computers require constant manual tuning by highly trained quantum physicists just to keep qubits calibrated. Qubits are extremely sensitive to noise and drift, and as systems scale from dozens of qubits to the hundreds of thousands or millions needed for useful computation, this manual tuning problem grows exponentially harder. As a result, quantum labs spend most of their time and expert talent maintaining hardware instead of running computations or advancing the science. Why it matters: This tuning bottleneck is one of the biggest practical barriers standing between today's experimental quantum computers and commercially useful machines. There simply aren't, and never will be, enough expert physicists to hand-tune millions of qubits one by one, so without automation the industry cannot scale. Our solution: QuantrolOx's software runs on classical hardware alongside the quantum system, continuously monitoring and adjusting many parameters in real time, on microsecond timescales. It is technology-agnostic and can be applied across different qubit platforms, though we have initially focused on solid-state qubits, where we've already demonstrated clear improvements in tuning speed and machine uptime. By automating this process, we free up scientists' time, increase the useful operating time of quantum computers, and remove a key bottleneck to scaling the entire field