Home News Xcalibur Smart Mapping advances GREENMETALS MAPPING to strengthen Europe’s strategic autonomy in critical raw materials SHARE Xcalibur Smart Mapping advances GREENMETALS MAPPING to strengthen Europe’s strategic autonomy in critical raw materials AI-powered platform integrates mineral intelligence, ESG metrics and CRMA compliance into a unified infrastructure Industry, academia and public institutions join forces to accelerate sustainable permitting and resource governance Xcalibur Smart Mapping announces the launch of GREENMETALS MAPPING, a next-generation digital infrastructure designed to reinforce Europe’s strategic autonomy in critical raw materials. The platform is fully aligned with the Critical Raw Materials Act (CRMA), the European Green Deal, and key EU sustainability frameworks including CSRD and the EU Taxonomy. The initiative brings together a high-level European consortium led by Xcalibur Smart Mapping (industry), alongside IST-ID/CERENA (academia), and institutional partners ISPRA (Italy) and IGME-CSIC (Spain), with strategic guidance from key stakeholders such as EuroGeoSurveys and Eurometaux. The initiative has also been awarded by EIT RawMaterials. This multi-stakeholder structure ensures strong alignment across policy, science and market deployment. GREENMETALS MAPPING directly addresses CRMA objectives by enabling faster, more transparent and sustainability-driven decision-making across the raw materials value chain. As Víctor Gonzalez notes, “Delivering on the ambitions of the Critical Raw Materials Act requires integrated digital tools that connect geological data, sustainability criteria and regulatory processes. Platforms like GREENMETALS MAPPING are essential to bridge that gap across Europe.” The platform embeds artificial intelligence end-to-end, combining geospatial intelligence, mineral targeting, ESG risk analysis and regulatory reporting into a unified, compliance-by-design system. In this context, Jorge Urios explains: “With GREENMETALS MAPPING, we are building a European-scale digital backbone for responsible sourcing. Our goal is to connect advanced geoscience, AI and regulatory frameworks into a single platform that enables faster, more transparent and sustainable decisions across the entire raw materials value chain.” At its core, the platform integrates two interoperable modules: a Geospatial Intelligence Suite for predictive exploration and risk mapping, and a Circular Economy KPI Dashboard delivering traceability, carbon metrics and EU-aligned reporting capabilities. This integrated approach is expected to reduce early-stage exploration timelines by 30%, improve targeting accuracy by over 25%, and cut permitting preparation time by up to 40%. From the perspective of public institutions, José Román Hernández (IGME) highlights that “GREENMETALS MAPPING represents a key step towards a more transparent and sustainable European raw materials sector. By integrating data, technology and regulatory needs, the platform leverages AI to support informed decision-making across the value chain, incorporating socio-economic and environmental aspects while supporting public authorities.” Miguel Ángel Alarcón (IGME) adds: “From a public geological survey standpoint, GREENMETALS MAPPING demonstrates how AI can transform geological data into policy-ready intelligence. Combining trusted geological data with explainable AI and ESG criteria is essential to support transparent, evidence-based decisions in line with the Critical Raw Materials Act.” From an academic perspective, Leonardo Azevedo (IST-ID CERENA) emphasizes that “Increasing the EU’s resilience to critical raw materials supply and accelerating the implementation of the CRMA requires easy-to-access, structured and up-to-date information for decision-makers and communities. GREENMETALS MAPPING addresses these challenges with the development of state-of-the-art Earth-centred AI and advanced geo-modelling tools to support the sustainable green and digital transition.” Finally, Daniele Spizzichino (ISPRA) underlines the institutional dimension of the project: “With GREENMETALS MAPPING, we are launching an AI-powered platform to support more sustainable and transparent critical raw materials decisions across Europe. A key pillar of the project is the contribution of European geological surveys, with a central role in institutional validation, data quality, interoperability workflows, and pilot testing for public-sector adoption. By combining innovation with ISPRA-led scientific and operational rigor, the project strengthens Europe’s resilience and responsible resource governance.” Designed for a broad ecosystem of stakeholders, including public authorities, exploration companies, ESG consultancies and policymakers, the platform responds to the growing need for sovereign, interoperable digital infrastructures capable of operationalising CRMA, NZIA and wider EU industrial and environmental strategies. With a modular, cloud-native architecture aligned with European standards, GREENMETALS MAPPING positions itself as a key enabler of Europe’s digital and green transition, reinforcing data sovereignty, industrial resilience and sustainable access to critical raw materials. < SEE PREVIOUS NEW SEE NEXT NEW > < > Related news Announcements Last news Key takeaways from PDAC 2026 SEE MORE > Announcements Last news Xcalibur Smart Mapping acquires EMerald Geomodelling to enter infrastructure market and expand capabilities SEE MORE > Announcements FROM LinkedIn We are pleased to announce that our Geospatial Technologies group in Spain has secured a major contract with KMDC SEE MORE > Last news XENAI – The AI data platform for Earth Intelligence SEE MORE > Last news Kazakhstan Chamber of Mines Participated in the 2nd International Mining and Metallurgy Forum in Tajikistan SEE MORE > Last news DRC and Xcalibur Smart Mapping Launch One of Africa’s Most Ambitious Airborne Geophysical Mapping Programs SEE MORE > Last news Pre-UNGA Week: Xcalibur Smart Mapping at the First COP30 Event in Madrid SEE MORE > Last news A New Era of AI-Driven airborne geophysics: Xcalibur supports presidential initiative to modernise subsurface mapping SEE MORE > Announcements Spanish participation in a key European project on critical raw materials SEE MORE > Contact us. 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SHARE Xcalibur Smart Mapping advances GREENMETALS MAPPING to strengthen Europe’s strategic autonomy in critical raw materials AI-powered platform integrates mineral intelligence, ESG metrics and CRMA compliance into a unified infrastructure Industry, academia and public institutions join forces to accelerate sustainable permitting and resource governance Xcalibur Smart Mapping announces the launch of GREENMETALS MAPPING, a next-generation digital infrastructure designed to reinforce Europe’s strategic autonomy in critical raw materials. The platform is fully aligned with the Critical Raw Materials Act (CRMA), the European Green Deal, and key EU sustainability frameworks including CSRD and the EU Taxonomy. The initiative brings together a high-level European consortium led by Xcalibur Smart Mapping (industry), alongside IST-ID/CERENA (academia), and institutional partners ISPRA (Italy) and IGME-CSIC (Spain), with strategic guidance from key stakeholders such as EuroGeoSurveys and Eurometaux. The initiative has also been awarded by EIT RawMaterials. This multi-stakeholder structure ensures strong alignment across policy, science and market deployment. GREENMETALS MAPPING directly addresses CRMA objectives by enabling faster, more transparent and sustainability-driven decision-making across the raw materials value chain. As Víctor Gonzalez notes, “Delivering on the ambitions of the Critical Raw Materials Act requires integrated digital tools that connect geological data, sustainability criteria and regulatory processes. Platforms like GREENMETALS MAPPING are essential to bridge that gap across Europe.” The platform embeds artificial intelligence end-to-end, combining geospatial intelligence, mineral targeting, ESG risk analysis and regulatory reporting into a unified, compliance-by-design system. In this context, Jorge Urios explains: “With GREENMETALS MAPPING, we are building a European-scale