# XNatura — full reference

> By 3Bee. Nature, climate and biodiversity services since 2017.

One platform: 150+ map layers, 10,000+ IoT sensors, IPCC scenarios, AI. One team of ecologists, agronomists and ESG strategists who sign every result. Seven products, one per risk. Every XN product reads and writes the same digital twin of your sites: satellite, sensors, scenarios and surveys, at the cadence each of them deserves.

## Platform

### One site model. Every layer of data. One place your experts sign.
https://www.xnatura.com/platform/
The XNatura platform is the nature and climate intelligence software built by 3Bee. For every site you add, a plant, a field, a data center, a park, it builds a digital twin: the perimeter, the land cover inside it and in the surrounding control area, and every environmental indicator that satellite, sensors, climate models and field surveys can attach to it. The seven XN products are modules of this one platform. They read the same twin and write back into it, so a risk screen, an ecological baseline and a disclosure report never disagree about the same hectare. A named expert reviews and signs every deliverable inside the platform, and the sign-off stays attached to the data.
Sections of a site in the platform: Site and digital twin — Draw the polygon of your asset or upload a KML file, then add the control area around it. The platform builds the site model and starts pulling every layer for it. Land use — The satellite land-cover map inside the site and in the control area: forest, cropland, grassland, water, built-up, each class with its share and its trend. Assessment — The environmental KPIs of the site, grouped by theme: habitat quality and connectivity, water stress, surface heat, imperviousness, pollution, carbon. Each value traceable to its source. Survey and census — Field evidence next to remote data: species lists from Birdy and Spectrum, camera-trap detections, hive and air-quality sensors, sampling and censuses by our ecologists. Scenarios — Versions of the same site side by side: change the land cover, add a hedgerow or a wetland, and see how every KPI moves before you act. Risks and opportunities — The forward-looking view per asset: physical climate risk under IPCC scenarios, nature dependencies and impacts, ranked so you know where to act first. Reports and export — An automatic site report, the deliverables of each XN product, and the export of every dataset, georeferenced and timestamped, with the expert's sign-off attached.
Data sources: Satellite layers, IoT sensors, AI and IPCC scenarios, Security and data.

## Products

### XN Impact — Environmental Impact Intelligence System
https://www.xnatura.com/products/xn-impact/
The natural part of an EIA: habitats, species, soil, climate and risks of your site from 150+ map layers and field surveys, laid out for the authority.
Deliverables: Site screening, Natural chapters of the EIA, Appropriate Assessment support, Monitoring before and after construction.
Data sources: 150+ map layers, Field surveys, Field sensors, Italian EIA projects.
Standards covered: EIA, Appropriate Assessment, SEA, Monitoring plan.

### XN Ecology — Field Ecology Intelligence System
https://www.xnatura.com/products/xn-ecology/
Our ecologists in the field, sensors between visits: species surveys, compensation, monitoring before and after the works, forests, BREEAM and BNG.
Deliverables: Ecological survey, Compensation and management, Monitoring, BREEAM and BNG.
Data sources: 150+ map layers, Field surveys, Field sensors, Report Builder.
Standards covered: EIA, BREEAM, LEED, BNG.

### XN Biodiversity — Biodiversity & Nature Management System
https://www.xnatura.com/products/xn-biodiversity/
Baseline, sensors and a Biodiversity Action Plan for every site. Signed by an ecologist, ready for ESRS E4, BNG and permitting.
Deliverables: Ecological baseline, Sensor network, Biodiversity Action Plan, Monitoring & disclosure pack.
Data sources: 150+ map layers, IoT sensors, Field surveys, Expert sign-off.
Standards covered: ESRS E4, BNG, EIA / VIncA, TNFD, SBTN, BREEAM / LEED.

### XN FireSight — Wildfire Risk Intelligence System
https://www.xnatura.com/products/xn-firesight/
Fuel load, moisture and ignition risk around your sites and corridors, signed by a fire risk specialist.
Deliverables: Exposure baseline, Satellite fire detections, Mitigation plan, Evidence pack.
Data sources: Satellite fuel and moisture, Weather and ignition history, Field checks, Expert sign-off.
Standards covered: ISO 14090, Civil protection, ESRS E1, TCFD, Insurance, EU Taxonomy.

