DISTRIBUTED BIOTECH, BUILT TO SCALE
What you call waste,
Hermetia calls
raw material.
Autonomous bioconversion modules turning food-processing residuals into valuable biomass and downstream products.
DISTRIBUTED BIOTECH, BUILT TO SCALE
What you call waste,
Hermetia calls
raw material.
Autonomous bioconversion modules turning food-processing residuals into valuable biomass and downstream products.
DISTRIBUTED BIOTECH, BUILT TO SCALE
What you call waste,
Hermetia calls
raw material.
Autonomous bioconversion modules turning food-processing residuals into valuable biomass and downstream products.
THE LOOP WE CLOSE
Food processors pay to dispose of what industry needs.
Each year, EU food processing and manufacturing generates around 11 million tonnes of food waste — largely treated as a disposal cost. At the same time, European industry relies on roughly 30 million tonnes of imported soybean meal to feed its livestock, with about 94% of its soy protein supply coming from abroad.
Hermetia closes that loop. We convert local residual streams into local protein, lipids, and soil inputs — turning a waste line item into a regional production asset.
THE LOOP WE CLOSE
Food processors pay to dispose of what industry needs.
Each year, EU food processing and manufacturing generates around 11 million tonnes of food waste — largely treated as a disposal cost. At the same time, European industry relies on roughly 30 million tonnes of imported soybean meal to feed its livestock, with about 94% of its soy protein supply coming from abroad.
Hermetia closes that loop. We convert local residual streams into local protein, lipids, and soil inputs — turning a waste line item into a regional production asset.
THE LOOP WE CLOSE
Food processors pay to dispose of what industry needs.
Each year, EU food processing and manufacturing generates around 11 million tonnes of food waste — largely treated as a disposal cost. At the same time, European industry relies on roughly 30 million tonnes of imported soybean meal to feed its livestock, with about 94% of its soy protein supply coming from abroad.
Hermetia closes that loop. We convert local residual streams into local protein, lipids, and soil inputs — turning a waste line item into a regional production asset.
THE TECHNOLOGY | THE MAGIC
One module. A complete bioconversion system.
Hermetia combines insect biology, process engineering and automation in a containerised production system. Food-processing residuals enter the module. Standardised insect biomass and co-products leave it.
FIRST MODULE FULLY OPERATIONAL
ROOFTOP SOLAR
MACHINE VISION
DIGITAL TWIN
INTERNET
PROCESS AND CONDITIONS CONTROL
Hermetia module — containerised biological production infrastructure
Autonomous operation
Automated feeding, environmental control and process routines reduce manual work across the production cycle.
Controlled bioprocessing
Machine vision, sensor data and digital controls maintain the conditions required for biological conversion.
Contained resource management
Airflow, water and energy are managed within a controlled production environment.
Built for the point of origin
40-foot modules designed to operate at, or close to, the site where food-processing residuals are generated.
01 / PREPARE & FEED
02 / CONVERT & CONTROL
03 / HARVEST & RECOVER
THE TECHNOLOGY | THE MAGIC
One module. A complete bioconversion system.
Hermetia combines insect biology, process engineering and automation in a containerised production system. Food-processing residuals enter the module. Standardised insect biomass and co-products leave it.
FIRST MODULE FULLY OPERATIONAL
ROOFTOP SOLAR
MACHINE VISION
DIGITAL TWIN
INTERNET
PROCESS AND CONDITIONS CONTROL
Hermetia module — containerised biological production infrastructure
Autonomous operation
Automated feeding, environmental control and process routines reduce manual work across the production cycle.
Controlled bioprocessing
Machine vision, sensor data and digital controls maintain the conditions required for biological conversion.
Contained resource management
Airflow, water and energy are managed within a controlled production environment.
Built for the point of origin
A 40-foot module designed to operate at, or close to, the site where food-processing residuals are generated.
01 / PREPARE & FEED
02 / CONVERT & CONTROL
03 / HARVEST & RECOVER
THE TECHNOLOGY | THE MAGIC
One module. A complete bioconversion system.
Hermetia combines insect biology, process engineering and automation in a containerised production system. Food-processing residuals enter the module. Standardised insect biomass and co-products leave it.
FIRST MODULE FULLY OPERATIONAL
ROOFTOP SOLAR
MACHINE VISION
DIGITAL TWIN
INTERNET
PROCESS AND CONDITIONS CONTROL
Hermetia module — containerised biological production infrastructure
Autonomous operation
Automated feeding, environmental control and process routines reduce manual work across the production cycle.
