Firda

Hystar, established in 2020, specializes in developing polymer electrolyte membrane electrolyzers for large-scale green hydrogen production. Its unique cell design and process architecture aim to minimize electricity consumption while maximizing hydrogen output, enabling professionals to address critical energy challenges and potentially lower greenhouse gas emissions.

Zerolytics is a data-driven platform established in 2022 and headquartered in Oslo, Norway, focused on measuring and monitoring corporate progress towards Net Zero targets. The company specializes in developing a management platform that aggregates data from multiple sources to provide real-time insights, analysis, and forecasts concerning emissions. By identifying areas for improvement and projecting future emissions, Zerolytics enables investors and stakeholders to manage climate transition risks effectively and make informed capital allocation decisions.

Shapemaker is a B2B SaaS company based in Oslo, Norway, specializing in telecommunication infrastructure software solutions for civil engineering design and analysis. Founded in 2021, the company provides a platform that allows users to conduct civil engineering analyses rapidly, significantly reducing both carbon footprint and raw material consumption. By leveraging advanced technologies such as artificial intelligence, cloud computing, parametric modeling, geotechnologies, and remote sensing, Shapemaker enhances the precision and accuracy of infrastructure management. The company focuses on delivering comprehensive insights into infrastructure portfolios, thereby facilitating improved decision-making for businesses in the civil engineering sector.

AiBA is an AI-powered moderation company founded in 2022 and based in Gjøvik, Norway. It specializes in developing tools that enhance online security by detecting fake profiles, online grooming, and toxic behavior across social media and gaming platforms. By evaluating vast amounts of content, AiBA's technology effectively identifies and flags conversations that require further investigation by human moderators. This proactive approach aims to create safer online environments, protecting users from fraud, scams, and harmful interactions.

Sonair is a tech startup focused on developing advanced 3D ultrasound sensors for enhanced environmental perception in autonomous robots. Their proprietary MEMS-based sensors, combined with cutting-edge signal processing techniques from medical ultrasound imaging, enable robots to better navigate and interact safely with their surroundings. Sonair's technology, known as Acoustic Detection and Ranging (ADAR), has the potential to replace conventional parking sensors on vehicles while significantly expanding the field of view, thereby facilitating human-robot coexistence.

Celsia is a company that operates a platform designed for taxonomy reporting and aggregation, specifically aimed at assessing sustainability scores in line with the EU Taxonomy. Its software provides tools that cater to non-ESG experts, allowing them to measure their sustainability levels effectively. By facilitating automatic calculations of sustainability scores based on established EU standards, Celsia enables organizations to better understand and improve their environmental performance. This innovative approach simplifies the complex process of compliance with sustainability regulations, making it accessible for a wider range of users.

NoMy is an impact-driven fermentation science firm focused on developing scalable and regenerative solutions for alternative proteins through the innovative use of mycelium, the thread-like biomass of fungi. The company aims to transform food production and consumption by harnessing the bio-intelligence of filamentous fungi. By utilizing advanced fermentation technology, NoMy creates nutritious and flavorful foods that require no agricultural land or chemicals, promoting sustainability and environmental responsibility. Its approach not only provides high-value products but also contributes to a sustainable future for both people and the planet.

Spoor is a company focused on addressing the challenges of biodiversity monitoring in the context of environmental sustainability. Recognizing the critical need for effective solutions to monitor biodiversity, particularly in relation to wind energy infrastructure, Spoor has developed an AI-powered platform designed to detect, track, and classify birds in wind farms. Utilizing existing infrastructure and off-the-shelf hardware, the company's technology employs computer vision to analyze bird flight patterns and provides clients with valuable insights into bird activity. This data enables informed decision-making regarding the operation of wind farms, promoting a balance between industrial development and the preservation of biodiversity. Through its innovative approach, Spoor aims to facilitate a coexistence between industry and nature.

Monil is a startup focused on developing innovative technology solutions for the livestock industry, specifically in the areas of livestock tracking, virtual fencing, and grazing management. Their products leverage advanced technology and an understanding of natural animal behavior to create systems that improve profitability in livestock farming while promoting animal welfare and benefiting the environment. By utilizing their unique collar systems, Monil enables farmers to establish virtual perimeters for grazing, supporting efficient management of large pastures. This approach helps reduce operational costs related to feed and fertilizer, ultimately enhancing the sustainability of livestock farming practices.

Hystar, established in 2020, specializes in developing polymer electrolyte membrane electrolyzers for large-scale green hydrogen production. Its unique cell design and process architecture aim to minimize electricity consumption while maximizing hydrogen output, enabling professionals to address critical energy challenges and potentially lower greenhouse gas emissions.

Airthings is a company based in Oslo, Norway, that specializes in developing user-friendly digital radon detectors and indoor air quality monitoring solutions. Its primary customers are homeowners in radon-prone regions of the United States, Canada, and Europe, who utilize the devices to assess their risk of radon exposure, a radioactive gas linked to approximately 20,000 annual deaths and recognized as the second leading cause of lung cancer after smoking. Airthings aims to modernize the detection process by providing technology that outperforms traditional charcoal detectors, which are often cumbersome and require lengthy lab analysis for results. The company offers a range of products, including air quality monitors and purifiers, through its three business segments: Airthings for Consumer, Airthings for Business, and Airthings for Professionals. The majority of its revenue is derived from the consumer segment, which combines hardware with software to help users maintain a healthy indoor environment while also optimizing energy efficiency.

Ardoq AS, established in 2013 and headquartered in Oslo, Norway, with offices in New York, London, and Copenhagen, specializes in developing solutions to document and visualize complex computer systems. Its flagship product, Ardoq, combines textual documentation with interactive visualizations, offering features such as automatic visualization generation, real-time collaboration, and model-based documentation. Ardoq serves a wide range of professionals, including business users, developers, project managers, and stakeholders, empowering them to understand interdependencies, plan changes, and make data-driven decisions. The platform enables the entire organization to contribute to documentation, fostering a collaborative environment for digital transformation.

Disruptive Technologies AS, founded in November 2013 and based in Bergen, Norway, specializes in the development of Internet of Things (IoT) solutions. The company focuses on creating the world's smallest fully integrated wireless sensors, which enable advanced measurement and data delivery. These sensors communicate via the Internet and are designed with unique attributes related to size, range, and battery capacity. By leveraging these innovative technologies, Disruptive Technologies aims to enhance how users interact with their environments, providing new possibilities for sensing and control.