1 The EIC Accelerator Project

The EIC Accelerator program, part of the European Innovation Council (EIC), is designed to support innovative companies in Europe, particularly those engaged in deep-tech and high-risk sectors. This program aims to bridge the funding gap that startups and SMEs face during their scaling phases, providing both financial resources and strategic support to accelerate the commercialization of groundbreaking technologies.

EIC Accelerator Funding Structure

The EIC Accelerator offers a blended finance model that combines grants and equity investments. The grant portion can reach up to €2.5 million, intended to support the development and market uptake of innovative products or services. This grant is critical for early-stage companies that require financial backing to turn their innovative ideas into viable products.

In addition to grants, the program provides equity investment. Until 2024, the equity funding can amount to €15 million, while from 2025 onwards, this amount is reduced to €10 million. The equity investment is designed to help companies scale their operations and attract further investment from private sectors, enhancing their growth potential and market presence.

Purpose in the European DeepTech Ecosystem

The EIC Accelerator plays a pivotal role in the European deep-tech and startup ecosystem by fostering innovation and supporting the transition to a green economy. By providing financial resources and guidance, the program helps companies navigate the challenges of bringing new technologies to market, thereby contributing to economic growth, job creation, and sustainability. The EIC Accelerator specifically targets projects that address significant societal challenges, aligning with European Union goals for innovation and competitiveness.

Role in Scaling Companies

The EIC Accelerator not only provides funding but also offers access to a network of experts, mentors, and investors, which are crucial for scaling operations. This support network is vital for companies looking to refine their business models, enhance their product offerings, and expand their market reach. By facilitating connections with private sector investors, the EIC Accelerator helps startups leverage additional funding, thereby increasing their chances of success in a competitive landscape.

Case Study: Hyperion Robotics Oy and Project 3Dgeocarbon

Hyperion Robotics Oy, based in Finland, is a recent winner of the EIC Accelerator funding, focusing on a groundbreaking project called 3Dgeocarbon. This initiative aims to revolutionize the construction industry through the development of carbon-negative concrete using advanced 3D printing technology.

Project Overview: 3Dgeocarbon

The 3Dgeocarbon project emphasizes sustainable building practices by creating concrete that not only meets structural demands but also actively reduces carbon emissions. This technology leverages novel materials and methods to produce concrete with a net negative carbon footprint, addressing one of the construction industry's most significant contributors to greenhouse gas emissions.

Technology Basics and Background

Concrete is the most widely used construction material globally, yet it is responsible for approximately 8% of annual global CO2 emissions, primarily due to the cement production process. Hyperion Robotics Oy's innovation lies in its unique approach to 3D printing, which allows for the precise layering of materials that can incorporate waste products and alternative binding agents.

By utilizing locally sourced materials and optimizing the printing process, Hyperion's technology not only reduces the carbon emissions associated with traditional concrete production but also enhances the material's properties, such as strength and durability. This approach aligns with the principles of circular economy, where waste materials are repurposed, thus minimizing environmental impact.

The project's ambition to produce carbon-negative concrete places it at the forefront of sustainable construction technologies, offering substantial benefits to the environment and the construction industry. The backing from the EIC Accelerator provides Hyperion Robotics with the necessary resources to further develop its technology, scale operations, and bring its innovative solutions to market effectively.

Through the support of the EIC Accelerator, Hyperion Robotics Oy is poised to make significant contributions to the sustainability of the construction sector, demonstrating the vital role that the EIC plays in fostering impactful innovation across Europe.

2 The Funding Rounds

Hyperion Robotics Oy: Funding and Financing Overview Since EIC Accelerator Award

Financing Raised and Funding Rounds

Hyperion Robotics Oy, headquartered in Espoo, Finland, has actively secured financing to support its mission of advancing carbon-negative construction technologies. As of early 2025, the company has raised a total of approximately $3.27 million to $3.45 million over two funding rounds. This sum includes both seed and pre-seed investments.

The most significant recent funding round came through the European Innovation Council (EIC) Accelerator programme in July 2024. Hyperion Robotics was selected as one of 68 deep-tech startups across Europe to receive blended financing—a combination of grant money and equity investment—from the EIC. The specific breakdown for this award is a €2.37 million grant with additional equity investment from the European Union via the EIC Fund.