Controlled bioprocessing
Machine vision, sensor data and digital controls maintain the conditions required for biological conversion.
Contained resource management
Airflow, water and energy are managed within a controlled production environment.
Built for the point of origin
A 40-foot module designed to operate at, or close to, the site where food-processing residuals are generated.
01 / PREPARE & FEED
02 / CONVERT & CONTROL
03 / HARVEST & RECOVER
THE PLATFORM
One biomass. Multiple value streams.
One biological production system. Multiple routes to market.
01
Protein
A feed ingredient pathway for aquaculture, pet food, poultry and livestock.
CORE BIOMASS OUTPUT
02
Frass
A nutrient-rich co-product for agricultural applications.
CORE CO-PRODUCT
03
Oils & Energy
A future lipid pathway for industrial and cosmetic applications.
FUTURE EXTRACTION PATHWAY
04
Biomolecules
Extraction-ready material for chitin, chitosan and other higher-value applications.
LONG-TERM PLATFORM PATHWAY
Hermetia produces standardised biomass at the source. As the platform expands, downstream partners can refine it into specialised ingredients, materials and molecules.
THE PLATFORM
One biomass. Multiple value streams.
One biological production system. Multiple routes to market.
01
Protein
A feed ingredient pathway for aquaculture, pet food, poultry and livestock.
CORE BIOMASS OUTPUT
02
Frass
A nutrient-rich co-product for agricultural applications.
CORE CO-PRODUCT
03
Oils & Energy
A future lipid pathway for industrial and cosmetic applications.
FUTURE EXTRACTION PATHWAY
04
Biomolecules
Extraction-ready material for chitin, chitosan and other higher-value applications.
LONG-TERM PLATFORM PATHWAY
Hermetia produces standardised biomass at the source. As the platform expands, downstream partners can refine it into specialised ingredients, materials and molecules.
THE PLATFORM
One biomass. Multiple value streams.
One biological production system. Multiple routes to market.
01
Protein
A feed ingredient pathway for aquaculture, pet food, poultry and livestock.
CORE BIOMASS OUTPUT
02
Frass
A nutrient-rich co-product for agricultural applications.
CORE CO-PRODUCT
03
Oils & Energy
A future lipid pathway for industrial and cosmetic applications.
FUTURE EXTRACTION PATHWAY
04
Biomolecules
Extraction-ready material for chitin, chitosan and other higher-value applications.
LONG-TERM PLATFORM PATHWAY
Hermetia produces standardised biomass at the source. As the platform expands, downstream partners can refine it into specialised ingredients, materials and molecules.
SCALABLE BY DESIGN
A repeatable infrastructure platform, not a single facility.
Hermetia is built as a fleet of standardised modules, deployed where residual biomass is generated. Each new deployment adds local production capacity while strengthening one central operating platform.
FOOD PROCESSING SITE
HERMETIA MODULE
Local residuals → biological production
FOOD PROCESSING SITE
HERMETIA MODULE
Local residuals → biological production
FOOD PROCESSING SITE
HERMETIA MODULE
Local residuals → biological production
HERMETIA OPERATING PLATFORM
Fleet monitoring · Operating data · Process control · Deployment learning
PROTEIN · FRASS · OILS · BIOMOLECULES
More modules → more capacity → more operating data → stronger fleet economics
Every deployed module adds capacity, operating data, commercial proof and a stronger base for fleet economics.
SCALABLE BY DESIGN
A repeatable infrastructure platform, not a single facility.
Hermetia is built as a fleet of standardised modules, deployed where residual biomass is generated. Each new deployment adds local production capacity while strengthening one central operating platform.
FOOD PROCESSING SITE
HERMETIA MODULE
Local residuals → biological production
FOOD PROCESSING SITE
HERMETIA MODULE
Local residuals → biological production
FOOD PROCESSING SITE
HERMETIA MODULE
Local residuals → biological production
HERMETIA OPERATING PLATFORM
Fleet monitoring · Operating data · Process control · Deployment learning
PROTEIN · FRASS · OILS · BIOMOLECULES
More modules → more capacity → more operating data → stronger fleet economics
Every deployed module adds capacity, operating data, commercial proof and a stronger base for fleet economics.
SCALABLE BY DESIGN
A repeatable infrastructure platform, not a single facility.
Hermetia is built as a fleet of standardised modules, deployed where residual biomass is generated. Each new deployment adds local production capacity while strengthening one central operating platform.