### XN Vegetation — Vegetation Management System
https://www.xnatura.com/products/xn-vegetation/
You give us the route of your lines, roads or railways; we analyse the vegetation in the strip around it, from satellite and, where needed, in the field.
Deliverables: The strip, Vegetation baseline, Change, Report.
Data sources: Sentinel-2, Canopy height model, Tree cover loss, Field.
Standards covered: Highway Code, art. 29, Highway Code regulation, art. 26, DPR 753/1980, art. 52.

### XN Water Risk — Water Risk Intelligence System
https://www.xnatura.com/products/xn-water-risk/
Water stress, flood and quality risk on your sites, catchments and suppliers.
Deliverables: Water risk screen, Catchment analysis, Water action plan, Water-stress classification.
Data sources: Satellite water layers, Hydrological models, Field measurements, Official flood maps.
Standards covered: ESRS E3, TNFD, EU Taxonomy, WFD.

### XN Clima — Climate Risk Intelligence System
https://www.xnatura.com/products/xn-clima/
Physical climate risk for every asset you own or finance, under IPCC scenarios, signed by a climate risk analyst.
Deliverables: Portfolio screen, Scenario analysis, Risk register, Risk table.
Data sources: IPCC climate scenarios, 150+ map layers, Hazard models, Expert sign-off.
Standards covered: ESRS E1, TCFD, EU Taxonomy, ISSB S2, EBA / ECB, ISO 14090.

## Technology

### Integrated artificial intelligence to interpret and enhance environmental data
https://www.xnatura.com/technology/artificial-intelligence/
From data to concrete actions: XNatura integrates generative models to transform complex information into operational decisions
Covers: AI integrated for the service of nature, Main areas of use for integrated artificial intelligence in XNatura.

### Satellite Maps for Environmental and Territorial Monitoring
https://www.xnatura.com/technology/satellite-maps/
Our satellite maps provide detailed analysis of the environment, climate, biodiversity, and risks. Explore the main categories and discover how this information can support sustainable decisions.
Covers: Explore Interactive Maps for Environmental Monitoring, Land Use, Density and Urbanization, Climate Interaction, Interaction with Nature, Risks.

### Continuous environmental monitoring with IoT technology
https://www.xnatura.com/technology/field-sensors/
XNatura integrates IoT devices for biodiversity monitoring. From the sound of pollinators to the environmental parameters of hives, each sensor collects geolocated and continuous data, useful for site analysis, ESG reporting, and environmental risk assessment.
Key figures: 2 Birdy: Installed sensors, 32.869 Birdy: Findings, 50 Phototraps: Installed sensors, 3.568 Phototraps: Wildlife observations, 1.000 Spectrum: Installed sensors, 7.137.260 Spectrum: Monitored pollinators, 5.318 Hive-tech: Installed sensors, 1.595.400.000 Hive-tech: Pollinators monitored per year.
Covers: Our sensors in the field, Birdy, Phototraps, Spectrum, Hive-tech.

### NDMI: Normalized Difference Moisture Index
https://www.xnatura.com/technology/ndmi/
The NDMI (Normalized Difference Moisture Index) measures vegetation water content using Sentinel-2 satellite imagery. It is one of the most reliable remote-sensing indicators for water stress, drought monitoring and forest health assessment.
Key figures: 865 nm Sentinel-2 B8A: NIR, 1610 nm Sentinel-2 B11: SWIR, 10–20 m Spatial resolution, 5 days Temporal resolution.
Covers: What is NDMI?, How NDMI is calculated, NDMI value ranges and interpretation, NDMI use cases, NDMI vs NDVI vs NDWI, How Xnatura uses NDMI.

