Supporting long-lasting impact.
Ikorni Invest Oy Ab
Our core areas
Sustainable Development
We invest in solutions that balance growth with responsibility — advancing technologies and business models that preserve natural resources, promote clean energy, and build resilient communities for the future.
Life Sciences
We support innovations that improve quality of life. From cutting-edge therapeutics and diagnostics to digital health solutions that redefine how humanity understands and manages well-being.
Agriculture & Foodtech
We back pioneers transforming the global food system, driving efficiency, sustainability, and nutrition through science, technology, and smarter agricultural practices.
About us
Ikorni Invest is a Finnish family office founded in 2012. We began by investing in startups across various industries, and over time found our true focus in impact-driven ventures. Today, we primarily invest in companies creating lasting impact within sustainable development and life sciences, and take pride in being founder-friendly investors.
Our mission is to back entrepreneurs who combine solid technology with clear purpose — people working on solutions that make both economic and environmental sense. We like practical innovation, measurable environmental and social impact, and long-term thinking over short-term trends.
Since 2012, we have made over 50 direct investments in unlisted companies and taken stakes in several venture capital and private equity funds.
Portfolio showcase
Carbonaide
Our newest addition to our growing venture portfolio, Carbonaide, has raised €3.7M in its latest funding round, marking a significant milestone in the company’s mission to transform the concrete industry through carbon dioxide curing and permanent CO₂ storage.
Elea & Lili
Elea & Lili develops cellulose-based superabsorbent materials as a sustainable alternative to traditional polymers. Their technology replaces fossil-based, non-biodegradable SAP used in products like diapers and agriculture. The result is high-performance absorption without leaving microplastics behind.