FOOD PROCESSING SITE
HERMETIA MODULE
Local residuals → biological production
FOOD PROCESSING SITE
HERMETIA MODULE
Local residuals → biological production
FOOD PROCESSING SITE
HERMETIA MODULE
Local residuals → biological production
HERMETIA OPERATING PLATFORM
Fleet monitoring · Operating data · Process control · Deployment learning
PROTEIN · FRASS · OILS · BIOMOLECULES
More modules → more capacity → more operating data → stronger fleet economics
Every deployed module adds capacity, operating data, commercial proof and a stronger base for fleet economics.
WHY NOW
Europe’s biological supply chain is repricing.
European food producers face growing pressure to manage organic residual streams more efficiently and locally.
At the same time, dependence on imported feed ingredients, fertiliser inputs and biological materials increases the value of regional production capacity.
Hermetia turns local food-processing residuals into locally produced biomass and commercially useful outputs.
WHY NOW
Europe’s biological supply chain is repricing.
European food producers face growing pressure to manage organic residual streams more efficiently and locally.
At the same time, dependence on imported feed ingredients, fertiliser inputs and biological materials increases the value of regional production capacity.
Hermetia turns local food-processing residuals into locally produced biomass and commercially useful outputs.
WHY NOW
Europe’s biological supply chain is repricing.
European food producers face growing pressure to manage organic residual streams more efficiently and locally.
At the same time, dependence on imported feed ingredients, fertiliser inputs and biological materials increases the value of regional production capacity.
Hermetia turns local food-processing residuals into locally produced biomass and commercially useful outputs.
THE PLATFORM ROADMAP
One company.
A vertically integrated platform.
A forward-looking roadmap for a distributed biotech platform. These are development directions, not independent operating divisions today.
01 / ENGINEERING
Hermetia Engineering
Container technology, automation, sensor systems, machine vision and the operating platform for controlled biological production.
02 / MOLECULES
Hermetia Molecules
Extraction-ready biomass and, over time, partnerships or integrated capabilities for higher-value molecular outputs.
03 / NETWORKS
Hermetia Networks
Distributed deployment, monitoring, service and operational support across customer sites.
04 / SUPPLY
Hermetia Supply
Commercial distribution of feed ingredients, fertiliser products and downstream biomass outputs.
THE PLATFORM ROADMAP
One company.
A vertically integrated platform.
A forward-looking roadmap for a distributed biotech platform. These are development directions, not independent operating divisions today.
01 / ENGINEERING
Hermetia Engineering
Container technology, automation, sensor systems, machine vision and the operating platform for controlled biological production.
02 / MOLECULES
Hermetia Molecules
Extraction-ready biomass and, over time, partnerships or integrated capabilities for higher-value molecular outputs.
03 / NETWORKS
Hermetia Networks
Distributed deployment, monitoring, service and operational support across customer sites.
04 / SUPPLY
Hermetia Supply
Commercial distribution of feed ingredients, fertiliser products and downstream biomass outputs.
THE PLATFORM ROADMAP
One company.
A vertically integrated platform.
A forward-looking roadmap for a distributed biotech platform. These are development directions, not independent operating divisions today.
01 / ENGINEERING
Hermetia Engineering
Container technology, automation, sensor systems, machine vision and the operating platform for controlled biological production.
02 / MOLECULES
Hermetia Molecules
Extraction-ready biomass and, over time, partnerships or integrated capabilities for higher-value molecular outputs.
03 / NETWORKS
Hermetia Networks
Distributed deployment, monitoring, service and operational support across customer sites.
04 / SUPPLY
Hermetia Supply
Commercial distribution of feed ingredients, fertiliser products and downstream biomass outputs.
ACHIEVEMENTS SO FAR
Built, operating, and ready to scale.
Hermetia has moved from concept to operation: a fully operational first module, initial commercial validation and a platform built for repeatable deployment.
First module fully operational
A full-scale Hermetia module demonstrating the complete bioconversion process in operation.
First commercial revenue
Paid activity validating demand for Hermetia’s technology and deployment capability.
First customer Letter of Intent
Commercial validation for the deployment of Hermetia’s on-site bioconversion infrastructure.
THE TEAM
Biology, engineering and commercial execution in one team.
Leszek Gierusz, PhD Co-Founder, Biotech & Regulatory
Molecular biologist focused on bioprocess development, implementation and regulatory pathways.
Mateusz Haase, MEng Co-Founder, Automation & Technology
Mechanical engineer specialising in industrial automation, machine design and scale-up.