digital backbone for responsible sourcing. Our goal is to connect advanced geoscience, AI and regulatory frameworks into a single platform that enables faster, more transparent and sustainable decisions across the entire raw materials value chain.” At its core, the platform integrates two interoperable modules: a Geospatial Intelligence Suite for predictive exploration and risk mapping, and a Circular Economy KPI Dashboard delivering traceability, carbon metrics and EU-aligned reporting capabilities. This integrated approach is expected to reduce early-stage exploration timelines by 30%, improve targeting accuracy by over 25%, and cut permitting preparation time by up to 40%. From the perspective of public institutions, José Román Hernández (IGME) highlights that “GREENMETALS MAPPING represents a key step towards a more transparent and sustainable European raw materials sector. By integrating data, technology and regulatory needs, the platform leverages AI to support informed decision-making across the value chain, incorporating socio-economic and environmental aspects while supporting public authorities.” Miguel Ángel Alarcón (IGME) adds: “From a public geological survey standpoint, GREENMETALS MAPPING demonstrates how AI can transform geological data into policy-ready intelligence. Combining trusted geological data with explainable AI and ESG criteria is essential to support transparent, evidence-based decisions in line with the Critical Raw Materials Act.” From an academic perspective, Leonardo Azevedo (IST-ID CERENA) emphasizes that “Increasing the EU’s resilience to critical raw materials supply and accelerating the implementation of the CRMA requires easy-to-access, structured and up-to-date information for decision-makers and communities. GREENMETALS MAPPING addresses these challenges with the development of state-of-the-art Earth-centred AI and advanced geo-modelling tools to support the sustainable green and digital transition.” Finally, Daniele Spizzichino (ISPRA) underlines the institutional dimension of the project: “With GREENMETALS MAPPING, we are launching an AI-powered platform to support more sustainable and transparent critical raw materials decisions across Europe. A key pillar of the project is the contribution of European geological surveys, with a central role in institutional validation, data quality, interoperability workflows, and pilot testing for public-sector adoption. By combining innovation with ISPRA-led scientific and operational rigor, the project strengthens Europe’s resilience and responsible resource governance.” Designed for a broad ecosystem of stakeholders, including public authorities, exploration companies, ESG consultancies and policymakers, the platform responds to the growing need for sovereign, interoperable digital infrastructures capable of operationalising CRMA, NZIA and wider EU industrial and environmental strategies. With a modular, cloud-native architecture aligned with European standards, GREENMETALS MAPPING positions itself as a key enabler of Europe’s digital and green transition, reinforcing data sovereignty, industrial resilience and sustainable access to critical raw materials.
Xcalibur Smart Mapping advances GREENMETALS MAPPING to strengthen Europe’s strategic autonomy in critical raw materials AI-powered platform integrates mineral intelligence, ESG metrics and CRMA compliance into a unified infrastructure Industry, academia and public institutions join forces to accelerate sustainable permitting and resource governance Xcalibur Smart Mapping announces the launch of GREENMETALS MAPPING, a next-generation digital infrastructure designed to reinforce Europe’s strategic autonomy in critical raw materials. The platform is fully aligned with the Critical Raw Materials Act (CRMA), the European Green Deal, and key EU sustainability frameworks including CSRD and the EU Taxonomy. The initiative brings together a high-level European consortium led by Xcalibur Smart Mapping (industry), alongside IST-ID/CERENA (academia), and institutional partners ISPRA (Italy) and IGME-CSIC (Spain), with strategic guidance from key stakeholders such as EuroGeoSurveys and Eurometaux. The initiative has also been awarded by EIT RawMaterials. This multi-stakeholder structure ensures strong alignment across policy, science and market deployment. GREENMETALS MAPPING directly addresses CRMA objectives by enabling faster, more transparent and sustainability-driven decision-making across the raw materials value chain. As Víctor Gonzalez notes, “Delivering on the ambitions of the Critical Raw Materials Act requires integrated digital tools that connect geological data, sustainability criteria and regulatory processes. Platforms like GREENMETALS MAPPING are essential to bridge that gap across Europe.” The platform embeds artificial intelligence end-to-end, combining geospatial intelligence, mineral targeting, ESG risk analysis and regulatory reporting into a unified, compliance-by-design system. In this context, Jorge Urios explains: “With GREENMETALS MAPPING, we are building a European-scale digital backbone for responsible sourcing. Our goal is to connect advanced geoscience, AI and regulatory frameworks into a single platform that enables faster, more transparent and sustainable decisions across the entire raw materials value chain.” At its core, the platform integrates two interoperable modules: a Geospatial Intelligence Suite for predictive exploration and risk mapping, and a Circular Economy KPI Dashboard delivering traceability, carbon metrics and EU-aligned reporting capabilities. This integrated approach is expected to reduce early-stage exploration timelines by 30%, improve targeting accuracy by over 25%, and cut permitting preparation time by up to 40%. From the perspective of public institutions, José Román Hernández (IGME) highlights that “GREENMETALS MAPPING represents a key step towards a more transparent and sustainable European raw materials sector. By integrating data, technology and regulatory needs, the platform leverages AI to support informed decision-making across the value chain, incorporating socio-economic and environmental aspects while supporting public authorities.” Miguel Ángel Alarcón (IGME) adds: “From a public geological survey standpoint, GREENMETALS MAPPING demonstrates how AI can transform geological data into policy-ready intelligence. Combining trusted geological data with explainable AI and ESG criteria is essential to support transparent, evidence-based decisions in line with the Critical Raw Materials Act.” From an academic perspective, Leonardo Azevedo (IST-ID CERENA) emphasizes that “Increasing the EU’s resilience to critical raw materials supply and accelerating the implementation of the CRMA requires easy-to-access, structured and up-to-date information for decision-makers and communities. GREENMETALS MAPPING addresses these challenges with the development of state-of-the-art Earth-centred AI and advanced geo-modelling tools to support the sustainable green and digital transition.” Finally, Daniele Spizzichino (ISPRA) underlines the institutional dimension of the project: “With GREENMETALS MAPPING, we are launching an AI-powered platform to support more sustainable and transparent critical raw materials decisions across Europe. A key pillar of the project is the contribution of European geological surveys, with a central role in institutional validation, data quality, interoperability workflows, and pilot testing for public-sector adoption. By combining innovation with ISPRA-led scientific and operational rigor, the project strengthens Europe’s resilience and responsible resource governance.” Designed for a broad ecosystem of stakeholders, including public authorities, exploration companies, ESG consultancies and policymakers, the platform responds to the growing need for sovereign, interoperable digital infrastructures capable of operationalising CRMA, NZIA and wider EU industrial and environmental strategies. With a modular, cloud-native architecture aligned with European standards, GREENMETALS MAPPING positions itself as a key enabler of Europe’s digital and green transition, reinforcing data sovereignty, industrial resilience and sustainable access to critical raw materials.
