What happened
Solvera announced a $6.3 million pre‑seed funding round led by Seedcamp, with participation from Inception Fund, Momentum, PSV, Sondo, OBOS Ventures, Construct Venture, The Nordic Web Ventures and several angels. The capital will fund team growth in Oslo, a new London office, and further development of its AI‑powered operating system that delivers end‑to‑end MEP engineering services using AI agents alongside human engineers.
The pre‑seed round raised $6.3 million, with Seedcamp as the lead investor. Angel investors included the founders of Spacemaker and former OBOS CEO Daniel Kjørberg Siraj. Solvera was founded in 2026 by Arif Mirza, Pål Eskild Rasmussen, and Thorvald Thorsnes, all of whom have prior experience at Spacemaker, Autodesk, and Enode.
Solvera’s business model differs from typical SaaS startups: it offers engineering outcomes rather than software licences. Clients pay for the completed MEP designs, while the company’s proprietary AI system automates tasks such as routing, testing design alternatives, and cross‑discipline coordination. Human engineers retain oversight for decisions that require professional judgement.
Since its July 2026 launch, Solvera has grown to nine employees and reported over $1 million in contracted revenue in its first three months. Early projects include several commercial builds for Norwegian contractor Betonmast, which selected Solvera to address fragmented engineering workflows and late‑stage cost overruns.
Why it matters
The funding marks one of the first sizable investments in a company that treats AI as the core of an engineering services firm rather than a peripheral software tool. By AI agents in the delivery workflow, Solvera aims to automate routine design tasks, reduce coordination delays, and shift the business model from software licences to pay‑for‑service engineering outcomes. If successful, the approach could reshape productivity standards in the construction sector, a market that has seen limited AI‑driven workflow redesign despite two decades of tooling upgrades.
Construction has historically lagged in AI adoption, with most firms adding tools rather than rethinking service delivery. Solvera’s AI‑native firm model could demonstrate a viable path to higher productivity and lower project risk, potentially prompting larger firms to reconsider their operating structures.
The shift from software licences to outcome‑based billing aligns with broader trends in professional services, where clients prefer predictable costs tied to deliverables. If Solvera can prove cost savings and faster design cycles, it may set a new for AI‑enabled engineering services.
The investment also signals confidence from European early‑stage investors in AI applications beyond pure software, highlighting a growing appetite for AI‑driven transformation in heavy‑industry sectors such as construction.
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What to watch next
Key indicators will include Solvera’s ability to secure additional construction contracts in Norway and the UK, the speed at which its AI operating system scales across projects, and how traditional engineering firms respond to a service‑oriented AI model. Regulatory scrutiny around AI‑generated building designs and the firm’s pricing structure for engineering services will also be important to monitor.
Client acquisition momentum in Norway and the UK, especially whether additional contractors adopt Solvera’s platform beyond Betonmast.
The rollout of the AI operating system: its ability to handle complex, multi‑disciplinary projects at scale and the extent of human oversight required.
Regulatory developments concerning AI‑generated building designs, including any certification or liability frameworks that could affect Solvera’s service model.
Competitive responses from established engineering firms and emerging AI‑construction startups that may launch similar service‑oriented offerings.