Top 50 Biodiversity Monitoring in Europe

The startup utilizes artificial intelligence and audio analysis to monitor biodiversity changes, providing clients with precise data and analytics on ecological trends. This platform enables organizations to access affordable, high-quality biodiversity insights, facilitating informed decision-making for environmental conservation efforts.

3Bee utilizes IoT technology and bioacoustic monitoring to assess and regenerate ecosystem biodiversity, focusing on pollinator health and habitat restoration. The company addresses the decline in biodiversity by creating customized Biodiversity Oases and providing data-driven insights for businesses to enhance their environmental strategies.

NatureMetrics utilizes environmental DNA (eDNA) technology to provide precise biodiversity monitoring and impact reporting, enabling businesses to identify hard-to-detect species and assess nature-related risks. Their end-to-end solution delivers actionable insights and metrics that help organizations meet regulatory requirements and optimize their nature strategies.

Leeana is a biodiversity management platform that utilizes satellite imagery and AI to provide near real-time, high-resolution data on biodiversity impacts at operational sites. The platform enables companies to measure their nature footprint, set reduction targets, and comply with biodiversity reporting frameworks such as TNFD and SBTN.

Gentian utilizes high-resolution satellite imagery and machine learning to produce precise biodiversity maps and ecological assessments, enabling organizations to quantify their impact on nature. This technology provides fast and cost-effective solutions for habitat mapping, supporting compliance with international biodiversity reporting standards.

MORFO utilizes drones and AI-driven monitoring to accelerate Assisted Natural Regeneration (ANR) for reforesting tropical ecosystems, focusing on planting diverse native species to restore biodiversity. The company addresses deforestation and carbon sequestration challenges by providing scalable, science-based solutions that engage local communities in the restoration process.

darwin provides a modular platform that integrates biodiversity intelligence into sustainability strategies for businesses, utilizing AI to model environmental impacts and dependencies. This enables companies to efficiently collect data, set science-based targets, and report in compliance with key sustainability frameworks.

The Landbanking Group provides the Landler platform, a science‑backed natural capital management system that quantifies, monitors, and verifies ecosystem services such as carbon, water, soil health, biodiversity, and social factors using remote sensing and on‑ground data. It translates verified improvements into Nature Equity contracts, allowing land stewards to earn financial rewards and enabling businesses to invest in, report on, and mitigate nature‑related risks through near‑real‑time dashboards and AI‑driven analytics.

This startup provides environmental investment services focused on rewilding degraded ecosystems to enhance global biodiversity. By restoring terrestrial and marine habitats, the company delivers measurable ecological benefits while generating sustainable financial returns for investors.

The startup operates a rewilding initiative that establishes nature reserves designed to sequester carbon and enhance biodiversity while creating green jobs. By implementing nature-based solutions, the company addresses climate change, biodiversity loss, and land ownership inequality, providing measurable benefits for both the environment and local communities.

Dendra provides RestorationOS, an end‑to‑end ecosystem management platform that integrates remote sensing, AI analytics, and operational tools to help environmental managers plan, monitor, and report large‑scale habitat restoration. The system consolidates aerial and satellite imagery, sensor data, and field observations into actionable health metrics and predictive models, while also offering drone‑compatible aerial seeding to accelerate planting in remote or hazardous areas.

Jeev provides a platform that evaluates the natural capital potential of land by analyzing biomass and biodiversity restoration opportunities, enabling project developers to design effective nature restoration interventions. The service minimizes project development costs and accelerates financing by presenting tailored project designs to investors, facilitating quicker and more cost-effective project launches.

Coolant provides AI-powered solutions for precise forest monitoring and carbon measurement. The platform leverages advanced machine learning and geospatial data to deliver accurate ecological assessments. This enables clients to reliably track forest health and quantify carbon sequestration efforts.

CollectiveCrunch utilizes AI and machine learning to provide accurate, scalable forest inventories and monitor forest health, enabling data-driven decision-making for sustainable forest management. The platform addresses the challenges of assessing biodiversity and carbon storage, essential for maintaining resilient forests in the face of climate change.

The startup provides a platform for nature measurement and reporting, utilizing biomonitoring strategies and digital field assistants to enable biodiversity measurement protocols. This technology supports sectors such as oil and gas, mining, and agriculture in meeting regulatory compliance and enhancing environmental sustainability.

Zora Ecosystems offers an end‑to‑end digital platform that uses satellite imagery and remote‑sensing analytics to evaluate land suitability, design nature‑based restoration projects, structure financing, and manage implementation and ongoing monitoring. The system provides rapid land assessment, optimization of carbon and biodiversity outcomes, financial modeling tools, and continuous measurement‑reporting‑verification to deliver transparent performance data for landowners, corporates, water utilities, and investors.

This startup provides a platform that uses satellite imagery and AI to monitor biodiversity and classify habitats. Their tool helps local authorities and conservationists gain insights into species distribution and make data-driven decisions for conservation efforts.