## Field sensors

### Birdy: Listen to Nature
https://www.xnatura.com/technology/sensors/birdy/
Birdy listens to and recognizes birds' songs, enabling continuous and non-invasive mapping of avian biodiversity.
Status: available. Specifications: Frequency range 20Hz - 20kHz, Storage Unlimited cloud, Autonomy 12 months, Species database 200+, Recognized species 200+, Total detections 32.8K+, Continuous recording H24.
Covers: Bioacoustic monitoring of avifauna, Sensor Birdy, Key features, Technical specifications, How it works, Birdy in action.

### Kiro: Listen to the night
https://www.xnatura.com/technology/sensors/kiro/
Kiro is the bioacoustic sensor that detects the presence of bats by listening to their ultrasound. Continuous, automatic and non-invasive monitoring of nocturnal biodiversity.
Status: in field test, not yet generally available. Specifications: Installation height 4 m, Power supply 24h solar, Connectivity Multi-operator SIM, Detection Ultrasound, Continuous monitoring 24/7, Non-invasive 100%, Field technicians 0.
Covers: Listen to the ultrasound from the field test, What is Kiro, Why bats, How It Works: Echolocation, Key Features, Kiro in the field, Launch Timeline.

### Spectrum: Listen to the pollinators
https://www.xnatura.com/technology/sensors/spectrum/
Spectrum listens to the environment and detects the presence of pollinators, classifying them into 19 clusters based on wingbeat frequency. A revolutionary technology for passive biodiversity monitoring.
Status: available. Specifications: Listening Range 3 meters, Solar autonomy Unlimited, Autonomy without sun 3 months, Analyzed Clusters 19.
Covers: Continuous Pollinator Monitoring, Sensor Spectrum, Key Features, Technical Specifications, How It Works, Spectrum in action..

### Hive-Tech: Protect the Bees
https://www.xnatura.com/technology/sensors/hive-tech/
Hive-Tech monitors in real time the health status of bee colonies through biometric parameters, weight, and the hive's environmental conditions.
Status: available. Specifications: Weight Precision ±10g, Temperature range -20°C / +60°C, Humidity 0-100% RH, Power Solar + battery, Installed sensors 5.3K+, Bees monitored per year 1.5B+, Continuous monitoring 24/7.
Covers: Biometric monitoring of beehives, Technology Hive-Tech, Key features, Technical specifications, How it works, Hive-tech in action.

### Camera traps: Observe the Wildlife
https://www.xnatura.com/technology/sensors/camera-traps/
Our trail cameras capture images and videos of wildlife 24/7, enabling non-invasive and scientifically accurate census.
Status: available. Specifications: Resolution 4K Ultra HD, Trigger 0.2 seconds, IR Range 20 meters, Autonomy 6 months, Active devices 50+, Wildlife observations 3.5K+, Video resolution 4K.
Covers: Automated wildlife census, Technology Platform Camera traps, Key features, Technical specifications, How it works, Gallery.

### Sintropy Air: Precision air quality
https://www.xnatura.com/technology/sensors/sintropy-air/
Sintropy Air is the IoT sensor built for reliable, repeatable air quality measurements. It tracks fine particulate matter, gases and atmospheric parameters to give you a complete picture of the environment.
Status: available. Specifications: Measured parameters PM10, PM2.5, multi-gas, Accuracy ±5% reading, Connectivity LoRa / 4G, Power Solar + battery, Monitored parameters 10+, Sampling interval 5 min, Reading accuracy ±5%.
Covers: Clean air, data that makes a difference, Key features, Technical specifications, How it works.

### Biodiversa: Snap and Protect
https://www.xnatura.com/technology/sensors/biodiversa/
Biodiversa is the free citizen science app that turns every user into a researcher. Photograph plants and pollinators, contribute to the largest European biodiversity archive.
Status: available. Specifications: Platforms iOS and Android, Species in the database 6.000+, AI accuracy >95%, Offline mode Yes, Plants cataloged per year 1M+, Photos collected 2M+.
Covers: Citizen Science for All, App Biodiversa, Key Features, Technical Specifications, How It Works, Biodiversa in action.

