Futurebox is the leading hardware and deep tech startup incubator and accelerator, helping new technology to future industries. We are dedicated to helping deep tech startups bridge the gap from idea, over prototyping, to market entry and established business. Our incubator and acceleration programs are developed to help founders make the leap from early startup to established business, through a targeted and structured program where we supply a dedicated business coach, toolbox workshops, access to mentor program and business support.

Real-Time LCA is a powerful platform that enables companies to understand, reduce, and document the climate impact of their building projects during design and construction. 🏘️ By automating LCA calculations, it reduces the effort required for impact assessments by 50-90%. Users can perform collaborative, efficient, and accurate Life Cycle Assessments (LCA) that comply with international standards, certification schemes, and regulations. The platform streamlines LCA processes from BIM to reporting, allowing all stakeholders to visualize, track, and document carbon emissions to meet regulations, reported through our standard templates, or leverage your sustainability data in other applications through our API. 🙌

FaunaPhotonics delivers biodiversity monitoring for companies with a fully automated, scalable, and digital solution. Leveraging advanced AI and machine learning, our platform delivers comprehensive insights into biodiversity impact, facilitating compliance with reporting standards and regulations effortlessly. Our innovative in-field sensors operate continuously, providing real-time data on your company's impact across operations and value chains. This ensures a steady stream of actionable insights, including baseline assessments, benchmarking data, and progress tracking over time. With FaunaPhotonics, businesses can proactively manage their biodiversity footprint while driving sustainable practices throughout their operations.

We develop, innovate, produce and deliver scalable waste-based building elements and interior products for the professional built environment. The construction industry account for 40% of all waste generated and is the #1 consumer of raw materials globally. The embedded carbon in building materials account for 11% of global carbon emission. At the same time, global floor area is expected to double by 2060. Sustainable building materials will be key to reducing footprint from the construction industry. We need to change the way we build and focus on materials produced from non-virgin materials. We make it possible to accelerate the necessary change towards a reduced use of virgin raw materials in our buildings by developing new earth and climate friendly products and solutions based on waste, biproducts, unused resources, and discarded production. We make it easy for the ones who design and build to choose a waste-based product, for the benefit of the environment, the user and the investor. Our approach is scalable. We are experts in creating valuable upcycledproducts from scalable sources of waste.We see opportunities, when others see waste. Our know-how drives innovation and product development and shape the products of tomorrow with the waste of today. Together with our trusted production partners, we offer our products at scale to the professional customer with warranties, guaranteed delivery, certifications and documentations. Come join the movement!

GoBoat is an experience company, which offers unique social experiences on the water to both locals and tourists, through sustainable boat rental. It was founded in Copenhagen in February 2014 by Anders, Carl and Kasper – three young entrepreneurs. Today the company operates boat rentals all over the world.

We are on a mission to enable product professionals across the globe to create better and more sustainable products. The products that surround us every day, from your phone to the equipment needed to provide critical medicine to patients in need. Our unique Robust Design suite integrating directly with the designers’ 3D data provides actionable analysis results and design recommendations. Powered by Robust Design, we unlock design improvements that can be transformed into our 4 core offerings. Higher quality through smarter design solutions. Faster development through increased productivity. Lower cost through simpler design. Greener products by design Joining the RD8 team means you’ll be jumping to the forefront of the robust design technology field, helping create software that will be used by mechanical product development professionals from multiple industries all over the world. Your work will power real product solutions. Our ambition is to ultimately offer generative design to the global community to make smarter, faster, simpler products that are also more sustainable. The road there requires a deep respect and understanding of our partners’ businesses and the ability to create solutions every step of the way, growing with our partners and inside our team. We are humble, but confident in this endeavour. Our power is not in the size of our ranks, but in our ability to see through design complexity and transform it into tangible design challenges that can be objectively solved. This is how we move from our own minds and into the toolbox of every product professional out there.

Our planet is overheating, biodiversity is reducing rapidly, and natural resources are being depleted. With 40% of global energy-related CO2 emissions and 30% of global landfill waste, construction plays a significant role in our planetary crisis and is by far the most polluting sector. We need to do things differently. Stykka takes you on a journey toward a future where the construction industry is part of the solution rather than the problem. We’ve set out to develop scalable solutions that enable like-minded developers and investors to build more sustainable, efficient and profitable. With Stykka we enable forward-thinking developers to build sustainably and be part of the solution rather than the problem. We use cutting edge technology like 3D scanning, digital fabrication, and distributed manufacturing to create new experiences and amazing, sustainable products for an array of clients.   With Stykka we aim to leave a positive impact on our planet and solve one of the biggest problems of our time, and we want you to be part of this journey.

