Technology
We build specialised applications and AI solutions for the construction industry to enable more sustainable outcomes in real-estate projects.
Digital twins & generative AI
Towards
Zero-Impact Buildings
We leverage digital twins and Artificial Intelligence for sustainable, regenerative construction. We specialise in steel and concrete structures.
What we do
Our Services
Consultancy
We advise all stakeholders to enhance cross-functional collaboration and eliminate the barriers caused by siloed thinking and unproductive legal and cultural frameworks.
ESG & Legal
We guide real-estate developers through ESG requirements and help them set up the legal frameworks necessary for a successful project.
Solutions
See how nio energy helps your business
Material Take-Off with AI-powered material matching
Our AI-powered, BIM-based, federated Material Take-Off is the basis for our Life-Cycle Assessments. We summarise all materials found in your models and match them to Ökobaudat (DE), ICE (UK) and Baubook (AT) to calculate embodied and life-time carbon and other environmental factors.
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Life-Cycle Assessment
Automated climate-impact calculation for your building project, directly from your BIM models. Keep track of your environmental targets and use the results for your BREEAM, LEED or other certification.
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Automating Sustainability Certifications
Automate your entire BREEAM, ÖGNI, DGNB and LEED certification process. We handle most certification requirements automatically using AI and digital twins — streamlining compliance and delivering dramatically faster results.
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Artificial Intelligence
We research and develop AI to analyse material overuse in structural designs and recommend functionally identical alternatives with lower environmental impact — as well as optimising buildings' operational energy in early design phases.
Learn more →Facts
Why structural materials matter
- 50%
- Material inefficiencies
- Due to over-design in buildings and infrastructure.
- 20%
- Embodied carbon reduction
- A typical structural engineer can achieve.
- 1 million tonnes
- Weight of a cloud
- A cloud typically has a volume of around 1 km³ and a density of around 1.003 kg per m³.
Aligned with leading certification frameworks
Ready to build zero-impact?
Tell us about your project and discover how AI-driven take-offs, life-cycle assessment and certification can accelerate your sustainability goals.
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