## Strategy

### Biodiversity Strategy
https://www.xnatura.com/strategy/
Learn how to implement a corporate biodiversity strategy with XNatura using a scientific and data-driven approach.
Covers: What is a Biodiversity Transition Plan?, How to define a Biodiversity Transition Plan?, Biodiversity Transition Plan with XNatura, Why implement a Biodiversity Strategy?.

## Field sensors: how to get one

Field sensors are not sold through a shop and this site shows no device or subscription price.
Each device comes with an offer from the XNatura team, built on the project: how many sites and
devices, what has to be monitored and for how long, and the subscription to the XNatura platform
that turns the readings into species lists, maps and exports. To ask for one, use the talk page
(voice assistant, call booking, form) or the contact form.

Talk to us: https://www.xnatura.com/talk-to-us/
Contact us: https://www.xnatura.com/contact/

## Industries

### Energy
https://www.xnatura.com/industries/energy/
Every plant sits on land with habitats, water and fire exposure. XNatura measures them per site, keeps the record current, and signs what regulators, lenders and auditors ask for.
Key risks: Permitting delays, Physical climate exposure, Wildfire around assets.
Recommended products: XN Impact, XN Clima, XN FireSight.

### Gas Utilities
https://www.xnatura.com/industries/gas-utilities/
Linear assets cross habitats, rivers and fire-prone land. XNatura measures vegetation, water and biodiversity along the route, and signs the evidence regulators and lenders require.
Key risks: Encroachment along the route, Habitat crossings, Fire and climate exposure.
Recommended products: XN Vegetation, XN Biodiversity, XN FireSight.

### Transportation
https://www.xnatura.com/industries/transportation/
Infrastructure operators carry monitoring obligations for decades. XNatura keeps the record current per section and turns it into the documents authorities expect.
Key risks: Monitoring conditions, Vegetation and safety, Flood and heat on the network.
Recommended products: XN Biodiversity, XN Vegetation, XN Impact.

### Data Centers
https://www.xnatura.com/industries/data-centers/
Water, heat and land use decide where a data center can be built and how it reports. XNatura measures the site before the permit and keeps measuring after.
Key risks: Water and heat stress, Permitting on greenfield land, Disclosure to investors.
Recommended products: XN Water Risk, XN Clima, XN Biodiversity.

### Mining
https://www.xnatura.com/industries/mining/
Mining changes land for decades. XNatura measures habitats, water and vegetation around the site, plans the restoration and proves it to authorities and financiers.
Key risks: Restoration obligations, Water and soil impacts, Responsible supply.
Recommended products: XN Biodiversity, XN Water Risk, XN Impact.

### Agrifood Supply Chains
https://www.xnatura.com/industries/agrifood-supply-chains/
Food companies depend on thousands of hectares they do not own. XNatura monitors supplier farms with sensors and satellite, and turns the data into evidence for regenerative claims, ESRS and EUDR.
Key risks: Regenerative claims, Water in the supply chain, Deforestation and land-use.
Recommended products: XN Biodiversity, XN Water Risk, XN Vegetation.

### Natural Parks
https://www.xnatura.com/industries/natural-parks/
Parks protect what they can measure. XNatura brings sensors, satellite and field surveys together, so managers act on evidence and report it to funders and the public.
Key risks: Wildfire, Species and habitat trends, Funding and reporting.
Recommended products: XN Biodiversity, XN FireSight, XN Vegetation.

### Finance
https://www.xnatura.com/industries/finance/
Banks, insurers and asset managers must disclose nature and climate exposure across thousands of assets. XNatura ranks them from satellite and IPCC data, then goes deep where the exposure is real.
Key risks: Physical climate risk, Nature-related risk, Audit-ready disclosure.
Recommended products: XN Clima, XN Biodiversity, XN Water Risk.

### Real Estate
https://www.xnatura.com/industries/real-estate/
BREEAM, LEED, BNG and ESRS all ask what the site does for nature. XNatura measures the plot, plans the uplift and signs the credits and metrics.
Key risks: Certification credits, Biodiversity Net Gain, Climate resilience of assets.
Recommended products: XN Ecology, XN Water Risk, XN Clima.

