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.

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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.

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XENAI – AI data platform for Earth Intelligence

XENAI IA DATA PLATFORM

XENAI – AI data platform for Earth Intelligence

Across the world, environmental systems are under unprecedented pressure.

Forests disappear, water stress accelerates silently, and critical raw materials flow through increasingly opaque supply chains.

“The challenge today is not a lack of data, it is the ability to connect, interpret and transform information into decisions before consequences become irreversible” CEO, Andrés Blanco

This is the context in which XENAI was developed.

XENAI is an advanced Artificial Intelligence data platform designed specifically for Natural Capital and what we call Earth Intelligence.

It brings together vast and diverse datasets , from satellite imagery and airborne geophysics to geological surveys, climate models, and others  to provide a coherent, actionable understanding of how natural systems evolve, interact and degrade.

At its core, XENAI addresses a fundamental gap: data fragmentation.

Environmental and geoscientific information exists in abundance, but too often remains siloed, underused or disconnected from decision-making processes.

XENAI acts as a data nexus, integrating multi-source information into a single intelligence framework that enables foresight, accountability and strategic planning.

The architecture of XENAI is deliberately modular and scalable, reflecting the complexity of the systems it seeks to understand.

The platform begins with data ingestion, absorbing enormous volumes of satellite imagery, remote sensing inputs, subsurface data, climate records and trusted third-party sources from across the globe.

“This information is then harmonised within the data engine, where advanced algorithms ensure consistency, quality and interoperability across otherwise incompatible datasets” AI project leader, R&D, Nicolas Leiva,

At the heart of the platform sits the intelligence core.

Here, proprietary AI and machine learning models detect patterns, identify anomalies and generate predictive insights across surface and subsurface environments.

These models continuously learn from historical records and new data streams, improving accuracy and relevance over time.

Finally, XENAI translates complexity into clarity through its decision interfaces.

Dashboards, alerts and reports are tailored to specific users ,  from policymakers and regulators to resource managers and infrastructure planners,  ensuring that intelligence is not only accessible, but decision-ready.

From detection to prevention

One of XENAI’s most critical capabilities lies in its ability to reveal what remains invisible to conventional monitoring.

In the case of artisanal mining, activities often unfold beneath dense forest cover or in remote territories, escaping detection until environmental and social damage is already entrenched.

Using AI-driven change detection, XENAI can identify early indicators of mining expansion, quantify land degradation and support timely intervention. In one documented case in Nigeria, analysis revealed an eight-fold increase in artisanal mining activity over seven years, affecting thousands of hectares,  insight that would have been impossible to obtain through traditional methods alone.

Equally transformative is XENAI’s role in critical raw materials traceability. As demand for strategic minerals accelerates under the energy transition, supply chains have become both geopolitically sensitive and environmentally scrutinised. By combining satellite intelligence with digital traceability systems, XENAI enables verifiable provenance from geological origin to destination, reducing exposure to conflict minerals, illicit extraction and regulatory non-compliance.

Value and resilience

Beyond minerals, XENAI plays a pivotal role in water resource management.

Through AI-enhanced groundwater prospectivity mapping, the platform integrates airborne electromagnetic data with climate and subsurface intelligence to identify sustainable water resources. This capability is increasingly vital in regions facing chronic drought, rapid urbanisation or agricultural stress.

The future aim of XENAI will be accelerating economic valuation and feasibility analysis.

By rapidly assessing environmental risk, natural capital value and resource potential, the platform provides a data-driven foundation for investment decisions, land-use planning and infrastructure development.

Intelligence as a strategic necessity

What ultimately differentiates XENAI is not technology alone, but purpose.

The platform delivers unprecedented visibility, predictive intelligence and actionable insight at scales that match today’s global challenges.

It enables governments, industries and institutions to move from reaction to prevention, from observation to anticipation.

In a world where environmental change and geopolitical dynamics are increasingly intertwined, understanding the Earth is no longer a technological luxury. It is a strategic necessity.

XENAI transforms data into Earth intelligence,  and Earth intelligence into informed action.

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Kazakhstan Chamber of Mines Participated in the 2nd International Mining and Metallurgy Forum in Tajikistan

Representatives of the Kazakhstan Chamber of Mines, including Xcalibur Kazakhstan Limited, participated in the 2nd International Mining and Metallurgy Forum, which was held at a high governmental level and brought together heads of sectoral ministries, government authorities, international experts, and leading companies in the mining and metallurgical industry.

 

The forum served as a key platform for discussing strategic directions for the development of the mineral resources sector and for strengthening intergovernmental cooperation.

As part of the Kazakhstan Chamber of Mines delegation, Said Sultanov, Managing Director of Xcalibur Kazakhstan, delivered a presentation. In his speech, he highlighted the prospects for applying modern airborne technologies and advanced solutions provided by Xcalibur, which significantly enhance the efficiency of geological exploration and are widely used around the world as a reliable tool for attracting investment into subsurface exploration.

In his remarks, Said Sultanov emphasized:

“Tajikistan possesses enormous geological potential. The combination of Tajikistan’s natural resources with the experience and technological solutions of our region creates opportunities for successful joint projects. Through close cooperation, we can achieve significant results in geological exploration and in attracting investment into Tajikistan’s mining sector.”

We extend our sincere appreciation to the Government of the Republic of Tajikistan for the warm hospitality, the high level of organization, and the constructive atmosphere maintained throughout the forum. These conditions enabled productive dialogue and effective exchange of expertise among participating institutions.