Home News Key takeaways from PDAC 2026 SHARE Key takeaways from PDAC 2026 Prospectors & Developers Association of Canada (PDAC) 2026 once again confirmed its position as the world’s leading gathering for the mineral exploration and mining industry. This year’s convention reflected strong global momentum for mineral exploration and development, driven by growing demand for critical minerals and renewed optimism across the sector. “There was a clear sense of energy throughout the convention,” said PDAC President Karen Rees. “Strong commodity markets are contributing to optimism across the sector. At the same time, governments and the public are recognizing more clearly how essential minerals are to economic growth, electrification, defence and modern technologies.” Discussions throughout the week highlighted several major trends shaping the future of the industry: the strategic importance of critical mineral supply chains, increasing investment activity and mergers in key commodities such as copper, and the accelerating role of data, artificial intelligence and digital technologies in exploration and mining operations. Against this backdrop, PDAC also offered an important platform for Xcalibur Smart Mapping to strengthen partnerships, announce strategic developments and engage with governments, industry leaders and investors from across the global geoscience ecosystem. Strategic announcements and partnerships One of the key announcements made during PDAC was the acquisition of EMerald Geomodelling, a strategic step that strengthens Xcalibur’s capabilities in advanced geophysical modelling and artificial intelligence applied to geoscience. By integrating airborne electromagnetic data with geological and geotechnical information, EMerald’s technology enables the development of probabilistic subsurface models that support more informed drilling, engineering and resource management decisions. The acquisition represents an important milestone in expanding Xcalibur’s Earth Intelligence capabilities, combining advanced geophysical data acquisition with AI-driven modelling to transform complex Earth data into actionable insights. “Together with Xcalibur’s world-class airborne geophysics platforms and Earth Intelligence technologies, we’re set to accelerate sustainable solutions for infrastructure, tunnelling, hydropower and natural hazard management worldwide. “ Said Andi A Pfaffhuber CEO of Emerald. Strengthening international collaboration On Monday 2 March, on the sidelines of PDAC 2026, Xcalibur Smart Mapping signed the geophysical data acquisition contract under the Ata de Registro de Preços framework agreement awarded in 2025 by the Serviço Geológico do Brasil (SGB/CPRM). The contract covers 27,000 linear kilometres across Eastern Goiás, where magnetometry, gamma-ray spectrometry and gravimetry data will be acquired over a period of up to 250 days. More than a contract, this signing reflects the trust and continuity that has been built over time with the SGB/CPRM team and the shared commitment to expanding and improving Brazil’s national geophysical dataset in support of the country’s long-term mineral exploration ambitions. Xcalibur extends its thanks to Mr. Vilmar Simões, President of SGB, Mr. Francisco Valdir Silveira, Director of Geology and Mineral Resources, and Ms. Geovanna Silva, Head of Cabinet at the National Secretariat of Geology, Mining and Mineral Transformation of the Ministry of Mines and Energy, as well as to the entire SGB/CPRM team for their continued collaboration. Industry engagement at PDAC Throughout the week, the Xcalibur team participated in Country Days, bilateral meetings and specialised industry events, strengthening relationships with geological surveys, government institutions and exploration companies. The company also hosted its traditional PDAC hospitality event, which brought together a large number of clients, partners and colleagues from across the global geoscience community, reflecting the strong level of engagement and collaboration within the sector. PDAC also served as a platform to highlight Spain’s growing role in the international mining ecosystem. During the convention, Víctor González of Xcalibur Smart Mapping participated in the annual “Mining in Spain” breakfast, an event that gathered industry leaders and investors interested in opportunities within the Spanish mining sector. The breakfast was opened by H.E. Alfredo Martínez Serrano, Ambassador of Spain, with panels moderated by César Luaces Frades and contributions from Iván Martín Méndez (IGME) and Julio Pajares Rivas, highlighting the importance of international cooperation in the development of the mining industry. Earth Intelligence and the role of artificial intelligence in geoscience Within the technical programme, Stephen Reford presented on the concept of Earth Intelligence and the role of machine learning in airborne geophysics. Earth Intelligence refers to the integration of geoscience, remote sensing, geospatial analytics and artificial intelligence to transform large volumes of Earth data into actionable insights for exploration, environmental monitoring and infrastructure planning. “As geophysical datasets grow in scale and complexity, artificial intelligence is becoming essential to improve accuracy, accelerate interpretation and support smarter exploration decisions.” — Stephen Reford Machine learning is increasingly being applied across the geophysical workflow, from survey planning and data acquisition to processing, modelling and interpretation. These technologies allow geoscientists to identify noise and anomalies in magnetic datasets, detect geological structures and enhance mineral prospectivity mapping by integrating multiple data sources. Collaborative research initiatives are also accelerating innovation in the field. One example highlighted during the presentation is the partnership with Stanford MineralX, where researchers are developing new approaches to automatically identify exploration targets by recognising geophysical patterns associated with known mineral deposits. Key takeaways from PDAC 2026 The discussions across PDAC 2026 highlighted several key conclusions for the future of the industry: Critical minerals are now a strategic priority for governments and industry, driven by electrification, renewable energy and advanced technologies. Copper remains central to the energy transition, with rising demand from electrification, data centres and infrastructure modernisation. Artificial intelligence and digitalisation are transforming exploration and mining, enabling faster discovery and more efficient operations. International cooperation and supply chain security are becoming increasingly important as countries seek reliable access to critical raw materials. Together, these trends underline a broader transformation across the geoscience sector. As demand for strategic resources continues to grow, the ability to convert geoscientific data into reliable intelligence will become increasingly essential. The convergence of airborne geophysics, advanced analytics and machine learning is therefore not only improving exploration outcomes but also enabling a deeper understanding of the Earth system and how to manage natural resources more responsibly for the future. < SEE PREVIOUS NEW SEE NEXT NEW > < > Related news Announcements Last news Xcalibur Smart Mapping advances GREENMETALS MAPPING to strengthen Europe’s strategic autonomy in critical raw materials SEE MORE > Announcements Last news Xcalibur Smart Mapping acquires EMerald Geomodelling to enter infrastructure market and expand capabilities SEE MORE > Announcements FROM LinkedIn We are pleased to announce that our Geospatial Technologies group in Spain has secured a major contract with KMDC SEE MORE > Last news XENAI – The AI data platform for Earth Intelligence SEE MORE > Last news Kazakhstan Chamber of Mines Participated in the 2nd International Mining and Metallurgy Forum in Tajikistan SEE MORE > Last news DRC and Xcalibur Smart Mapping Launch One of Africa’s Most Ambitious Airborne Geophysical Mapping Programs SEE MORE > Last news Pre-UNGA Week: Xcalibur Smart Mapping at the First COP30 Event in Madrid SEE MORE > Last news A New Era of AI-Driven airborne geophysics: Xcalibur supports presidential initiative to modernise subsurface mapping SEE MORE > Announcements Spanish participation in a key European project on critical raw materials SEE MORE > Contact us. FILL THE FORM