### Cities & Municipalities
https://www.xnatura.com/industries/cities-municipalities/
Cities must plan green areas, heat and biodiversity with evidence. XNatura measures the territory from satellite and sensors and delivers plans the administration can defend.
Key risks: Urban heat and water, Green areas and biodiversity, Reporting to citizens and funders.
Recommended products: XN Biodiversity, XN Clima, XN Vegetation.

## Customers — case studies (43)

- Affari Pubblici x VISA: Affari Pubblici and Visa Italia transform a former parking lot on Via Pepe in Milan into a monitored green area, tracked for three years with a PollyX air quality sensor, pollinator shelters and satellite mapping. (https://www.xnatura.com/customers/affari-pubblici-visa/)
- AGM Inks: How AGM Inks created a biodiversity oasis in Tornaco (NO) with nectariferous species, technological apiary and IoT sensors to monitor and regenerate nature at corporate sites. (https://www.xnatura.com/customers/agm-inks/)
- Air Dolomiti: How Air Dolomiti combined IoT technology and teambuilding to regenerate biodiversity in its territory, monitored by the XNatura platform. (https://www.xnatura.com/customers/air-dolomiti/)
- Airports: Satellite assessment and IoT monitoring of 5 Italian airports with the XNatura platform: 3,800 hectares mapped, 5 PollyX sensors installed, MSA indices, hydrogeological risk and microclimatic analysis for environmental management of airport grounds. (https://www.xnatura.com/customers/airports/)
- Alce Nero: Advanced biodiversity monitoring to validate the positive impact of organic farming practices on a multi-regional scale, from Emilia Romagna to Puglia, with 24 Spectrum across 8 sites. (https://www.xnatura.com/customers/alce-nero/)
- American School of Milan: The American School of Milan transformed a campus sports field into a monitored Learning Forest with Spectrum sensors, PollyX, and pollinator shelters, creating a living biodiversity laboratory for 900 students. (https://www.xnatura.com/customers/american-school-milan/)
- Argor-Heraeus: How Argor-Heraeus implemented data-driven environmental monitoring at the Mendrisio production site and the extractive supply chain in Colombia, with satellite analysis, Spectrum bioacoustic sensors and the XNatura platform, to respond to the Global Biodiversity Framework. (https://www.xnatura.com/customers/argor-heraeus/)
- BAM: How BAM - Biblioteca degli Alberi Milano monitors biodiversity in the heart of the Porta Nuova district: 9 hectares, 2 Spectrum sensors, and over 1,700 pollinators monitored. (https://www.xnatura.com/customers/bam/)
- Bracco: How Bracco developed a global biodiversity monitoring network across 8 production sites on 2 continents, with 14 IoT sensors, satellite analysis and the XNatura Environmental Platform. (https://www.xnatura.com/customers/bracco/)
- Brebemi: Biodiversity monitoring along the Brebemi motorway: assessing the effectiveness of environmental mitigation works with IoT sensors, satellite analysis and regeneration of the Treviglio interchange. (https://www.xnatura.com/customers/brebemi/)
- Brembo: How Brembo prioritized 49 sites across 3 continents based on the ecological sensitivity of surrounding territories, using satellite analysis and the XNatura Environmental Platform. (https://www.xnatura.com/customers/brembo/)
- CAV: Biodiversity monitoring and regeneration along the CAV motorway network in Veneto: 27 IoT sensors, 20 pollinator shelters, a Biodiversity Oasis and local community engagement. (https://www.xnatura.com/customers/cav/)
- Colussi: Regenerative agriculture experimentation for the Colussi cereal supply chain: scientific monitoring across 60 hectares to validate sustainable practices before scaling to the national supply chain. (https://www.xnatura.com/customers/colussi/)
