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Portfolio
Kappika Ventures backs founders building the physical foundations of the 21st century. From advanced materials to semiconductors, robotics, industrial biotech, and energy systems, our portfolio reflects our conviction in non-digital deep tech. These companies represent the start of a growing ecosystem driven by clarity, creativity, and ambition.
Pioneering deep tech ventures shaping the future.
Septest
Septest is committed to developing ground-breaking diagnostic tools that offer clarity and speed in identifying infections and inflammation. We aim to empower healthcare professionals with the information they need to provide timely, effective care, particularly in the fight against sepsis and antimicrobial resistance (AMR).
Deep Blue Biotech
Deep Blue Biotech is pioneering
a new blue era in sustainable chemistry. Their products are made from CO₂, turning a climate challenge into high-value molecules. This is the cleanest technology available for the manufacture of chemicals.
At the core of their platform are cyanobacteria: the planet’s oldest photosynthetic life. They grow by using CO₂ as their primary resource, transforming it into complex molecules.
a new blue era in sustainable chemistry. Their products are made from CO₂, turning a climate challenge into high-value molecules. This is the cleanest technology available for the manufacture of chemicals.
At the core of their platform are cyanobacteria: the planet’s oldest photosynthetic life. They grow by using CO₂ as their primary resource, transforming it into complex molecules.
Red Semiconductor
Versatile Intrinsic Structured Computing (VISC) is an innovation in processor IP by RED Semiconductor.
VISC transforms real-time data processing for AI, cryptography, and sensor-driven applications through unparalleled abstraction, parallelism, and acceleration. It delivers a new paradigm for performance and efficiency.
Initially targeting RISC-V applications the technology is applicable to a wide range of processor instructions sets (ISA).
VISC transforms real-time data processing for AI, cryptography, and sensor-driven applications through unparalleled abstraction, parallelism, and acceleration. It delivers a new paradigm for performance and efficiency.
Initially targeting RISC-V applications the technology is applicable to a wide range of processor instructions sets (ISA).
Mykor
Mykor use biomass residues from industries that would have been incinerated or discarded into landfill, transforming them with their biotechnologies and specially engineered mycelium strains into foam composites.
Quest
Delivering the next generation of protein, whether plant-based alternatives, nutraceutical ingredients or cultivated meat, requires global collaboration to tackle technical and cost challenges. Our enabling technologies support innovators across the value chain by reducing costs and improving scalability, accelerating the path to consumer adoption.
Iridia Bio
At Irida, we work to record and steer this story. We program biomolecules to act as reporters and actors at every level: from DNA, to RNA and protein. We engineer them into cells and develop dynamic models to interpret the complex spatiotemporal data they produce.
Infiniti Recycling
We at Infiniti Recycling, put our environment and the world first. With our new patented technology, we are the first to have designed a true circular recycling system. We believe that 100 of material in batteries should be made for re-use. Our focus is on LFP and NMC battery recycling and renewal.
Forge Minerals
Forge is focused on adaptation of commercially available chemical process Equipment to accelerate its path to scalability. This state-of-the-art equipment benefits from small footprint and adaptibility for integration with existing industrial processes. With our Carbon Sequestration Equipment, companies can effectively store large quantities of carbon dioxide and help mitigate the impact of greenhouse gas emissions.
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