Timing and Amounts of Funding Rounds

• Pre-EIC Funding: Prior to receiving EIC Accelerator support, Hyperion Robotics had already conducted at least one funding round (Seed VC), raising approximately $2.96 million around two years before their latest update in early 2025.
• EIC Accelerator Round: In July 2024, following submission on March 13th for Step 2 and subsequent success at Step 3 interview rounds, Hyperion secured more than €2.3 million ($2.55M USD equivalent based on exchange rates at that time) from the EIC Accelerator program.

Additional public EU-backed project participation includes joining consortiums such as SCENE-B under Horizon Europe’s Pathfinder programme (with overall consortium funding exceeding €3.5 million), though this is not direct company fundraising but collaborative research grants.

Investor Information

Key investors include: - The European Innovation Council—providing both a grant (€2.37m) and an undisclosed equity stake as part of its standard blended finance model through the EIC Fund.

• Early-stage venture capital funds such as Katapult Fund, Ubermorgen, Lifeline Ventures, Goldacre Ventures.
• Several unnamed investors participated in earlier rounds according to CB Insights data.

Company Valuation

There are no publicly disclosed post-money valuations for any recent rounds involving Hyperion Robotics Oy as per available sources up until May 2025.

Exit Events: IPOs or Acquisitions

No exit events (such as IPO or acquisition) have been reported for Hyperion Robotics Oy since it received its EIC Accelerator award through May 2025.

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Sources

• Hyperion Robotics secures over €2.3 million in funding from the EIC...
• Funding – Hyperion Website - Hyperion Robotics
• Hyperion Robotics Company Information - Funding, Investors...
• Hyperion Robotics - CB Insights
• EIC Accelerator: Statistics and Results from March 2024 call

3 The Press Releases

Hyperion Robotics Oy: EIC Accelerator Winner from Finland

Hyperion Robotics Oy, a Finnish technology company, was selected as one of the winners of the European Innovation Council's (EIC) Accelerator program in March 2024. This recognition highlights the company's innovative approach to developing carbon-negative materials for the construction industry, a sector that faces significant pressure to reduce its environmental impact.

Funding and Technology Advancements

Hyperion Robotics received €2.37 million in funding, which includes a grant and equity investment from the European Union. This financial support is crucial for advancing the company's technology in carbon-negative materials and 3D printing solutions. By focusing on low-carbon structural elements, Hyperion aims to revolutionize the construction industry by providing green, carbon-negative materials that meet building codes and standards. The company uses automation to reduce production costs and introduces a new design methodology that optimizes material usage and shortens design timelines.

Partnerships and Recognition

While specific partnerships related to the EIC funding are not detailed, Hyperion Robotics has been recognized for its dedication to innovation. The company was named the Technology Solutions Provider of 2024 by New Civil Engineer, underscoring its commitment to pioneering technologies in the construction sector.

Team Updates

There are no specific team updates mentioned in the context of the EIC Accelerator funding. However, the company is founded by experts in engineering, construction, 3D printing, and robotics, indicating a strong foundation in these fields.

Patents

There is no information available on new patents filed by Hyperion Robotics following the EIC Accelerator funding.

Press Releases and Social Media

Hyperion Robotics does not appear to have released specific press releases on their website or social media accounts regarding the EIC Accelerator funding beyond the publicly available information. However, their website and related articles provide insights into their innovative technologies and recognition in the industry.

Conclusion

Hyperion Robotics Oy's selection for the EIC Accelerator program signifies a significant step forward in addressing the construction industry's environmental challenges. With their focus on carbon-negative materials and advanced manufacturing techniques, the company is poised to make a transformative impact on sustainable construction practices.

Sources

• Hyperion Robotics Secures Funding from EIC
• Hyperion Robotics: Technology Solutions Provider of 2024
• EIC Accelerator Statistics and Results from the March 2024 Call
• Latest EIC Accelerator Results
• EIC Accelerator – 71 Companies Selected

4 The Technology Advancements

Hyperion Robotics Oy: Current Capabilities and Advancements

Hyperion Robotics Oy, a Finnish technology company, specializes in advancing automation and sustainable technologies for the construction industry. Founded in 2018 by Ashish Mohite, Fernando De los Rios, and Henry Unterreiner, the company is based in Espoo, Finland, and focuses on 3D printing of reinforced concrete using recycled materials.