- Comoli Ferrari: How Comoli Ferrari transformed Parco Golgi in Novara into an open-air biodiversity laboratory: 1.62 hectares regenerated, 5 IoT sensors, 31 pollinator shelters and an educational programme for schools. (https://www.xnatura.com/customers/comoli-ferrari/)
- Comune di Radicofani: The Municipality of Radicofani monitors biodiversity in the Val d'Orcia with Hive-Tech sensors, pollinator shelters and satellite mapping, integrating cultural regeneration and protection of Tuscan natural heritage. (https://www.xnatura.com/customers/radicofani/)
- Crédit Agricole: Crédit Agricole Italia monitors biodiversity at the Green Life Park in its Parma headquarters using Spectrum sensors, PollyX, pollinator shelters and satellite mapping. (https://www.xnatura.com/customers/credit-agricole/)
- Cubico: Cubico Sustainable Investments monitors biodiversity at the Carlentini photovoltaic plant in Sicily with Hive-Tech beehives, PollyX sensors and satellite mapping, integrating solar production and ecosystem protection. (https://www.xnatura.com/customers/cubico/)
- Edison Next: Biodiversity and air quality monitoring at the Edison Next biomethane plant in Zinasco (PV): BeeNEXT Oasis with IoT sensors, nectar-bearing plants and pollinator shelters. (https://www.xnatura.com/customers/edison/)
- Edison ReGeA: Biodiversity monitoring at the Dogaletto (VE) remediation site with the Nuova Alba project: 33 hectares monitored with 5 Spectrum sensors to transform an industrial area into a scalable ecological recovery laboratory. (https://www.xnatura.com/customers/edison-regea/)
- Fattoria di Maiano: Biodiversity monitoring across two sites, the historic estate on the Fiesole hills and Villa di Modolo in Valbelluna, to enhance the natural heritage of olive groves, woodlands and agricultural landscapes with scientific data and site-control comparison. (https://www.xnatura.com/customers/maiano/)
- Fattoria La Maliosa: Biodiversity monitoring in a regenerative farm in Tuscan Maremma to scientifically demonstrate the sustainability of the Corino Method with data. (https://www.xnatura.com/customers/la-maliosa/)
- Findus: Biodiversity monitoring across 27 sites in the Findus vegetable supply chain in Abruzzo, Lazio, and Puglia with 35 IoT sensors, biomonitoring, satellite analysis, and a Biodiversity Oasis. (https://www.xnatura.com/customers/findus/)
- GEST: Biodiversity monitoring in GEST tramway depots in Scandicci and Bagno a Ripoli, Florence: Spectrum sensors, satellite mapping and site-control comparison to assess the ecological impact of urban transport infrastructure. (https://www.xnatura.com/customers/gest/)
- Gruppo Save: Gruppo Save brings the environmental monitoring of Venice Marco Polo Airport into XNatura: lagoon biodiversity, air quality and aircraft noise integrated into a single platform with a dedicated interface for air and noise. (https://www.xnatura.com/customers/gruppo-save/)
- Highway Ecological Corridors: Innovative monitoring of highway ecological corridors with IoT camera traps: 14 hectares monitored, 13 cameras, 6 underpasses and 44 species identified. (https://www.xnatura.com/customers/ecological-corridors/)
- Municipality of Milan: How the Municipality of Milan studies the effects of reduced mowing on biodiversity in public parks: Parco Monte Stella and Parco Indro Montanelli, 60 hectares, 4 Spectrum sensors and over 16,000 pollinators monitored. (https://www.xnatura.com/customers/milano/)
- Novo Nordisk: How Novo Nordisk monitors biodiversity at the Italian headquarters in Rome and the Oasis in Tuscany: 2 sites, 5 IoT sensors, 100 nectar-bearing plants and data integrated into the XNatura Environmental Platform. (https://www.xnatura.com/customers/novo-nordisk/)
