Central to AGRICORE (agricultural policy impact assessment), BIOVALUE (fork-to-farm simulation), and supported by mathematical programming and socio-economic modelling keywords.
AXIA INNOVATION GmbH
Munich SME providing agent-based modelling, predictive analytics, and standardization services across manufacturing, bio-economy, and agri-food EU consortia.
Their core work
AXIA Innovation is a Munich-based SME that provides modelling, simulation, and decision-support tools across industrial and agri-food value chains. Their recurring contributions include agent-based modelling, predictive analytics, standardization frameworks, and open innovation ecosystem design. They serve as technical service providers in large EU consortia, translating complex data into actionable intelligence for sectors ranging from advanced materials to sustainable agriculture. Their work spans digital tools for process optimization, policy impact assessment, and circular economy strategies.
What they specialise in
Consistent participation in MASTRO, LightCoce, LightMe, LEE-BED, BIOMAC, and FLAMINGo covering lightweight metals, ceramics, nano-inks, and biopolymers with predictive modelling and process control.
MultiCycle (plastics recycling), MY-FI (myco-fibres), BIONANOPOLYS (bio-based polymers), LIGNICOAT (lignin coatings), and PureNano (nanoparticle regeneration) all address material circularity.
LightCoce, LightMe, and BIOMAC explicitly list standardization and open collaboration as key activities, suggesting AXIA helps structure multi-partner innovation platforms.
AGRICORE and BIOVALUE focus on agricultural decision tools, while ProFuture (microalgae protein) and AccelWater (water circularity in food industry) extend into food system sustainability.
GREENER (bioremediation), AccelWater (energy recovery, waste valorization), and PureNano (spent bath regeneration) show growing environmental technology involvement.
How they've shifted over time
AXIA's early H2020 work (2017-2019) focused heavily on industrial materials — recycling processes, composites, printed electronics, and pilot plant design for manufacturing scale-up. From 2020 onward, their portfolio shifted decisively toward bio-based materials, sustainability, and food system intelligence, with projects on mycelium textiles, microalgae proteins, lignin coatings, and agent-based simulation for agricultural biodiversity. Throughout both periods, predictive modelling and standardization remained constant threads, indicating these are core service offerings applied to evolving domain areas.
AXIA is moving from traditional manufacturing support toward bio-economy and digital twin applications for food and agriculture, making them a strong partner for green transition projects.
How they like to work
AXIA operates exclusively as a consortium participant — across 18 projects, they have never served as coordinator. They consistently join large consortia (268 unique partners across 31 countries), which suggests they offer specialized, repeatable services that fit into diverse project architectures. Their presence across very different sectors (materials, food, environment, health) indicates they are valued for transferable technical capabilities rather than deep domain lock-in.
AXIA has built an exceptionally broad network of 268 unique consortium partners spanning 31 countries, placing them among the most connected SMEs in H2020. Their geographic spread is pan-European with no strong concentration in any single region.
What sets them apart
AXIA's distinguishing feature is their ability to apply the same core toolkit — agent-based modelling, predictive analytics, and standardization — across radically different sectors, from lightweight metal casting to agricultural policy simulation. Few SMEs can credibly contribute to both a nanoparticle remediation project and an agri-food biodiversity tool. For consortium builders, this means a reliable, experienced partner who understands EU project mechanics and can handle cross-cutting digital and analytical work packages without sector-specific onboarding.
Highlights from their portfolio
- BIOVALUELargest single EC contribution (EUR 389,125) and represents AXIA's strategic shift toward agent-based simulation for agri-food biodiversity and value chains.
- AGRICOREDemonstrates AXIA's core strength in agent-based modelling and mathematical programming applied to agricultural policy, with EUR 292,904 in funding.
- BIOMACEUR 378,700 for building a European bio-based nanomaterials community, combining their materials expertise with standardization and open collaboration capabilities.