Arsenale Bioyards, a neo-industrial startup redefining the future of scalable biomanufacturing, has raised $10 million in seed funding. The round was co-led by Planet A and byFounders, with participation from CDP Ventures, Acequia Capital, Plug N Play, Grey Silo Ventures, and industrial family offices.
The funding will accelerate Arsenale’s mission to transform the $200 billion biomanufacturing market, making large-scale biological production cost-effective and sustainable. By integrating AI-driven software with modular industrial bioreactors, the company aims to optimize fermentation processes and dramatically speed up the transition from lab-scale experiments to full-scale industrial production.
Arsenale Bioyards is pioneering a "neo-industrial" approach—co-designing with nature to create a circular and efficient manufacturing system. The company’s precision fermentation technology leverages microorganisms like yeast and bacteria to produce proteins and other bio-based materials. While widely used in pharmaceuticals, its application in industries like food and cosmetics has been hindered by high costs.
Arsenale’s end-to-end AI-driven platform aims to overcome this challenge, cutting production costs and time-to-market by up to 90%. Central to this transformation are Bioyards, modular bio-reactor networks that scale out rather than up, breaking from the traditional approach of building ever-larger fermenters.
"At Planet A, we saw Arsenale’s potential early on—this is a fundamental rethink of how biomanufacturing scales," said Christoph Gras, Co-Founder & General Partner at Planet A Ventures. "By making production cost-competitive and standardized, Arsenale turns biomanufacturing into an investable asset class while enabling industries to move away from animal- and petrochemical-derived products at scale."
Arsenale Bioyards is rethinking the way biomanufacturing operates, shifting from traditional trial-and-error experimentation to a data-driven, AI-powered model. The company collects and analyzes real-time bioprocess data, using AI to guide experiment design and predict large-scale performance.
By designing its own bioreactors, Arsenale ensures seamless integration with machine learning models, allowing for:
"Arsenale is not just imagining the bioeconomy of the future—we are building it today," said Massimo Portincaso, CEO and Co-Founder of Arsenale Bioyards. "This funding reinforces our ability to drive measurable change and build a generative, biology-driven industrial paradigm."
Arsenale Bioyards is already demonstrating its capabilities with a fully operational pilot site in Pordenone, equipped with:
This infrastructure positions Arsenale for rapid commercialization in sectors like food, cosmetics, and biomaterials, where sustainable, bio-based alternatives are in high demand.
Arsenale’s leadership team brings together deep expertise in biotech, AI, and industrial-scale manufacturing:
With this funding, Arsenale Bioyards is poised to redefine the future of biomanufacturing—making sustainable, bio-based production a reality at industrial scale.
Arsenale Bioyards, a neo-industrial startup redefining the future of scalable biomanufacturing, has raised $10 million in seed funding. The round was co-led by Planet A and byFounders, with participation from CDP Ventures, Acequia Capital, Plug N Play, Grey Silo Ventures, and industrial family offices.
The funding will accelerate Arsenale’s mission to transform the $200 billion biomanufacturing market, making large-scale biological production cost-effective and sustainable. By integrating AI-driven software with modular industrial bioreactors, the company aims to optimize fermentation processes and dramatically speed up the transition from lab-scale experiments to full-scale industrial production.
Arsenale Bioyards is pioneering a "neo-industrial" approach—co-designing with nature to create a circular and efficient manufacturing system. The company’s precision fermentation technology leverages microorganisms like yeast and bacteria to produce proteins and other bio-based materials. While widely used in pharmaceuticals, its application in industries like food and cosmetics has been hindered by high costs.
Arsenale’s end-to-end AI-driven platform aims to overcome this challenge, cutting production costs and time-to-market by up to 90%. Central to this transformation are Bioyards, modular bio-reactor networks that scale out rather than up, breaking from the traditional approach of building ever-larger fermenters.
"At Planet A, we saw Arsenale’s potential early on—this is a fundamental rethink of how biomanufacturing scales," said Christoph Gras, Co-Founder & General Partner at Planet A Ventures. "By making production cost-competitive and standardized, Arsenale turns biomanufacturing into an investable asset class while enabling industries to move away from animal- and petrochemical-derived products at scale."
Arsenale Bioyards is rethinking the way biomanufacturing operates, shifting from traditional trial-and-error experimentation to a data-driven, AI-powered model. The company collects and analyzes real-time bioprocess data, using AI to guide experiment design and predict large-scale performance.
By designing its own bioreactors, Arsenale ensures seamless integration with machine learning models, allowing for:
"Arsenale is not just imagining the bioeconomy of the future—we are building it today," said Massimo Portincaso, CEO and Co-Founder of Arsenale Bioyards. "This funding reinforces our ability to drive measurable change and build a generative, biology-driven industrial paradigm."
Arsenale Bioyards is already demonstrating its capabilities with a fully operational pilot site in Pordenone, equipped with:
This infrastructure positions Arsenale for rapid commercialization in sectors like food, cosmetics, and biomaterials, where sustainable, bio-based alternatives are in high demand.
Arsenale’s leadership team brings together deep expertise in biotech, AI, and industrial-scale manufacturing:
With this funding, Arsenale Bioyards is poised to redefine the future of biomanufacturing—making sustainable, bio-based production a reality at industrial scale.