German biotech SME producing mycorrhizal fungi products for soil health, agriculture, and environmental remediation, with deep EU research network ties.
INOQ is a German biotechnology SME specializing in mycorrhizal fungi and soil microbiology, developing biological products for agriculture and environmental remediation. They produce and commercialize mycorrhizal inoculants — living fungal preparations that enhance plant growth, nutrient uptake, and soil health as alternatives to chemical inputs. The company bridges academic soil science and commercial application, frequently hosting early-stage researchers through EU training networks (MSCA) while pursuing its own product development in biofertilizers, biopesticides, and contaminated soil restoration.
Core focus across BestPass (plant-endophyte stability), MIRA (microbe-induced pest resistance), MYRES (mycorrhizal soil remediation), ARISTO (soil microorganism assessment), and INTERFUTURE (biopesticides/biofertilizers).
Coordinated both Envisage (environmentally-friendly solutions for affected grounds) and MYRES (mycorrhizal fungi to restore damaged soils), indicating this is a strategic priority.
INTERFUTURE focused on new-concept biopesticides, MIRA on microbe-induced pest resistance, and ARISTO on pesticide ecotoxicity assessment.
MASTER project (2019-2023) on microbiome applications for sustainable food systems represents a diversification from soil-only work into food science and processing.
ARISTO focuses on revising pesticide impact assessment on soil microorganisms; Envisage addressed contaminated ground ecosystems.
INOQ's early H2020 work (2015-2018) centered on fundamental plant-microbe interactions: endophyte stability (BestPass), microbial biopesticides (INTERFUTURE), and pest resistance through soil microbes (MIRA), largely through MSCA training networks where they hosted doctoral researchers. From 2019 onward, the focus shifted toward applied assessment and food systems — MASTER brought them into food microbiome and processing, while ARISTO addressed regulatory-relevant pesticide ecotoxicity testing on soil microbial communities. The trajectory shows a clear move from basic soil microbiology research toward commercially applicable assessment methods and food-chain microbiome work.
INOQ is moving from producing biological soil products toward becoming an authority on how microbial communities respond to pesticides and food-system interventions — positioning them at the intersection of regulation, food safety, and sustainable agriculture.
INOQ primarily joins consortia as a specialized partner (5 of 7 projects), contributing applied microbiology expertise and real-world testing capacity, while coordinating smaller innovation-focused projects (Envisage, MYRES) where they lead product development. With 76 unique partners across 21 countries, they maintain an unusually broad network for an SME, largely built through MSCA training networks that connect them to leading universities and research institutes. This makes them an accessible, well-connected partner who brings both commercial grounding and strong academic ties to any consortium.
Extensive network of 76 partners across 21 countries, built primarily through participation in pan-European MSCA training networks. This gives INOQ connections spanning major agricultural research institutions across Western, Southern, and Northern Europe.
INOQ occupies a rare niche as a commercial mycorrhizal fungi producer that is deeply embedded in academic research networks. Unlike university labs, they can test and scale biological soil products; unlike large agri-companies, they bring specialist microbiology depth and agility. For consortium builders, they offer the combination of a real product pipeline, hands-on experience with soil microbiome applications, and a 76-partner network — an unusual asset for a rural German SME with fewer than 50 employees.
