Home News XENAI, the earth intelligence platform that turns geoscientific data into decisions SHARE XENAI, the earth intelligence platform that turns geoscientific data into decisions A clear guide to Earth Intelligence, geospatial data, artificial intelligence and their applications across environmental management, natural resources and infrastructure. XENAI brings different types of Earth data together and uses artificial intelligence to turn them into practical, decision-ready intelligence. What is XENAI? XENAI is an artificial intelligence data platform for Earth Intelligence. It brings together geoscientific and geospatial information from multiple sources, connects surface and subsurface data, and helps organisations turn complex datasets into evidence they can use when making decisions. The central idea is simple: collecting more data is not enough. Airborne surveys, satellites and trusted third parties already generate vast quantities of information about the planet. The challenge is to connect that information, understand what it means and make it available to the people responsible for acting on it. XENAI is designed to address that challenge by creating a shared view of the data. Instead of working with disconnected files, formats and systems, teams can explore information, review analysis and share results securely within one platform. Key terms explained Term Plain-English meaning Earth Intelligence A connected understanding of the planet created by combining Earth data, analysis and context to support decisions. Geoscientific data Information about the Earth, including its surface, subsurface, physical properties, materials and changes over time. Geospatial data Information linked to a location. It answers questions such as where something is, how large an area is and how conditions vary from place to place. Artificial intelligence (AI) Computer-based methods that identify patterns, support predictions and automate parts of an analytical process. Machine learning A branch of AI in which models learn from data so they can recognise patterns, detect changes or generate forecasts. Decision-ready intelligence Information that has been organised and analysed so that a user can understand its relevance and apply it to a decision. Natural capital The natural resources, ecosystems and environmental assets that support society and economic activity. < SEE PREVIOUS NEW SEE NEXT NEW > < > Related news Announcements I+D Last news Cloudline and Xcalibur Smart Mapping to trial airship‑based Raman LiDAR for airborne gas concentration mapping SEE MORE > Success Cases White Paper: The strategic importance of natural capital and mineral exploration in the context of the energy transition SEE MORE > I+D Hydrogen Tech Redefines Geoscience’s Role in Energy Future SEE MORE > I+D Condor Airborne Laplacian Gravity Xcalibur Multiphysics & Lockheed Martin to create next generation airborne gravity gradiometer SEE MORE > I+D Xcalibur Multiphysics updates MagCUBE IFR WebMap via ArcGIS Online SEE MORE > Contact us. FILL THE FORM
SHARE XENAI, the earth intelligence platform that turns geoscientific data into decisions A clear guide to Earth Intelligence, geospatial data, artificial intelligence and their applications across environmental management, natural resources and infrastructure. XENAI brings different types of Earth data together and uses artificial intelligence to turn them into practical, decision-ready intelligence. What is XENAI? XENAI is an artificial intelligence data platform for Earth Intelligence. It brings together geoscientific and geospatial information from multiple sources, connects surface and subsurface data, and helps organisations turn complex datasets into evidence they can use when making decisions. The central idea is simple: collecting more data is not enough. Airborne surveys, satellites and trusted third parties already generate vast quantities of information about the planet. The challenge is to connect that information, understand what it means and make it available to the people responsible for acting on it. XENAI is designed to address that challenge by creating a shared view of the data. Instead of working with disconnected files, formats and systems, teams can explore information, review analysis and share results securely within one platform. Key terms explained Term Plain-English meaning Earth Intelligence A connected understanding of the planet created by combining Earth data, analysis and context to support decisions. Geoscientific data Information about the Earth, including its surface, subsurface, physical properties, materials and changes over time. Geospatial data Information linked to a location. It answers questions such as where something is, how large an area is and how conditions vary from place to place. Artificial intelligence (AI) Computer-based methods that identify patterns, support predictions and automate parts of an analytical process. Machine learning A branch of AI in which models learn from data so they can recognise patterns, detect changes or generate forecasts. Decision-ready intelligence Information that has been organised and analysed so that a user can understand its relevance and apply it to a decision. Natural capital The natural resources, ecosystems and environmental assets that support society and economic activity.