SHARE Key takeaways from PDAC 2026 Prospectors & Developers Association of Canada (PDAC) 2026 once again confirmed its position as the world’s leading gathering for the mineral exploration and mining industry. This year’s convention reflected strong global momentum for mineral exploration and development, driven by growing demand for critical minerals and renewed optimism across the sector. “There was a clear sense of energy throughout the convention,” said PDAC President Karen Rees. “Strong commodity markets are contributing to optimism across the sector. At the same time, governments and the public are recognizing more clearly how essential minerals are to economic growth, electrification, defence and modern technologies.” Discussions throughout the week highlighted several major trends shaping the future of the industry: the strategic importance of critical mineral supply chains, increasing investment activity and mergers in key commodities such as copper, and the accelerating role of data, artificial intelligence and digital technologies in exploration and mining operations. Against this backdrop, PDAC also offered an important platform for Xcalibur Smart Mapping to strengthen partnerships, announce strategic developments and engage with governments, industry leaders and investors from across the global geoscience ecosystem. Strategic announcements and partnerships One of the key announcements made during PDAC was the acquisition of EMerald Geomodelling, a strategic step that strengthens Xcalibur’s capabilities in advanced geophysical modelling and artificial intelligence applied to geoscience. By integrating airborne electromagnetic data with geological and geotechnical information, EMerald’s technology enables the development of probabilistic subsurface models that support more informed drilling, engineering and resource management decisions. The acquisition represents an important milestone in expanding Xcalibur’s Earth Intelligence capabilities, combining advanced geophysical data acquisition with AI-driven modelling to transform complex Earth data into actionable insights. “Together with Xcalibur’s world-class airborne geophysics platforms and Earth Intelligence technologies, we’re set to accelerate sustainable solutions for infrastructure, tunnelling, hydropower and natural hazard management worldwide. “ Said Andi A Pfaffhuber CEO of Emerald. Strengthening international collaboration On Monday 2 March, on the sidelines of PDAC 2026, Xcalibur Smart Mapping signed the geophysical data acquisition contract under the Ata de Registro de Preços framework agreement awarded in 2025 by the Serviço Geológico do Brasil (SGB/CPRM). The contract covers 27,000 linear kilometres across Eastern Goiás, where magnetometry, gamma-ray spectrometry and gravimetry data will be acquired over a period of up to 250 days. More than a contract, this signing reflects the trust and continuity that has been built over time with the SGB/CPRM team and the shared commitment to expanding and improving Brazil’s national geophysical dataset in support of the country’s long-term mineral exploration ambitions. Xcalibur extends its thanks to Mr. Vilmar Simões, President of SGB, Mr. Francisco Valdir Silveira, Director of Geology and Mineral Resources, and Ms. Geovanna Silva, Head of Cabinet at the National Secretariat of Geology, Mining and Mineral Transformation of the Ministry of Mines and Energy, as well as to the entire SGB/CPRM team for their continued collaboration. Industry engagement at PDAC Throughout the week, the Xcalibur team participated in Country Days, bilateral meetings and specialised industry events, strengthening relationships with geological surveys, government institutions and exploration companies. The company also hosted its traditional PDAC hospitality event, which brought together a large number of clients, partners and colleagues from across the global geoscience community, reflecting the strong level of engagement and collaboration within the sector. PDAC also served as a platform to highlight Spain’s growing role in the international mining ecosystem. During the convention, Víctor González of Xcalibur Smart Mapping participated in the annual “Mining in Spain” breakfast, an event that gathered industry leaders and investors interested in opportunities within the Spanish mining sector. The breakfast was opened by H.E. Alfredo Martínez Serrano, Ambassador of Spain, with panels moderated by César Luaces Frades and contributions from Iván Martín Méndez (IGME) and Julio Pajares Rivas, highlighting the importance of international cooperation in the development of the mining industry. Earth Intelligence and the role of artificial intelligence in geoscience Within the technical programme, Stephen Reford presented on the concept of Earth Intelligence and the role of machine learning in airborne geophysics. Earth Intelligence refers to the integration of geoscience, remote sensing, geospatial analytics and artificial intelligence to transform large volumes of Earth data into actionable insights for exploration, environmental monitoring and infrastructure planning. “As geophysical datasets grow in scale and complexity, artificial intelligence is becoming essential to improve accuracy, accelerate interpretation and support smarter exploration decisions.” — Stephen Reford Machine learning is increasingly being applied across the geophysical workflow, from survey planning and data acquisition to processing, modelling and interpretation. These technologies allow geoscientists to identify noise and anomalies in magnetic datasets, detect geological structures and enhance mineral prospectivity mapping by integrating multiple data sources. Collaborative research initiatives are also accelerating innovation in the field. One example highlighted during the presentation is the partnership with Stanford MineralX, where researchers are developing new approaches to automatically identify exploration targets by recognising geophysical patterns associated with known mineral deposits. Key takeaways from PDAC 2026 The discussions across PDAC 2026 highlighted several key conclusions for the future of the industry: Critical minerals are now a strategic priority for governments and industry, driven by electrification, renewable energy and advanced technologies. Copper remains central to the energy transition, with rising demand from electrification, data centres and infrastructure modernisation. Artificial intelligence and digitalisation are transforming exploration and mining, enabling faster discovery and more efficient operations. International cooperation and supply chain security are becoming increasingly important as countries seek reliable access to critical raw materials. Together, these trends underline a broader transformation across the geoscience sector. As demand for strategic resources continues to grow, the ability to convert geoscientific data into reliable intelligence will become increasingly essential. The convergence of airborne geophysics, advanced analytics and machine learning is therefore not only improving exploration outcomes but also enabling a deeper understanding of the Earth system and how to manage natural resources more responsibly for the future.
Key takeaways from PDAC 2026 Prospectors & Developers Association of Canada (PDAC) 2026 once again confirmed its position as the world’s leading gathering for the mineral exploration and mining industry. This year’s convention reflected strong global momentum for mineral exploration and development, driven by growing demand for critical minerals and renewed optimism across the sector. “There was a clear sense of energy throughout the convention,” said PDAC President Karen Rees. “Strong commodity markets are contributing to optimism across the sector. At the same time, governments and the public are recognizing more clearly how essential minerals are to economic growth, electrification, defence and modern technologies.” Discussions throughout the week highlighted several major trends shaping the future of the industry: the strategic importance of critical mineral supply chains, increasing investment activity and mergers in key commodities such as copper, and the accelerating role of data, artificial intelligence and digital technologies in exploration and mining operations. Against this backdrop, PDAC also offered an important platform for Xcalibur Smart Mapping to strengthen partnerships, announce strategic developments and engage with governments, industry leaders and investors from across the global geoscience ecosystem. Strategic announcements and partnerships One of the key announcements made during PDAC was the acquisition of EMerald Geomodelling, a strategic step that strengthens Xcalibur’s capabilities in advanced geophysical modelling and artificial intelligence applied to geoscience. By integrating airborne electromagnetic data with geological and geotechnical information, EMerald’s technology enables the development of probabilistic subsurface models that support more informed drilling, engineering and resource management decisions. The acquisition represents an important milestone