Rock Flour Company is a dynamic, mission-driven startup founded by Professor Minik Rosing, the world-renowned geologist and pioneer of utilizing Greenlandic Rock Flour (GRF) for carbon-negative agronomic applications. Our core mission is ambitious: to bring GRF to market, enabling sustainable agriculture, facilitating carbon removals at scale, and delivering tangible economic benefits to local communities in both Greenland and specific farming regions globally. Today, we’re a dynamic core team of five with a validated potential by top investors across the globe. In September this year, we raised our second financing round featuring major commitments from Danish & Greenlandic institutional investors like Novo Holdings, EIFO (Danish state venture fund), SISA, and Nalik Ventures.

ESEBA, a deep tech startup from DTU, transforms low-quality textile waste into MDF boards without binders or formaldehyde. We offer a sustainable, non-toxic alternative to traditional wood-based panels. Textile waste is a massive and growing problem in Europe – less than 1% is recycled into new products, and most ends up incinerated. At the same time, formaldehyde regulations are tightening, and deforestation pressures are increasing demand for alternatives to virgin wood. ESEBA’s mission is to enable local, circular board production through a scalable, plug-and-produce production line for furniture manufacturers.

CETO Innovation is developing a predictive maintenance solution for district heating networks, combining an in-pipe probe with data-driven failure predictions. Our technology enables early detection of pipeline issues, reducing downtime, maintenance costs, and energy waste while optimizing infrastructure management. We are addressing the challenges of aging district heating infrastructure, where reactive maintenance leads to inefficiencies and unexpected failures. By integrating real-time data analysis with in-pipe diagnostics, we aim to provide a smarter, more sustainable approach to pipeline management.

At NLIR we make world-leading ultra sensitive and super fast Mid-Infrared optical sensing solutions. Our mission is to put forward innovative solutions and help other industries overcome their challenges and discover the future. We apply to several sectors: Research, Oil and gas, Polymer, Food and Agriculture, Pharmaceutical, Chemical, Medical Diagnostic and Environmental. Main applications are real-time during production In-Line inspection and Quality control of produced materials/items.

GRAD ApS is a Danish startup on a mission: to sustainably refine the global beverage cooling industry. Located on Vesterbro in Copenhagen and based on its patent pending technology and award winning design, GRAD has developed a portfolio of “Perfect Serve” cooling products for the global hospitality industry. The product has gained international traction and the company is currently scaling up fast on several markets globally. GRAD is an international team of 10 with backgrounds varying from engineering and design, to business and supply chain. It is an open, friendly, trusting and hardworking environment where coffee is always flowing, and (perfectly cooled) drinks can be enjoyed on a Friday at the home-built office bar.

Climaider is a rapidly growing startup, enabling Small and Medium sized Enterprises to measure and report their ESG and to take real climate action. ESG reporting is becoming a necessity if you want to stay competitive, retain your employees, get funding or financing and win customers and jobs. But SMEs have been left behind in a reporting environment that has been shaped first and foremost to accomodate very Large enterprises - leaving SMEs with an extremely complicated and tedious reporting job that often falls on employees or owners with a 1000 other responsibilities too. We help and guide SMEs, automate +95% of the work and instill in them the confidence that they can do this and that they have done it the right way. Our goal is to remove the headache of reporting, leaving room to focus on what is actually important: Reducing the carbon footprint of your company. We're set on becoming THE solution for SMEs all over Europe, making reporting easy, comparable and actionable. Join us!

Airlabs is an organisation with foundations in atmospheric chemistry and airflow engineering that has been established out of a desire to tackle the huge social problem of air quality in cities across the world. Our work is the result of active collaboration between our team and some of the world’s leading applied environmental research and engineering institutes. Our team brings together experts from widely varying disciplines: from atmospheric chemistry to pollution monitoring, from fluid dynamics to environmental health and from economics to engineering and design.

KhaosGuard is making greenhouse gas emissions visible. KhaosGuard is developing a new generation of laser and optical technology that can measure, map and quantify greenhouse gas emissions across large areas in real time. By combining advanced mid-infrared laser spectroscopy, optical sensor networks and wind-field data, we can turn complex emission plumes into accurate, quantitative measurements of where emissions come from and how much is being released. Our technology brings together advanced spectroscopy and atmospheric modelling in a robust field system — creating a level of spatial and real-time emissions intelligence that has not previously been available. Starting with wastewater treatment Our first focus is wastewater treatment plants, where we are helping operators detect, localise and quantify nitrous oxide (N₂O) emissions — commonly known as laughing gas and a highly potent greenhouse gas. By making these emissions visible, we give wastewater operators the intelligence they need to understand what is happening across their plants, identify emission hotspots and optimise their processes for greater efficiency and lower emissions. Ultimately, our goal is simple: you cannot optimise what you cannot measure.