Biospheres develops and implements large-scale regenerative agriculture practices that restore terrestrial ecosystems while enhancing soil health and biodiversity. The company provides strategic guidance, training, and monitoring solutions to agricultural organizations, enabling measurable improvements in carbon sequestration and environmental sustainability.

Green PRAXIS provides a digital platform that automates the collection and AI‑driven analysis of high‑resolution satellite imagery, land‑use, species, and regulatory data to deliver regulator‑grade environmental diagnostics at plot and portfolio scales. The solution generates biodiversity, carbon stock, and risk scores—along with mitigation recommendations and scenario modeling—enabling real‑estate managers, infrastructure operators, and urban planners to meet ESG reporting requirements and optimize land use efficiently.

Stream Ocean is developing an AI-powered underwater monitoring system that provides high-definition video and real-time data analytics for marine biodiversity assessment. This solution addresses the urgent need for effective ocean monitoring to safeguard marine ecosystems and resources, offering continuous insights at one-third the cost of traditional methods.

This company provides nature analytics through a dashboard integrating geospatial, remote sensing, and in-situ acoustic monitoring data. They utilize deep learning models to process diverse data sources for biodiversity and land use assessments. The platform delivers precise, transparent metrics tailored to specific project areas and measurement objectives.

Kanop provides a cloud‑based platform that delivers continuous, high‑resolution (10 m–30 m) satellite imagery and AI analytics with quantified confidence intervals for biomass, carbon, canopy height, and land‑use change. Its AI agents automate eligibility assessments against major carbon standards, create dynamic baselines, and generate annual monitoring reports, accessible via API or web dashboard for nature‑based project developers, investors, and corporations needing audit‑ready environmental data.

The startup manufactures and installs nature-based reef structures that enhance marine ecosystems through eco-engineering and biological monitoring. By providing tailored solutions for underwater construction and sustainable fishing, the company addresses the decline of marine biodiversity and the need for effective marine infrastructure.

The startup provides marine biodiversity monitoring solutions through meticulous data collection and spatial analysis, enabling organizations to assess ecological impacts and risks. By offering near real-time insights, it helps businesses comply with emerging nature-related reporting requirements while reducing costs associated with traditional survey methods.

Biofonic develops below-ground acoustic sensors and AI to monitor and analyze the complex soil biome. This technology provides actionable intelligence to farmers and land managers seeking to transition to sustainable agricultural practices. The platform aims to enhance soil health, nutrient cycling, and climate resilience in terrestrial ecosystems.

The startup provides a technology platform that utilizes machine learning algorithms and ecological data analytics to enhance biodiversity restoration efforts. By identifying optimal restoration sites and monitoring ecosystem health, the solution addresses the decline in biodiversity and supports sustainable environmental practices.

The startup operates a nature-tech platform that connects businesses and individuals with a curated selection of global nature restoration projects, enabling direct participation in environmental recovery efforts. By facilitating collaboration on measurable restoration initiatives, the platform addresses the need for effective engagement in biodiversity conservation and ecosystem restoration.

Mozaic Earth provides a platform for ground-truthing nature data by enabling scalable, transparent collection of habitat and biodiversity information. Their mobile application allows field staff and local communities to capture geolocated data easily, even offline. The platform integrates this ground data with AI-powered remote sensing for audit-grade biodiversity risk and impact reporting.

Naturebound provides farmers with access to biodiversity data through advanced data analytics and visualization tools. This enables farmers to make informed decisions that enhance crop yields and promote sustainable agricultural practices.

Verna provides geospatial data science software that optimizes land use to reduce carbon emissions and enhance biodiversity while ensuring sustainable financial returns. Their tools assist ecologists, foresters, and landowners in making informed decisions by processing and interpreting environmental data effectively.

SKYLAB utilizes aerial data analysis from drones, planes, and satellites, powered by its proprietary forestAI technology, to provide precise monitoring of forest health, carbon stocks, and seedling survival rates. The company addresses the need for accurate, scalable assessments in forestry management, enabling clients to make informed decisions regarding conservation and productivity.

FaunaPhotonics utilizes automated in-field sensor technology to monitor insect populations, providing precise data on biodiversity and ecosystem health. This continuous monitoring enables organizations to make informed sustainability decisions and assess the effectiveness of their conservation efforts.

The startup develops an integrated platform that utilizes AI-driven remote sensing technology to facilitate the design, funding, and long-term monitoring of nature restoration and carbon removal projects. This platform enables land managers and project developers to quantify and communicate the environmental impact of their initiatives, making them more reliable and attractive to investors.

Nadar provides a satellite and AI-powered software platform for monitoring natural ecosystems and supply chains. This technology enables businesses to track carbon stocks and ensure deforestation-free sourcing with global coverage. The platform simplifies compliance with regulations like the EUDR through accurate, real-time earth observation insights.