in expanding Xcalibur’s Earth Intelligence capabilities, combining advanced geophysical data acquisition with AI-driven modelling to transform complex Earth data into actionable insights. “Together with Xcalibur’s world-class airborne geophysics platforms and Earth Intelligence technologies, we’re set to accelerate sustainable solutions for infrastructure, tunnelling, hydropower and natural hazard management worldwide. “ Said Andi A Pfaffhuber CEO of Emerald. Strengthening international collaboration On Monday 2 March, on the sidelines of PDAC 2026, Xcalibur Smart Mapping signed the geophysical data acquisition contract under the Ata de Registro de Preços framework agreement awarded in 2025 by the Serviço Geológico do Brasil (SGB/CPRM). The contract covers 27,000 linear kilometres across Eastern Goiás, where magnetometry, gamma-ray spectrometry and gravimetry data will be acquired over a period of up to 250 days. More than a contract, this signing reflects the trust and continuity that has been built over time with the SGB/CPRM team and the shared commitment to expanding and improving Brazil’s national geophysical dataset in support of the country’s long-term mineral exploration ambitions. Xcalibur extends its thanks to Mr. Vilmar Simões, President of SGB, Mr. Francisco Valdir Silveira, Director of Geology and Mineral Resources, and Ms. Geovanna Silva, Head of Cabinet at the National Secretariat of Geology, Mining and Mineral Transformation of the Ministry of Mines and Energy, as well as to the entire SGB/CPRM team for their continued collaboration. Industry engagement at PDAC Throughout the week, the Xcalibur team participated in Country Days, bilateral meetings and specialised industry events, strengthening relationships with geological surveys, government institutions and exploration companies. The company also hosted its traditional PDAC hospitality event, which brought together a large number of clients, partners and colleagues from across the global geoscience community, reflecting the strong level of engagement and collaboration within the sector. PDAC also served as a platform to highlight Spain’s growing role in the international mining ecosystem. During the convention, Víctor González of Xcalibur Smart Mapping participated in the annual “Mining in Spain” breakfast, an event that gathered industry leaders and investors interested in opportunities within the Spanish mining sector. The breakfast was opened by H.E. Alfredo Martínez Serrano, Ambassador of Spain, with panels moderated by César Luaces Frades and contributions from Iván Martín Méndez (IGME) and Julio Pajares Rivas, highlighting the importance of international cooperation in the development of the mining industry. Earth Intelligence and the role of artificial intelligence in geoscience Within the technical programme, Stephen Reford presented on the concept of Earth Intelligence and the role of machine learning in airborne geophysics. Earth Intelligence refers to the integration of geoscience, remote sensing, geospatial analytics and artificial intelligence to transform large volumes of Earth data into actionable insights for exploration, environmental monitoring and infrastructure planning. “As geophysical datasets grow in scale and complexity, artificial intelligence is becoming essential to improve accuracy, accelerate interpretation and support smarter exploration decisions.” — Stephen Reford Machine learning is increasingly being applied across the geophysical workflow, from survey planning and data acquisition to processing, modelling and interpretation. These technologies allow geoscientists to identify noise and anomalies in magnetic datasets, detect geological structures and enhance mineral prospectivity mapping by integrating multiple data sources. Collaborative research initiatives are also accelerating innovation in the field. One example highlighted during the presentation is the partnership with Stanford MineralX, where researchers are developing new approaches to automatically identify exploration targets by recognising geophysical patterns associated with known mineral deposits. Key takeaways from PDAC 2026 The discussions across PDAC 2026 highlighted several key conclusions for the future of the industry: Critical minerals are now a strategic priority for governments and industry, driven by electrification, renewable energy and advanced technologies. Copper remains central to the energy transition, with rising demand from electrification, data centres and infrastructure modernisation. Artificial intelligence and digitalisation are transforming exploration and mining, enabling faster discovery and more efficient operations. International cooperation and supply chain security are becoming increasingly important as countries seek reliable access to critical raw materials. Together, these trends underline a broader transformation across the geoscience sector. As demand for strategic resources continues to grow, the ability to convert geoscientific data into reliable intelligence will become increasingly essential. The convergence of airborne geophysics, advanced analytics and machine learning is therefore not only improving exploration outcomes but also enabling a deeper understanding of the Earth system and how to manage natural resources more responsibly for the future.
Home News Xcalibur Smart Mapping acquires EMerald Geomodelling to enter infrastructure market and expand capabilities SHARE Xcalibur Smart Mapping acquires EMerald Geomodelling to enter infrastructure market and expand capabilities EMerald’s engineering expertise integrates with advanced airborne geophysics and Earth intelligence technologies Strategic acquisition reinforces Xcalibur’s position in Environment & Development Xcalibur Smart Mapping announces the acquisition of EMerald Geomodelling, a technology company specialized in crafting ground models by integrating data through Machine Learning with a strong track record in the engineering industry. EMerald is a spin-off from the world renowned Norwegian Geotechnical Institute, with 10+ years of experience in the engineering fields. This strategic move significantly strengthens the Group’s engineering capabilities across infrastructure planning, tunnelling, hydropower and environmental fields including natural hazards. The transaction forms part of Xcalibur’s long-term growth strategy to consolidate its position within the Environment & Development sector by combining advanced geospatial intelligence with high-level engineering expertise. Through this acquisition, the Group enhances its ability to deliver integrated, data-driven solutions for complex infrastructure and environmental projects, supporting sustainable development initiatives worldwide. “This acquisition represents a major step forward in the evolution of our infrastructure and utilities platform,” said Andres Blanco, CEO at Xcalibur Smart Mapping. “ By integrating EMerald’s engineering depth with our airborne geophysics capabilities, satellite dataintegration, LiDAR systems, TEMPEST AEM technology and the XENAI Earth Intelligence platform, we are uniquely positioned to provide smarter, more resilient and more sustainable infrastructure solutions.” EMerald operates from its headquarters in Oslo, Norway, supported by a technical office in Brazil. Both locations will remain fully operational following the acquisition. The Oslo office will play a particularly strategic role, becoming Xcalibur’s platform for Northern Europe and the Baltic countries, reinforcing the Group’s regional presence and technical capabilities. The transaction brings 6 professionals into the Group. The team consists of highly technical profiles specialising in interpretation, geomodelling, machine learning and applied geoscience for infrastructure-focused projects and will be integrated into Xcalibur’s Environment & Development interpretation division, ensuring strategic alignment while maintaining technical excellence and client continuity. “Joining Xcalibur allows us to scale our technical capabilities within a global technology-driven organisation,” said Andi A. Pfaffhuber, CEO at EMerald. “Our strength in integrated interpretation and geomodelling, particularly in complex geological settings deeply rooted in real-world engineering challenges, will be significantly amplified through Xcalibur’s airborne geophysics platforms and Earth Intelligence technologies. Our goal has always been to make a positive global impact and we are eager to accelerate this as part of a global leader” The acquisition strengthens Xcalibur’s Earth Intelligence service lines, particularly in interpretation and geomodelling integrated into the XENAI platform. It enhances the Group’s ability to support infrastructure planning, water resource development and large-scale subsurface