Current Capabilities

Hyperion Robotics offers an end-to-end solution through mobile 3D printing micro-factories, which can operate in both stationary and mobile settings. This technology enables the production of sustainable concrete structures faster, cheaper, and more sustainably compared to traditional methods. The company's unique robotic system automatically produces reinforced concrete structures, reducing logistics complexities, project delays, and environmental impact.

Advancements Since EIC Accelerator Funding

In July 2024, Hyperion Robotics received a significant boost with over €2.3 million in funding from the European Innovation Council (EIC) Accelerator program. This funding includes a grant and equity investment aimed at supporting the development of carbon-negative materials for the construction industry. Since receiving this funding, Hyperion has been involved in several projects and collaborations:

• SCENE-B Project: Hyperion joined the SCENE-B project, coordinated by Norwegian SINTEF Manufacturing, to develop novel 3D-printed concrete materials. This project aligns with their goal of advancing low-carbon concrete technologies.
• Sustainable Construction: Hyperion continues to focus on sustainable construction methods, including the use of recycled materials and optimized 3D printing techniques. This approach has been demonstrated in projects such as the creation of sustainable concrete bases for electrical substations with Iberdrola.

Technology Improvements and Demonstrations

Hyperion Robotics has demonstrated its technology through various projects and pilots, showcasing significant reductions in material usage and CO2 emissions compared to traditional construction methods. For example, their 3D-printed concrete structures use 75% less material and emit up to 70% less CO2. The company has successfully deployed these technologies in infrastructure projects, including water, energy, and transportation sectors.

New Features and Scientific Contributions

While specific new features or scientific publications directly linked to the EIC funding are not detailed in available information, Hyperion's ongoing commitment to advancing sustainable construction technologies is evident. The company continues to innovate in the field of automated and sustainable construction, leveraging its mobile micro-factories and 3D printing capabilities.

Patents and Scientific Studies

There is no publicly available information regarding new patents or scientific studies filed by Hyperion Robotics since receiving the EIC Accelerator funding. However, the company's participation in projects like SCENE-B and its collaboration with industry partners indicate ongoing innovation in sustainable construction technologies.

Sources:

• Hyperion Robotics partners with Norwegian SINTEF manufacturing
• Hyperion Robotics secures over €2.3 million in funding from the EIC
• Sustainable Concrete by Hyperion Robotics
• 16 top Robotics companies and startups in Finland
• Finnish startup Hyperion Robotics raises €3M to 3D print concrete
• Hyperion Robotics on AM in the construction sector
• Hyperion Robotics
• Hyperion Robotics secures €3M to decarbonize and automate the construction industry

5 The Partnerships and Customers

Hyperion Robotics Oy's Strategic Partnerships and Market Positioning Post-EIC Accelerator Funding Following its EIC Accelerator win in March 2024, Hyperion Robotics Oy has solidified partnerships and customer relationships to advance low-carbon concrete solutions and scaling efforts.

Key Partnerships and Customers

• SINTEF Manufacturing: Hyperion joined the SCENE-B project (2024–2027), collaborating with Norway’s SINTEF Manufacturing, Warsaw University of Technology, and other EU partners to develop aluminum fiber-reinforced 3D-printed concrete using sustainable materials like unwashed sea sand.
• Iberdrola & Metso Outotec: The company has worked with these industrial clients, deploying mobile microfactories to reduce carbon emissions in infrastructure projects.

Nature of New Relationships

The SCENE-B partnership focuses on creating a novel concrete mix that reduces cement content while maintaining durability. This collaborative R&D effort aims to optimize material properties for additive manufacturing, enabling rapid deployment of customized designs.

Market Positioning and Scaling

Hyperion’s microfactory model localizes production near project sites, reducing logistics costs by up to 50% while accelerating delivery timelines by 70%. The EIC Accelerator funding (over €2.3 million) supports scaling this model across Europe, targeting infrastructure developers seeking faster, greener construction methods. By integrating circular economy principles into its robotics-driven processes, Hyperion achieves up to 90% lower embodied carbon compared to traditional methods.

Technology Advancements Through Collaborations

The SCENE-B project directly addresses cement’s environmental impact—responsible for ~8% of global CO₂ emissions—by replacing river sand with sea sand and reducing cement dependency. These innovations enhance Hyperion’s product portfolio for critical infrastructure applications like energy networks and transportation systems. Additionally, the company refines parametric design tools through client collaborations to embed late-stage design changes without cost overruns.