Spottitt offers a cloud‑based platform that ingests satellite, radar, and LiDAR data and applies AI analytics to generate actionable risk metrics for vegetation encroachment, asset movement, third‑party intrusions, climate impacts, and biodiversity changes. The service delivers customizable GIS‑compatible dashboards and reports that integrate with existing asset‑management systems, enabling energy, utility, and infrastructure operators to monitor large areas remotely on a subscription basis.

Agtelligence offers an Earth Observation data platform with AI-driven analytics to provide precise environmental insights for nature conservation, biodiversity net gain, and regenerative agriculture. The platform delivers scalable, high-resolution imagery and analysis to support ESG reporting and sustainable development goals, enabling data-driven decision-making for improved conservation outcomes.

Puro Analytics offers environmental DNA (eDNA) analysis to make biodiversity data visible and actionable for conservation and impact tracking. Their non-invasive service uses advanced sequencing and bioinformatics to detect species presence from various environmental samples, enabling organizations to establish baselines and monitor ecological changes.

This startup provides an AI-driven web mapping platform that automates geospatial analysis for environmental professionals, focusing on tasks such as animal census, land use change, and infrastructure impact assessments. By streamlining data collection and reporting, the software enhances researchers' ability to understand animal behavior and environmental changes efficiently.

TerraGreen provides a digital platform that aggregates a geospatial database of German land parcels and uses AI to score habitat suitability, automatically matching landowners with developers and municipalities needing nature‑compensation sites. The system automates permit preparation, contract generation with escrow, and compliance reporting, while offering satellite‑based monitoring of habitat development and CO₂ sequestration for ESG documentation.

The startup provides nature-based restoration services that focus on ecosystem protection and carbon offset generation through habitat restoration and biodiversity enhancement. By addressing pollution and rural poverty, the company offers measurable benefits in environmental sustainability and economic resilience for its clients.

The startup provides land management and restoration services that transform excavated soil into agricultural resources through land analysis, project planning, and ongoing monitoring. This process enhances soil fertility and biodiversity, addressing the issue of degraded land at construction sites.

Uses acoustic sensors and proprietary AI algorithms to monitor insect pollinator activity and biodiversity in agricultural and natural environments. This technology identifies areas of low pollinator activity, enabling targeted interventions to improve crop yields, support corporate sustainability, and provide scalable biodiversity assessments.

EcoPulse provides non-invasive biodiversity assessments by analyzing airborne environmental DNA (eDNA). Their platform captures and sequences eDNA from air samples to identify a wide range of species, delivering actionable insights for conservation and environmental management.

Trinity AgTech provides Sandy, a Smart Natural Capital Navigator that utilizes ISO-accredited analytics and a model-data fusion approach to measure and optimize carbon, biodiversity, and water quality on farms. This software enables agricultural businesses to accurately assess their natural capital, enhancing resilience and profitability while facilitating compliance with sustainability standards.

Sacred Forests connects sustainability‑focused brands with Indigenous‑led rewilding projects, funding land‑buyback, guardianship payments, and restoration of sacred forest territories. Using real‑time satellite monitoring and Indigenous ecological knowledge, the platform ensures high‑integrity protection, carbon sequestration, and biodiversity outcomes while providing transparent impact reporting.

Inverto Earth offers a technology platform for coastal ecosystem restoration and monitoring. We use remote sensing, drone planting, and data analytics to measure and verify carbon sequestration and biodiversity impact in coastal habitats like mangroves.

The startup operates an environmental conservation platform that facilitates tree planting initiatives and forest management services, enabling businesses and individuals to actively participate in forest restoration efforts. By providing educational programs and measurable impact metrics, the platform helps users demonstrate their commitment to environmental sustainability and contribute to biodiversity preservation.

SimplexDNA provides end‑to‑end environmental DNA (eDNA) analysis services that turn water, soil, or air samples into detailed taxonomic reports, revealing the presence of microbes, plants, invertebrates, fish, and mammals. Using a simple field kit and high‑throughput sequencing in their Swiss laboratory, they deliver semi‑quantitative biodiversity data for ecosystem monitoring, invasive species detection, and restoration assessments, with customizable panels such as FishMonitor and QuaggaMonitor.

Minnow Collective provides a cloud platform that maps a company's sourcing locations to specific ecosystems and assesses on‑the‑ground biodiversity conditions. The tool identifies risk hotspots and opportunity clusters, enabling large enterprises to track ecosystem metrics, report on nature‑related impacts, and integrate biodiversity resilience into supply‑chain decisions.

Calterra offers an AI‑driven platform that converts aerial and drone imagery into high‑precision peatland erosion maps, restoration plans, and real‑time monitoring dashboards. The system provides automated vegetation, hydrology, and accessibility metrics, secure collaboration tools, and interactive 3D visualizations, enabling landowners, developers, consultants, and NGOs to plan, track, and manage peatland restoration without specialist GIS expertise.