assessment projects by delivering higher-resolution modelling, improved uncertainty analysis and more informed decision-making frameworks. EMerald’s client footprint includes projects across Brazil, India, Japan and the Nordic countries, further expanding Xcalibur’s international exposure. Existing contractual arrangements will continue to be managed carefully to ensure stability . “EMerald Geomodelling was spun out of NGI six years ago as we believed the groundbreaking technology should be applied more extensively outside NGI’s boundaries and grow globally,” said Kristoffer Skjolden Skau, Director of the Board / EMerald & Director GeoDataand Technology / NGI. “We are convinced that Xcalibur Smart Mapping, with its global network and operations, is the right home for Emerald Geomodelling to grow further. As research institute with the mission to bring research into practise, we are very glad to see this happening. We wish our talented former colleagues the best of luck on their new journey. The integration process will progress in stages, beginning with legal completion of the signed agreement, followed by operational integration within the Interpretation and Geomodelling structure. Technical and commercial synergies are expected to develop rapidly, particularly in relation to advanced airborne EM projects and collaborative initiatives within the Group’s portfolio. About EMerald Geomodelling : is a technology company specializing in advanced geotechnology, focusing on providing innovative solutions for infrastructure and mining projects in Norway and abroad. Building on 10+ years of experience as a spin-off from the highly esteemed Norwegian Geotechnical Institute EMerald’s multidisciplinary team is made up of experts in geophysics, engineering geology, geotechnical-, civil-, and mining engineering, mathematics, and computer science, all dedicated to applying artificial intelligence and machine learning to geological and geotechnical modelling. EMerald’s track record spans from saving 25 million USD in a Norwegian road tunnel project to reducing uncertainties and thus risk for a major tailings storage facility in Brazil. < SEE PREVIOUS NEW SEE NEXT NEW > < > Related news Announcements Last news Xcalibur Smart Mapping advances GREENMETALS MAPPING to strengthen Europe’s strategic autonomy in critical raw materials SEE MORE > Announcements Last news Key takeaways from PDAC 2026 SEE MORE > Announcements FROM LinkedIn We are pleased to announce that our Geospatial Technologies group in Spain has secured a major contract with KMDC SEE MORE > Last news XENAI – The AI data platform for Earth Intelligence SEE MORE > Last news Kazakhstan Chamber of Mines Participated in the 2nd International Mining and Metallurgy Forum in Tajikistan SEE MORE > Last news DRC and Xcalibur Smart Mapping Launch One of Africa’s Most Ambitious Airborne Geophysical Mapping Programs SEE MORE > Last news Pre-UNGA Week: Xcalibur Smart Mapping at the First COP30 Event in Madrid SEE MORE > Last news A New Era of AI-Driven airborne geophysics: Xcalibur supports presidential initiative to modernise subsurface mapping SEE MORE > Announcements Spanish participation in a key European project on critical raw materials SEE MORE > Contact us. 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SHARE Xcalibur Smart Mapping acquires EMerald Geomodelling to enter infrastructure market and expand capabilities EMerald’s engineering expertise integrates with advanced airborne geophysics and Earth intelligence technologies Strategic acquisition reinforces Xcalibur’s position in Environment & Development Xcalibur Smart Mapping announces the acquisition of EMerald Geomodelling, a technology company specialized in crafting ground models by integrating data through Machine Learning with a strong track record in the engineering industry. EMerald is a spin-off from the world renowned Norwegian Geotechnical Institute, with 10+ years of experience in the engineering fields. This strategic move significantly strengthens the Group’s engineering capabilities across infrastructure planning, tunnelling, hydropower and environmental fields including natural hazards. The transaction forms part of Xcalibur’s long-term growth strategy to consolidate its position within the Environment & Development sector by combining advanced geospatial intelligence with high-level engineering expertise. Through this acquisition, the Group enhances its ability to deliver integrated, data-driven solutions for complex infrastructure and environmental projects, supporting sustainable development initiatives worldwide. “This acquisition represents a major step forward in the evolution of our infrastructure and utilities platform,” said Andres Blanco, CEO at Xcalibur Smart Mapping. “ By integrating EMerald’s engineering depth with our airborne geophysics capabilities, satellite dataintegration, LiDAR systems, TEMPEST AEM technology and the XENAI Earth Intelligence platform, we are uniquely positioned to provide smarter, more resilient and more sustainable infrastructure solutions.” EMerald operates from its headquarters in Oslo, Norway, supported by a technical office in Brazil. Both locations will remain fully operational following the acquisition. The Oslo office will play a particularly strategic role, becoming Xcalibur’s platform for Northern Europe and the Baltic countries, reinforcing the Group’s regional presence and technical capabilities. The transaction brings 6 professionals into the Group. The team consists of highly technical profiles specialising in interpretation, geomodelling, machine learning and applied geoscience for infrastructure-focused projects and will be integrated into Xcalibur’s Environment & Development interpretation division, ensuring strategic alignment while maintaining technical excellence and client continuity. “Joining Xcalibur allows us to scale our technical capabilities within a global technology-driven organisation,” said Andi A. Pfaffhuber, CEO at EMerald. “Our strength in integrated interpretation and geomodelling, particularly in complex geological settings deeply rooted in real-world engineering challenges, will be significantly amplified through Xcalibur’s airborne geophysics platforms and Earth Intelligence technologies. Our goal has always been to make a positive global impact and we are eager to accelerate this as part of a global leader” The acquisition strengthens Xcalibur’s Earth Intelligence service lines, particularly in interpretation and geomodelling integrated into the XENAI platform. It enhances the Group’s ability to support infrastructure planning, water resource development and large-scale subsurface assessment projects by delivering higher-resolution modelling, improved uncertainty analysis and more informed decision-making frameworks. EMerald’s client footprint includes projects across Brazil, India, Japan and the Nordic countries, further expanding Xcalibur’s international exposure. Existing contractual arrangements will continue to be managed carefully to ensure stability . “EMerald Geomodelling was spun out of NGI six years ago as we believed the groundbreaking technology should be applied more extensively outside NGI’s boundaries and grow globally,” said Kristoffer Skjolden Skau, Director of the Board / EMerald & Director GeoDataand Technology / NGI. “We are convinced that Xcalibur Smart Mapping, with its global network and operations, is the right home for Emerald Geomodelling to grow further. As research institute with the mission to bring research into practise, we are very glad to see this happening. We wish our talented former colleagues the best of luck on their new journey. The integration process will progress in stages, beginning with legal completion of the signed agreement, followed by operational integration within the Interpretation and Geomodelling structure. Technical and commercial synergies are expected to develop rapidly, particularly in relation to advanced airborne EM projects and collaborative initiatives within the Group’s portfolio. About EMerald Geomodelling : is a technology company specializing in advanced geotechnology, focusing on providing innovative solutions for infrastructure and mining projects in Norway and abroad. Building on 10+ years of experience as a spin-off from the highly esteemed Norwegian Geotechnical Institute EMerald’s multidisciplinary team is made up of experts in geophysics, engineering geology, geotechnical-, civil-, and mining engineering, mathematics, and computer science, all dedicated to applying artificial intelligence and machine learning to geological and geotechnical modelling. EMerald’s track record spans from saving 25 million USD in a Norwegian road tunnel project to reducing uncertainties and thus risk for a major tailings storage facility in Brazil.