Mateusz Zabolski, MBA Co-Founder & CEO
Leads company strategy, automation systems and commercial development.
Magdalena Macuga, MSc Finance & Corporate
Finance and corporate operations leader with more than 11 years of experience in global organisations.
Franciszek Milczarski — Business Development Director
Leads business development, customer relationships and strategic partnerships across the Hermetia platform.
Kamil Kuźniar — Head of Design Engineering
Leads the design and engineering development of Hermetia’s containerised modules and supporting systems.
Supported by specialists in machine vision, environmental optimisation, electrical engineering, industrial automation and biological process development.
ACHIEVEMENTS SO FAR
Built, operating, and ready to scale.
Hermetia has moved from concept to operation: a fully operational first module, initial commercial validation and a platform built for repeatable deployment.
First module fully operational
A full-scale Hermetia module demonstrating the complete bioconversion process in operation.
First commercial revenue
Paid activity validating demand for Hermetia’s technology and deployment capability.
First customer Letter of Intent
Commercial validation for the deployment of Hermetia’s on-site bioconversion infrastructure.
THE TEAM
Biology, engineering and commercial execution in one team.
Leszek Gierusz, PhD Co-Founder, Biotech & Regulatory
Molecular biologist focused on bioprocess development, implementation and regulatory pathways.
Mateusz Haase, MEng Co-Founder, Automation & Technology
Mechanical engineer specialising in industrial automation, machine design and scale-up.
Mateusz Zabolski, MBA Co-Founder & CEO
Leads company strategy, automation systems and commercial development.
Magdalena Macuga, MSc Finance & Corporate
Finance and corporate operations leader with more than 11 years of experience in global organisations.
Franciszek Milczarski — Business Development Director
Leads business development, customer relationships and strategic partnerships across the Hermetia platform.
Kamil Kuźniar — Head of Design Engineering
Leads the design and engineering development of Hermetia’s containerised modules and supporting systems.
Supported by specialists in machine vision, environmental optimisation, electrical engineering, industrial automation and biological process development.
ACHIEVEMENTS SO FAR
Built, operating, and ready to scale.
Hermetia has moved from concept to operation: a fully operational first module, initial commercial validation and a platform built for repeatable deployment.
First module fully operational
A full-scale Hermetia module demonstrating the complete bioconversion process in operation.
First commercial revenue
Paid activity validating demand for Hermetia’s technology and deployment capability.
First customer Letter of Intent
Commercial validation for the deployment of Hermetia’s on-site bioconversion infrastructure.
THE TEAM
Biology, engineering and commercial execution in one team.
Leszek Gierusz, PhD Co-Founder, Biotech & Regulatory
Molecular biologist focused on bioprocess development, implementation and regulatory pathways.
Mateusz Haase, MEng Co-Founder, Automation & Technology
Mechanical engineer specialising in industrial automation, machine design and scale-up.
Mateusz Zabolski, MBA Co-Founder & CEO
Leads company strategy, automation systems and commercial development.
Magdalena Macuga, MSc Finance & Corporate
Finance and corporate operations leader with more than 11 years of experience in global organisations.
Franciszek Milczarski — Business Development Director
Leads business development, customer relationships and strategic partnerships across the Hermetia platform.
Kamil Kuźniar — Head of Design Engineering
Leads the design and engineering development of Hermetia’s containerised modules and supporting systems.
Supported by specialists in machine vision, environmental optimisation, electrical engineering, industrial automation and biological process development.
GET IN TOUCH
Build the next biological infrastructure layer with us!
For investors
Discuss the seed round, deployment strategy and the path to fleet scale.
For industry and partners
Explore on-site bioconversion, feedstock supply, deployment and downstream biomass opportunities.
Schedule a meeting with Hermetia Systems via Microsoft Teams.
GET IN TOUCH
Build the next biological infrastructure layer with us!
For investors
Discuss the seed round, deployment strategy and the path to fleet scale.
For industry and partners
Explore on-site bioconversion, feedstock supply, deployment and downstream biomass opportunities.
Schedule a meeting with Hermetia Systems via Microsoft Teams.
GET IN TOUCH
Build the next biological infrastructure layer with us!
For investors
Discuss the seed round, deployment strategy and the path to fleet scale.
For industry and partners
Explore on-site bioconversion, feedstock supply, deployment and downstream biomass opportunities.
Schedule a meeting with Hermetia Systems via Microsoft Teams.