- OD+: How OD+ transformed an unused space into a monitored ecosystem with IoT technology, training and employee engagement, thanks to the XNatura platform. (https://www.xnatura.com/customers/od-plus/)
- Parco della Valle del Lambro: Parco della Valle del Lambro monitors the biodiversity of 8,403 hectares with 24 Spectrum sensors and satellite mapping as part of the MiMOBIOVAL project. (https://www.xnatura.com/customers/parco-della-valle-lambro/)
- Parco delle Groane: Parco delle Groane e della Brughiera Briantea monitors biodiversity across 8,131 hectares with 8 Spectrum sensors, 4 Hive-Tech beehives and satellite mapping, as part of the BioGro project. (https://www.xnatura.com/customers/parco-delle-groane/)
- Ports: A Balearic port adopts remote assessment and strategic action plan to become a maritime sector benchmark for terrestrial biodiversity, with a strategy spanning impact reduction to regeneration of a fire-affected protected area. (https://www.xnatura.com/customers/ports/)
- Prometeon: Prometeon transforms the SuperLab Bicocca rooftop into a habitat for wild pollinators with 30 shelters, 1 PollyX, and satellite mapping, monitoring urban biodiversity in the heart of Milan. (https://www.xnatura.com/customers/prometeon/)
- RINA Prime Value Services: Integrated ecological assessment of two outlet villages to obtain Land Use and Ecology credits for BREEAM In-Use v6 certification. (https://www.xnatura.com/customers/rina/)
- RWE: Assessment and monitoring of biodiversity across 3 agricultural sites in Sicily destined to become RWE agrivoltaic plants: 176 hectares, 3 Spectrum sensors, pre-installation monitoring. (https://www.xnatura.com/customers/rwe/)
- Sammontana Corporate: Biodiversity monitoring in the Amando supply chain almond orchard in Sicily: 44 hectares monitored with Spectrum sensors and satellite mapping to support Sammontana's Almond Charter with scientific evidence. (https://www.xnatura.com/customers/sammontana-corporate/)
- San Pellegrino: How San Pellegrino monitors biodiversity at the Acqua Panna Estate: 1,377 hectares in Mugello with Spectrum sensors, satellite analysis and annual reports to preserve water through nature. (https://www.xnatura.com/customers/san-pellegrino/)
- Santa Giulia District: How the Santa Giulia District in Milan integrated biodiversity into urban planning through satellite monitoring, ecosystem analysis and the XNatura Environmental Platform. (https://www.xnatura.com/customers/quartiere-santa-giulia/)
- Scapigliato: How Scapigliato turned a waste management site into a biodiversity hub: 10 IoT devices on 179 hectares, satellite data and metrics linked to TNFD and GRI. (https://www.xnatura.com/customers/scapigliato/)
- Thales Alenia Space: How Thales Alenia Space mapped, prioritised and monitored biodiversity across 4 Italian industrial sites with 7 IoT devices and the XNatura platform. (https://www.xnatura.com/customers/thales-alenia-space/)
- Toyota: How Toyota integrated environmental monitoring, planting 400 nectar-bearing trees remotely and community engagement, with 6 IoT devices and satellite analysis over 16 hectares. (https://www.xnatura.com/customers/toyota/)
- Tre Marie: Regenerative oasis for certified organic honey: 1,500 nectar-producing plants in Sardinia to restore habitats, boost pollinators and produce 100% Italian organic honey. (https://www.xnatura.com/customers/tre-marie/)
- Vesuvius National Park: Vesuvius National Park monitors the biodiversity of its volcanic slopes with 20 Spectrum sensors, 29 pollinator shelters and satellite mapping, protecting a unique ecosystem. (https://www.xnatura.com/customers/parco-del-vesuvio/)
- WPD: Biodiversity and air quality monitoring at a WPD wind farm: IoT sensors, 240 nectar-producing plants and satellite analysis to turn biodiversity from a constraint into a permitting advantage. (https://www.xnatura.com/customers/wpd/)