Xcalibur Smart Mapping acquires EMerald Geomodelling to enter infrastructure market and expand capabilities EMerald’s engineering expertise integrates with advanced airborne geophysics and Earth intelligence technologies Strategic acquisition reinforces Xcalibur’s position in Environment & Development Xcalibur Smart Mapping announces the acquisition of EMerald Geomodelling, a technology company specialized in crafting ground models by integrating data through Machine Learning with a strong track record in the engineering industry. EMerald is a spin-off from the world renowned Norwegian Geotechnical Institute, with 10+ years of experience in the engineering fields. This strategic move significantly strengthens the Group’s engineering capabilities across infrastructure planning, tunnelling, hydropower and environmental fields including natural hazards. The transaction forms part of Xcalibur’s long-term growth strategy to consolidate its position within the Environment & Development sector by combining advanced geospatial intelligence with high-level engineering expertise. Through this acquisition, the Group enhances its ability to deliver integrated, data-driven solutions for complex infrastructure and environmental projects, supporting sustainable development initiatives worldwide. “This acquisition represents a major step forward in the evolution of our infrastructure and utilities platform,” said Andres Blanco, CEO at Xcalibur Smart Mapping. “ By integrating EMerald’s engineering depth with our airborne geophysics capabilities, satellite dataintegration, LiDAR systems, TEMPEST AEM technology and the XENAI Earth Intelligence platform, we are uniquely positioned to provide smarter, more resilient and more sustainable infrastructure solutions.” EMerald operates from its headquarters in Oslo, Norway, supported by a technical office in Brazil. Both locations will remain fully operational following the acquisition. The Oslo office will play a particularly strategic role, becoming Xcalibur’s platform for Northern Europe and the Baltic countries, reinforcing the Group’s regional presence and technical capabilities. The transaction brings 6 professionals into the Group. The team consists of highly technical profiles specialising in interpretation, geomodelling, machine learning and applied geoscience for infrastructure-focused projects and will be integrated into Xcalibur’s Environment & Development interpretation division, ensuring strategic alignment while maintaining technical excellence and client continuity. “Joining Xcalibur allows us to scale our technical capabilities within a global technology-driven organisation,” said Andi A. Pfaffhuber, CEO at EMerald. “Our strength in integrated interpretation and geomodelling, particularly in complex geological settings deeply rooted in real-world engineering challenges, will be significantly amplified through Xcalibur’s airborne geophysics platforms and Earth Intelligence technologies. Our goal has always been to make a positive global impact and we are eager to accelerate this as part of a global leader” The acquisition strengthens Xcalibur’s Earth Intelligence service lines, particularly in interpretation and geomodelling integrated into the XENAI platform. It enhances the Group’s ability to support infrastructure planning, water resource development and large-scale subsurface assessment projects by delivering higher-resolution modelling, improved uncertainty analysis and more informed decision-making frameworks. EMerald’s client footprint includes projects across Brazil, India, Japan and the Nordic countries, further expanding Xcalibur’s international exposure. Existing contractual arrangements will continue to be managed carefully to ensure stability . “EMerald Geomodelling was spun out of NGI six years ago as we believed the groundbreaking technology should be applied more extensively outside NGI’s boundaries and grow globally,” said Kristoffer Skjolden Skau, Director of the Board / EMerald & Director GeoDataand Technology / NGI. “We are convinced that Xcalibur Smart Mapping, with its global network and operations, is the right home for Emerald Geomodelling to grow further. As research institute with the mission to bring research into practise, we are very glad to see this happening. We wish our talented former colleagues the best of luck on their new journey. The integration process will progress in stages, beginning with legal completion of the signed agreement, followed by operational integration within the Interpretation and Geomodelling structure. Technical and commercial synergies are expected to develop rapidly, particularly in relation to advanced airborne EM projects and collaborative initiatives within the Group’s portfolio. About EMerald Geomodelling : is a technology company specializing in advanced geotechnology, focusing on providing innovative solutions for infrastructure and mining projects in Norway and abroad. Building on 10+ years of experience as a spin-off from the highly esteemed Norwegian Geotechnical Institute EMerald’s multidisciplinary team is made up of experts in geophysics, engineering geology, geotechnical-, civil-, and mining engineering, mathematics, and computer science, all dedicated to applying artificial intelligence and machine learning to geological and geotechnical modelling. EMerald’s track record spans from saving 25 million USD in a Norwegian road tunnel project to reducing uncertainties and thus risk for a major tailings storage facility in Brazil.
Announcements 1 MIN. READ SHARE < SEE PREVIOUS NEWS SEE NEXT NEWS > < > Related news Announcements Last news Xcalibur Smart Mapping advances GREENMETALS MAPPING to strengthen Europe’s strategic autonomy in critical raw materials SEE MORE > Announcements Last news Key takeaways from PDAC 2026 SEE MORE > Announcements Last news Xcalibur Smart Mapping acquires EMerald Geomodelling to enter infrastructure market and expand capabilities SEE MORE > Announcements FROM LinkedIn We are pleased to announce that our Geospatial Technologies group in Spain has secured a major contract with KMDC SEE MORE > Announcements Copper at the crossroads: securing the mineral backbone of the global energy transition SEE MORE > Announcements Xcalibur Smart Mapping joins forces with the Ministry of Water Resources to transform groundwater management at Kokzhide SEE MORE > Announcements Xcalibur Smart Mapping joins UN Global Compact, the World’s Largest Corporate Sustainability Initiative SEE MORE > Announcements Xcalibur Smart Mapping and Baiterek Holding Forge Strategic Partnership to Advance Geophysical Exploration in Kazakhstan SEE MORE > Announcements Xcalibur Smart Mapping, Xcalibur Foundation and African Gifted Foundation renew commitment to women’s leadership in Africa SEE MORE > Contact us. FILL THE FORM
Announcements 4 MIN. READ SHARE Copper at the crossroads: securing the mineral backbone of the global energy transition By Bart Anderson, Managing Director of Australia & Asia, Xcalibur Smart Mapping Global energy and digital transition are advancing at an unprecedented pace. However, beneath this momentum lies a critical vulnerability: the growing dependence on copper. This metal, essential for electric vehicles, renewable energy, smart grids, and data centres, threatens to become a bottleneck for the world’s climate and technological goals. According to the United Nations Conference on Trade and Development (UNCTAD), copper is no longer just a raw material: it is a pillar of decarbonisation. Global demand is expected to rise by more than 40% by 2040. To meet the needs up until 2030 alone, more than $250 billion in investments and at least 80 new mining projects will be required. This is not a distant projection: it is an urgent warning. The current supply is not prepared to sustain the scale or speed of the transformation that is already underway. Copper production faces persistent challenges: the depletion of deposits, falling ore grades, delays in project approvals, increasing socio-environmental demands, and an ever more complex geopolitical landscape. Even if new projects were started today, it could take 15 to 25 years for them to come online, which is clearly insufficient to meet short-term demand. Although the Asia-Pacific region will play a key role in this context, as a major consumer and producer, this is truly a global challenge. The copper deficit affects governments, industries, and communities across all continents, demanding a coordinated, multi-sectoral response. At Xcalibur Smart Mapping, we believe that the future of copper depends not just on extraction, but on early-stage intelligence. Through our advanced airborne geophysical exploration systems, we help identify and delineate mineral-rich zones faster, more efficiently, and minimise biodiversity impact. Our technologies allow countries and companies to access reliable, large-scale geological data that accelerate decisions, reduce uncertainty, and direct investment where it matters most. In a scenario where every year counts, airborne mapping offers a decisive time advantage. It helps governments build modern geological baselines, diversify their supply sources, and reduce dependency on vulnerable import chains. For countries with untapped mineral potential, this is not just a tool—it is a gateway to opportunity. The copper deficit should not be approached as a technical or sectoral issue. It is a systemic risk with direct implications for climate commitments, digital infrastructure, and industrial development in the coming decades. To tackle this, concrete actions are required: Review regulatory frameworks to accelerate sustainable projects without compromising environmental standards. Mobilise international funding to support exploration and production in regions with untapped potential. Foster geological data exchange between countries to speed up discoveries. Promote strategic reserves and recycling where feasible, to reduce pressure on primary mining. These measures demand multilateral cooperation and long-term planning, something that has historically