Navigare Ventures

IntuiCell is a technology company focused on developing innovative brain intelligence solutions that leverage a unique recursive computing architecture. This architecture enables the company to tackle both tractable and intractable challenges using artificial intelligence. IntuiCell's technology can operate on existing hardware platforms or as standalone applications, requiring no external computational support. This adaptability allows various industries to enhance the functionality of consumer-level electronics, addressing a wide range of challenges and improving overall performance.

Repli5 develops a synthetic data generation platform that trains computer vision models using generative AI to produce augmented camera data, resolution task maps, and realistic textures. The platform enables automotive, robotics, and defense sectors to improve perception systems while reducing reliance on large real-world datasets and lowering training costs, thereby accelerating the development of autonomous vehicles.

SweGaN develops and produces gallium nitride on silicon carbide (GaN-on-SiC) epitaxial wafers and nitride-based HEMT structures for next-generation high-power and high-frequency devices. It supplies materials to device foundries, manufacturers, and product companies, enabling efficient and high-performance semiconductors. Its custom GaN-on-SiC epitaxial structures are designed to reduce energy consumption and increase capacity in applications such as base stations, helping customers address evolving technology challenges with future-oriented solutions.

Arevo specializes in the development of biostimulants and plant nutrition products, primarily focusing on the cultivation of forest plants such as pine and spruce. The company's innovative technologies include liquid and granular amino acid fertilizers that enhance plant establishment and growth. Arevo's specialized fertilizers not only promote improved growth but also significantly impact plant survival and carbon sequestration. By fostering robust root systems, their products help make plants more stress-resistant, thereby simplifying the cultivation process for producers.

RiACT is a developer of robotic automation software focused on enhancing agile production systems. The company offers a universal operating system that serves as the interface between robotic hardware and intelligent robot applications. Its software features a real-time development platform, designed for both creators and users of flexible robot applications, and includes a visual drag-and-drop interface along with template-based coding. By providing these tools, RiACT enables users to maximize human potential and productivity within industrial environments.

Pixelgen Technologies is a company focused on advancing biomedical research and diagnostics through the development of innovative bio-analytical tools. Founded in 2020 and based in Sweden, Pixelgen Technologies creates novel analytical methods and products that provide researchers and drug developers with insights into the complexities of biological processes. By enhancing the understanding of biomedicine, the company aims to support improvements in health and contribute to the advancement of medical science.

AlixLabs develops nanostructure fabrication solutions based on atomic layer etching (ALE), a damage-free etch process that enables very small feature sizes. Its ALE-based method produces nanostructures with dimensions below 20 nanometers, surpassing the resolution of conventional optical and electron-beam lithography and supporting nanoelectronic device fabrication and advanced transistor channel scaling for sub-20 nanometer technology nodes. The company's technology is designed to integrate into existing semiconductor production workflows, aiming to reduce the number of processing steps while increasing throughput. In addition, it seeks to optimize power and water consumption and emissions in manufacturing, helping semiconductor makers improve efficiency and environmental performance as they advance production.

TERASi specializes in developing advanced hardware solutions for wireless networks. Utilizing proprietary System-in-Package (SiP) technology, the company offers high-performance, lightweight, and precise components tailored for telecoms, radar, and satellite applications.

Retein is a water purification technology company specializing in molecular separation to sustainably recover resources from water. Its platform uses bio-inspired filtration based on stabilized proteins to selectively extract clean water and valuable materials, such as lithium, and integrates with diverse water sources to enable industries and resource managers to recover high-purity outputs with reduced energy use and environmental impact. The company aims to advance resource efficiency by combining advanced material recovery with low-energy processes, supporting a more sustainable water cycle.

AlixLabs develops nanostructure fabrication solutions based on atomic layer etching (ALE), a damage-free etch process that enables very small feature sizes. Its ALE-based method produces nanostructures with dimensions below 20 nanometers, surpassing the resolution of conventional optical and electron-beam lithography and supporting nanoelectronic device fabrication and advanced transistor channel scaling for sub-20 nanometer technology nodes. The company's technology is designed to integrate into existing semiconductor production workflows, aiming to reduce the number of processing steps while increasing throughput. In addition, it seeks to optimize power and water consumption and emissions in manufacturing, helping semiconductor makers improve efficiency and environmental performance as they advance production.

EnginZyme is a Swedish biotechnology company established in 2014. It specializes in sustainable biomanufacturing, providing green chemistry solutions to various industries such as pharmaceuticals, food, chemicals, flavors, and fragrances. The company's patented cell-free technology platform enables the production of sustainable alternatives to plastics, nylons, rubbers, and other synthetics.

Pixelgen Technologies is a company focused on advancing biomedical research and diagnostics through the development of innovative bio-analytical tools. Founded in 2020 and based in Sweden, Pixelgen Technologies creates novel analytical methods and products that provide researchers and drug developers with insights into the complexities of biological processes. By enhancing the understanding of biomedicine, the company aims to support improvements in health and contribute to the advancement of medical science.

Rarity Bioscience develops and provides multiplex assays to detect rare nucleic acid sequences in biological samples such as liquid biopsies. Its platform employs ultrasensitive molecular amplification technology, enabling both research and clinical applications.

Elypta develops a liquid biopsy platform using metabolism-based biomarkers and artificial intelligence. Its platform measures glycosaminoglycan metabolites in blood and urine, aiming to enable earlier detection and monitoring of various cancer types.

Repli5 develops a synthetic data generation platform that trains computer vision models using generative AI to produce augmented camera data, resolution task maps, and realistic textures. The platform enables automotive, robotics, and defense sectors to improve perception systems while reducing reliance on large real-world datasets and lowering training costs, thereby accelerating the development of autonomous vehicles.

Peafowl Plasmonics is a company focused on innovative solar cell technology that emphasizes efficiency, affordability, and sustainability. The firm has developed highly transparent plasmonic solar cells capable of absorbing light in various conditions, including harsh outdoor environments and low-illumination indoor settings. This versatility allows for the seamless integration of sensors directly into window glass, eliminating the need for wires or batteries. By enabling commercial partners and customers to reduce energy consumption and lower carbon emissions, Peafowl Plasmonics contributes to efforts aimed at minimizing corporate carbon footprints.

Elypta develops a liquid biopsy platform using metabolism-based biomarkers and artificial intelligence. Its platform measures glycosaminoglycan metabolites in blood and urine, aiming to enable earlier detection and monitoring of various cancer types.

Elypta develops a liquid biopsy platform using metabolism-based biomarkers and artificial intelligence. Its platform measures glycosaminoglycan metabolites in blood and urine, aiming to enable earlier detection and monitoring of various cancer types.