## Resources — webinars (11)

- Environmental impact in the energy sector: The webinar on challenges, opportunities, and nature-related strategies for the agrivoltaic sector. (https://www.xnatura.com/resources/webinars/environmental-impact-in-the-energy-sector-xnatura-tools-and-aias-objectives/)
- Environmental monitoring in the mining sector: The webinar on environmental challenges, risks, and monitoring strategies for the extractive sector. (https://www.xnatura.com/resources/webinars/environmental-impact-in-the-mining-sector/)
- Integrate nature into the manufacturing sector: Webinar recording: environmental sustainability strategies for manufacturing and production sites with XNatura. (https://www.xnatura.com/resources/webinars/environmental-sustainability-in-production-sites/)
- Integrate nature into the real estate sector: Webinar recording: building a nature strategy for real estate portfolios with XNatura. (https://www.xnatura.com/resources/webinars/nature-strategy-in-real-estate/)
- Integrate nature into your business: Webinar recording: nature, biodiversity and climate risk monitoring for energy sector sites with XNatura. (https://www.xnatura.com/resources/webinars/environmental-impact-in-the-energy-sector-nature-biodiversity-climate-risk/)
- Integrate nature into your business: Webinar recording: environmental data and dependencies across the agri-food supply chain, mapped with XNatura. (https://www.xnatura.com/resources/webinars/impact-and-dependencies-in-the-agri-food-supply-chain/)
- Integrate nature into your business: Webinar recording: environmental monitoring for sustainable infrastructure facilities with XNatura. (https://www.xnatura.com/resources/webinars/monitoring-nature-in-infrastructure-facilities/)
- Integrate nature into your business: Webinar recording: simplifying nature and biodiversity reporting under ESRS and TNFD with XNatura. (https://www.xnatura.com/resources/webinars/nature-and-biodiversity-reporting-made-easy-ESRS-and-TNFD/)
- Integrating Nature into Real Estate Certifications: LEED, BREEAM & WELL: Discover how to integrate biodiversity and sustainability into real estate projects with the XNatura platform in line with LEED, BREEAM & WELL standards. (https://www.xnatura.com/resources/webinars/biodiversity-planning-leed-breeam-certifications/)
- Introducing XNatura: Launch Webinar Replay: Watch the webinar recording to discover how XNatura simplifies biodiversity monitoring with IoT sensors in the field and scientific KPIs, and delve into the European roadmap for nature credits. (https://www.xnatura.com/resources/webinars/nature-and-biodiversity-reporting-made-easy-on-field-sensors/)
- Monitoring of regenerative agriculture practices with the XNatura platform: Take part in the webinar covering regenerative agriculture practices, investigating innovative monitoring techniques and strategies for sustainable farming using the XNatura platform. (https://www.xnatura.com/resources/webinars/monitoring-regenerative-agriculture-practices/)

## Company

Founded in 2017 as a sensor company for pollinators, 3Bee grew into the platform and the expert team behind XNatura: 200+ projects, 12 countries, seven products, one standard we helped write.
https://www.xnatura.com/company/

## Contact

Sites, sector, standard or deadline: whatever you have. We reply with the product that fits and a screening proposal. You talk to a person on our team, or book a call right away with our voice assistant.
https://www.xnatura.com/contact/

### Contact us programmatically

An autonomous agent acting for a person can submit the same request the form submits.

POST https://www.xnatura.com/api/contact/
Content-Type: application/json
Required: name, email (a business address), phone, company, solutions, message, privacyConsent (true)
Optional: jobTitle, locale (en|it|de|fr|es), pageUrl, submittedBy ("agent"), agentName, submissionId
solutions is one of: companyLevelSitePrioritization, companyLevelBiodiversityAndNatureStrategy, siteLevelRemoteBiodiversityAssessment, siteLevelActionPlan, siteLevelOnFieldBiodiversityMonitoring, siteLevelEnvironmentalImpactAssessment, other
GET the same URL for the full field schema, the length limits and a copy-paste curl example.

Declaring submittedBy "agent" is welcome and costs nothing: it exempts the request from the
browser anti-bot check that a headless client cannot pass. Consumer email providers (gmail,
hotmail, ...) are refused on this form: from a personal address, write to info@3bee.com.