been scarce in global resource governance. But copper is not just another resource: without it, there is no viable energy transition. The copper shortage is not a regional dilemma. It is a global crossroads. Every country with climate goals, every economy investing in digital infrastructure, and every company investing in clean technologies has a direct stake in how the world faces this situation. We must act quickly and collectively. Strategic investment, smart regulation, and science-based exploration are essential elements, not optional, to closing the supply gap. The world’s energy future will, to a large extent, depend on our ability to ensure a stable, diversified, and sustainable copper supply. Copper is no longer just a metal. It is the backbone of our energy future. < SEE PREVIOUS NEWS SEE NEXT NEWS > < > Related news Announcements Last news Xcalibur Smart Mapping advances GREENMETALS MAPPING to strengthen Europe’s strategic autonomy in critical raw materials SEE MORE > Announcements Last news Key takeaways from PDAC 2026 SEE MORE > Announcements Last news Xcalibur Smart Mapping acquires EMerald Geomodelling to enter infrastructure market and expand capabilities SEE MORE > Announcements FROM LinkedIn We are pleased to announce that our Geospatial Technologies group in Spain has secured a major contract with KMDC SEE MORE > Announcements Spanish participation in a key European project on critical raw materials SEE MORE > Announcements Xcalibur Smart Mapping joins forces with the Ministry of Water Resources to transform groundwater management at Kokzhide SEE MORE > Announcements Xcalibur Smart Mapping joins UN Global Compact, the World’s Largest Corporate Sustainability Initiative SEE MORE > Announcements Xcalibur Smart Mapping and Baiterek Holding Forge Strategic Partnership to Advance Geophysical Exploration in Kazakhstan SEE MORE > Announcements Xcalibur Smart Mapping, Xcalibur Foundation and African Gifted Foundation renew commitment to women’s leadership in Africa SEE MORE > Contact us. FILL THE FORM
SHARE Copper at the crossroads: securing the mineral backbone of the global energy transition By Bart Anderson, Managing Director of Australia & Asia, Xcalibur Smart Mapping Global energy and digital transition are advancing at an unprecedented pace. However, beneath this momentum lies a critical vulnerability: the growing dependence on copper. This metal, essential for electric vehicles, renewable energy, smart grids, and data centres, threatens to become a bottleneck for the world’s climate and technological goals. According to the United Nations Conference on Trade and Development (UNCTAD), copper is no longer just a raw material: it is a pillar of decarbonisation. Global demand is expected to rise by more than 40% by 2040. To meet the needs up until 2030 alone, more than $250 billion in investments and at least 80 new mining projects will be required. This is not a distant projection: it is an urgent warning. The current supply is not prepared to sustain the scale or speed of the transformation that is already underway. Copper production faces persistent challenges: the depletion of deposits, falling ore grades, delays in project approvals, increasing socio-environmental demands, and an ever more complex geopolitical landscape. Even if new projects were started today, it could take 15 to 25 years for them to come online, which is clearly insufficient to meet short-term demand. Although the Asia-Pacific region will play a key role in this context, as a major consumer and producer, this is truly a global challenge. The copper deficit affects governments, industries, and communities across all continents, demanding a coordinated, multi-sectoral response. At Xcalibur Smart Mapping, we believe that the future of copper depends not just on extraction, but on early-stage intelligence. Through our advanced airborne geophysical exploration systems, we help identify and delineate mineral-rich zones faster, more efficiently, and minimise biodiversity impact. Our technologies allow countries and companies to access reliable, large-scale geological data that accelerate decisions, reduce uncertainty, and direct investment where it matters most. In a scenario where every year counts, airborne mapping offers a decisive time advantage. It helps governments build modern geological baselines, diversify their supply sources, and reduce dependency on vulnerable import chains. For countries with untapped mineral potential, this is not just a tool—it is a gateway to opportunity. The copper deficit should not be approached as a technical or sectoral issue. It is a systemic risk with direct implications for climate commitments, digital infrastructure, and industrial development in the coming decades. To tackle this, concrete actions are required: Review regulatory frameworks to accelerate sustainable projects without compromising environmental standards. Mobilise international funding to support exploration and production in regions with untapped potential. Foster geological data exchange between countries to speed up discoveries. Promote strategic reserves and recycling where feasible, to reduce pressure on primary mining. These measures demand multilateral cooperation and long-term planning, something that has historically been scarce in global resource governance. But copper is not just another resource: without it, there is no viable energy transition. The copper shortage is not a regional dilemma. It is a global crossroads. Every country with climate goals, every economy investing in digital infrastructure, and every company investing in clean technologies has a direct stake in how the world faces this situation. We must act quickly and collectively. Strategic investment, smart regulation, and science-based exploration are essential elements, not optional, to closing the supply gap. The world’s energy future will, to a large extent, depend on our ability to ensure a stable, diversified, and sustainable copper supply. Copper is no longer just a metal. It is the backbone of our energy future.
Copper at the crossroads: securing the mineral backbone of the global energy transition By Bart Anderson, Managing Director of Australia & Asia, Xcalibur Smart Mapping Global energy and digital transition are advancing at an unprecedented pace. However, beneath this momentum lies a critical vulnerability: the growing dependence on copper. This metal, essential for electric vehicles, renewable energy, smart grids, and data centres, threatens to become a bottleneck for the world’s climate and technological goals. According to the United Nations Conference on Trade and Development (UNCTAD), copper is no longer just a raw material: it is a pillar of decarbonisation. Global demand is expected to rise by more than 40% by 2040. To meet the needs up until 2030 alone, more than $250 billion in investments and at least 80 new mining projects will be required. This is not a distant projection: it is an urgent warning. The current supply is not prepared to sustain the scale or speed of the transformation that is already underway. Copper production faces persistent challenges: the depletion of deposits, falling ore grades, delays in project approvals, increasing socio-environmental demands, and an ever more complex geopolitical landscape. Even if new projects were started today, it could take 15 to 25 years for them to come online, which is clearly insufficient to meet short-term demand. Although the Asia-Pacific region will play a key role in this context, as a major consumer and producer, this is truly a global challenge. The copper deficit affects governments, industries, and communities across all continents, demanding a coordinated, multi-sectoral response. At Xcalibur Smart Mapping, we believe that the future of copper depends not just on extraction, but on early-stage intelligence. Through our advanced airborne geophysical exploration systems, we help identify and delineate mineral-rich zones faster, more efficiently, and minimise biodiversity impact. Our technologies allow countries and companies to access reliable, large-scale geological data that accelerate decisions, reduce uncertainty, and direct investment where it matters most. In a scenario where every year counts, airborne mapping offers a decisive time advantage. It helps governments build modern geological baselines, diversify their supply sources, and reduce dependency on vulnerable import chains. For countries with untapped mineral potential, this is not just a tool—it is a gateway to opportunity. The copper deficit should not be approached as a technical or sectoral issue. It is a systemic risk with direct implications for climate commitments, digital infrastructure, and industrial development in the coming decades. To tackle this, concrete actions are required: Review regulatory frameworks to accelerate sustainable projects without compromising environmental standards. Mobilise international funding to support exploration and production in regions with untapped potential. Foster geological data exchange between countries to speed up discoveries. Promote strategic reserves and recycling where feasible, to reduce pressure on primary mining. These measures demand multilateral cooperation and long-term planning, something that has historically been scarce in global resource governance. But copper is not just another resource: without it, there is no viable energy transition. The copper shortage is not a regional dilemma. It is a global crossroads. Every country with climate goals, every economy investing in digital infrastructure, and every company investing in clean technologies has a direct stake in how the world faces this situation. We must act quickly and collectively. Strategic investment, smart regulation, and science-based exploration are essential elements, not optional, to closing the supply gap. The world’s energy future will, to a large extent, depend on our ability to ensure a stable, diversified, and sustainable copper supply. Copper is no longer just a metal. It is the backbone of our energy future.