XENAI, the earth intelligence platform that turns geoscientific data into decisions A clear guide to Earth Intelligence, geospatial data, artificial intelligence and their applications across environmental management, natural resources and infrastructure. XENAI brings different types of Earth data together and uses artificial intelligence to turn them into practical, decision-ready intelligence. What is XENAI? XENAI is an artificial intelligence data platform for Earth Intelligence. It brings together geoscientific and geospatial information from multiple sources, connects surface and subsurface data, and helps organisations turn complex datasets into evidence they can use when making decisions. The central idea is simple: collecting more data is not enough. Airborne surveys, satellites and trusted third parties already generate vast quantities of information about the planet. The challenge is to connect that information, understand what it means and make it available to the people responsible for acting on it. XENAI is designed to address that challenge by creating a shared view of the data. Instead of working with disconnected files, formats and systems, teams can explore information, review analysis and share results securely within one platform. Key terms explained Term Plain-English meaning Earth Intelligence A connected understanding of the planet created by combining Earth data, analysis and context to support decisions. Geoscientific data Information about the Earth, including its surface, subsurface, physical properties, materials and changes over time. Geospatial data Information linked to a location. It answers questions such as where something is, how large an area is and how conditions vary from place to place. Artificial intelligence (AI) Computer-based methods that identify patterns, support predictions and automate parts of an analytical process. Machine learning A branch of AI in which models learn from data so they can recognise patterns, detect changes or generate forecasts. Decision-ready intelligence Information that has been organised and analysed so that a user can understand its relevance and apply it to a decision. Natural capital The natural resources, ecosystems and environmental assets that support society and economic activity.
Home News White Paper: The strategic importance of natural capital and mineral exploration in the context of the energy transition Success Cases 2 MIN. READ The strategic importance of natural capital and mineral exploration in the context of the energy transition SHARE We invite you to explore the white paper, which extensively covers key areas including: 1. Understanding natural capital and its role in sustainable development is crucial. 2. Mineral exploration plays a critical role in facilitating the transition to a low-carbon economy. 3. Mapping natural capital holds great importance in informing decision-making processes and mitigating environmental impacts. 4. Explore case studies and best practices that highlight successful initiatives in natural capital mapping and mineral exploration. < SEE PREVIOUS NEW SEE NEXT NEW > < > Related news I+D Success Cases XENAI, the earth intelligence platform that turns geoscientific data into decisions SEE MORE > Announcements Last news Xcalibur Smart Mapping strengthens its growth strategy with Moira Capital and the Spain Oman Private Equity Fund (SOPEF). SEE MORE > Announcements Last news Egypt launches first nationwide airborne mineral survey in 42 years with Xcalibur Smart Mapping SEE MORE > Announcements Last news Xcalibur Smart Mapping acquires EMerald Geomodelling to enter infrastructure market and expand capabilities SEE MORE > I+D Success Cases XENAI, the earth intelligence platform that turns geoscientific data into decisions SEE MORE > Announcements Last news Šahmanović: A Country That Does Not Know Its Mineral Resources Cannot Responsibly Plan Its Future SEE MORE > Announcements Last news Xcalibur Smart Mapping and Dronamics’ Black Swan platform partner to advance natural resources exploration SEE MORE > Announcements I+D Last news Cloudline and Xcalibur Smart Mapping to trial airship‑based Raman LiDAR for airborne gas concentration mapping SEE MORE > Announcements Last news Xcalibur Smart Mapping advances GREENMETALS MAPPING to strengthen Europe’s strategic autonomy in critical raw materials SEE MORE > We are in the media FROM LinkedIn Mauritania for a Magnetic survey program SEE MORE > Contact us. FILL THE FORM
SHARE We invite you to explore the white paper, which extensively covers key areas including: 1. Understanding natural capital and its role in sustainable development is crucial. 2. Mineral exploration plays a critical role in facilitating the transition to a low-carbon economy. 3. Mapping natural capital holds great importance in informing decision-making processes and mitigating environmental impacts. 4. Explore case studies and best practices that highlight successful initiatives in natural capital mapping and mineral exploration.
We invite you to explore the white paper, which extensively covers key areas including: 1. Understanding natural capital and its role in sustainable development is crucial. 2. Mineral exploration plays a critical role in facilitating the transition to a low-carbon economy. 3. Mapping natural capital holds great importance in informing decision-making processes and mitigating environmental impacts. 4. Explore case studies and best practices that highlight successful initiatives in natural capital mapping and mineral exploration.