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Sources

• Hyperion Robotics Official Website
• SCENE-B Partnership Announcement
• SET100 Database Profile
• Preqin Asset Profile

6 The Hiring and Company Growth

Hyperion Robotics' Team Growth and Strategic Hiring Post-EIC Accelerator Funding Following its March 2024 EIC Accelerator win, which secured over €2.3 million to advance carbon-negative construction technologies, Hyperion Robotics has emphasized scaling its operations through strategic leadership appointments and specialized roles. While specific headcount figures are not publicly disclosed, the company’s leadership team includes seasoned professionals across engineering, R&D, and commercial operations.

Current Leadership and Key Hires
Recent additions to the leadership team include John Price, VP of Operations for the UK & Europe with 40 years of experience in large-scale infrastructure projects (e.g., The Shard, Crossrail), and David Beaty, Fractional Chief Commercial Officer specializing in utilities and transport sectors. These hires reflect a focus on expanding Hyperion’s commercial footprint in Europe while leveraging expertise in high-profile infrastructure delivery.

Growth Trajectory and Future Scaling
The EIC funding supports Hyperion’s goal to refine low-carbon concrete formulations and expand robotic manufacturing capabilities. By appointing operational leaders like Price—who previously managed £600m contracts—the company aims to accelerate project delivery by 70% while reducing costs by up to 50% through localized microfactories. Their R&D team, led by Mariia Kochneva (10+ years in 3D printing), is critical for advancing material science innovations cited in recent partnerships with Norwegian research institute SINTEF.

While active hiring campaigns are not explicitly detailed on their website, the emphasis on collaborative innovation (“co-creating with clients”) suggests ongoing recruitment for client-facing technical roles. The addition of Beaty signals a push into new markets like aerospace and utilities where decarbonization efforts are intensifying.

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Sources:

• Hyperion Robotics Official Site
• Leadership Team - About Page
• EIC-Funded Low-Carbon Concrete Partnership (embedded news section)

7 The Media Features and Publications

Hyperion Robotics Oy: Media Features and Events

Overview

Hyperion Robotics Oy, a Finland-based company, has been making significant strides in the construction industry with its innovative use of 3D printing and robotics technology to create sustainable concrete structures. Since receiving funding from the European Innovation Council (EIC) Accelerator in March 2024, the company has been featured in various media outlets and has participated in notable events.

Media Features

Hyperion Robotics has been featured in several publications highlighting its technological advancements and environmental contributions. For instance, it has been recognized for its role in revolutionizing UK infrastructure with 3D printing technology. Additionally, the company's partnership with Norwegian SINTEF Manufacturing to develop next-generation low-carbon concrete has been covered in detail, emphasizing their joint efforts in the SCENE-B project.

Publications and Content

Publications such as 3D Natives have covered Hyperion Robotics' use of additive manufacturing in the construction sector, including projects like 3D printing schools in Madagascar. The company's focus on sustainability and efficiency in construction has been a recurring theme across these publications.

Podcasts and Interviews

Ashish Mohite, co-founder and Chief Design Officer of Hyperion Robotics, has participated in interviews discussing the company's vision for transforming the construction industry through automation and 3D printing. He has shared insights into the challenges of entrepreneurship in a foreign market and the importance of reducing the carbon footprint in construction.

Conferences and Events

Hyperion Robotics has been active in various events, including the European Innovation Council (EIC) Summit, where they were named the best pitch in climate tech. The company's involvement in projects like SCENE-B showcases its commitment to innovation and sustainability in construction, which is likely to be highlighted in future conferences and events.

Involvement in Events

Hyperion Robotics' participation in events like the EIC Summit demonstrates its commitment to advancing sustainable construction technologies. The company's engagement in projects funded by the European Commission further underscores its role in driving innovation in the industry.

Sources

• Hyperion Robotics
• Hyperion Robotics partners with Norwegian SINTEF manufacturing
• Hyperion Robotics Oy - Start Up Energy Transition
• Hyperion Robotics on AM in the construction sector
• Just Thoughts Podcast #6: Building a Home Anywhere
• Ashish Mohite named as the Young Researcher Entrepreneur of the Year 2023
• The robots from Hyperion Robotics print sustainable concrete in 3D