The participation of the Kazakhstan Chamber of Mines represented an important contribution to the development of intergovernmental cooperation and the promotion of modern technological practices in the region’s mining sector. The Chamber reaffirms its commitment to strengthening long-term partnerships and supporting initiatives aimed at advancing the mineral resources industry across Central Asia.

For more information :

https://www.youtube.com/watch?v=oO-sAN09Vx4

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DRC and Xcalibur Smart Mapping Launch One of Africa’s Most Ambitious Airborne Geophysical Mapping Programs

The project combines advanced airborne geophysics, fieldwork, AI-driven data management and local capacity building to support sustainable resource development.

A three-year, multi-technology airborne and field program will cover more than 700,000 km², strengthening national decision-making, responsible investment, and geological knowledge.

The Ministry of Mines of the Democratic Republic of Congo (DRC) and Xcalibur Smart Mapping have officially signed a strategic contract to carry out one of the most ambitious airborne geophysical and geological mapping programs ever undertaken on the African continent.

The project, designed to be implemented over a three-year period, will cover the provinces of Kasai, Kwango, Kongo Central and Katanga, encompassing a combined area of more than 700,000 square kilometers. Through the application of cutting-edge airborne geophysics, fieldwork and advanced data management, the initiative aims to establish a new geological baseline for the country, supporting national planning, responsible investment and long-term development.

From Xcalibur Smart Mapping’s perspective, the project represents not only a technological milestone, but also a continuation of a long-term partnership with the Democratic Republic of Congo that began in 2017, when the company signed its first contract in the country.

“This project reflects a significant increase in ambition compared to previous programs carried out in the DRC,” said Andrés Blanco, CEO of Xcalibur Smart Mapping. “It is designed to deliver a level of geological knowledge and data integration that will serve the country for decades, strengthening decision-making and supporting sustainable development linked to critical raw materials.”

An integrated, multi-technology approach

The airborne program will begin with magnetic, radiometric and gravity surveys, which, since 2024, can be flown simultaneously on a single aircraft using Xcalibur Smart Mapping’s integrated platforms. This capability significantly reduces operational time and costs while increasing data consistency.

Over the course of the project, Xcalibur Smart Mapping plans to fly more than 2.7 million line kilometers, along flight lines spaced at 250 meters, generating high-resolution datasets across vast and geologically diverse regions. The company also plans to progressively scale operations in the country, with the objective of deploying between six and eight aircraft dedicated to the program.

In addition, the project includes the acquisition of airborne electromagnetic data using Tempest, Xcalibur Smart Mapping’s proprietary system. Tempest is currently available on only four aircraft worldwide and is operated annually by institutions such as the United States Geological Survey (USGS) and Geoscience Australia, as well as in large national programs in countries such as Saudi Arabia and Brazil.

During the dry season, one Tempest-equipped aircraft will be dedicated full-time to the DRC program, with the objective of acquiring more than 300,000 line kilometers of electromagnetic data, flown at a spacing of 2.5 kilometers.

“Having access to this type of electromagnetic data fundamentally changes how subsurface structures can be understood,” Blanco added. “It allows governments and geological surveys to move from fragmented information to an integrated view of mineral systems at a national scale.”

Beyond airborne geophysics: fieldwork and local collaboration

The project extends well beyond airborne surveys, incorporating a comprehensive fieldwork and ground validation component carried out in close collaboration with the Geological Survey of the Democratic Republic of Congo and local companies.

This phase builds on local geological knowledge and expertise and may include geological mapping, geochemical sampling and other targeted activities, defined progressively based on the insights generated by the airborne data.

All airborne and ground-based information will be integrated into XENAI, Xcalibur Smart Mapping’s proprietary AI data platform. XENAI provides secure, structured access to multi-layer geoscientific datasets, while enabling the application of advanced artificial intelligence and machine learning tools developed by the company.

These capabilities support the generation of integrated interpretation and prospectivity reports, identifying areas of geological interest and providing a robust, evidence-based foundation for national planning and responsible investment promotion.

Xcalibur Smart Mapping’s multidisciplinary team—bringing together experts from Canada, Australia, Asia, Europe and across Africa, will combine airborne geophysics, field observations, satellite imagery and existing geological information to deliver holistic, high-value interpretations aligned with international best practices.

This integrated approach is what Xcalibur Smart Mapping refers to as Earth Intelligence.

 

 

Supporting national strategy, ownership and capacity building

From the outset, the project has been designed to reinforce national ownership of geological information. All data generated will remain the property of the Geological Survey and the Government of the Democratic Republic of Congo, which will determine how the information is used and shared in line with national priorities.

Raoul Wazenga Vitima, Director General of the National Geological Survey of the Republic of Congo,  emphasized the strategic importance of the initiative:

“This program provides the Democratic Republic of Congo with a modern geological foundation that strengthens transparency, supports responsible investment and enhances our capacity to manage natural resources in the national interest”

“It is a decisive step towards better knowledge of our territory and its potential.”

In parallel, the project includes training programs for Geological Survey staff, as well as support for conferences and international events aimed at promoting the results. The objective is to ensure that the initiative leaves a lasting institutional and technical legacy for the country.

A tool for long-term development and responsible investment

The availability of high-quality, nationally owned geophysical data is expected to play a critical role in presenting the mineral potential of the DRC to investors, while also supporting policy decisions related to regional development, infrastructure planning and the energy transition.

“Reliable geological information is a strategic asset,” Blanco concluded. “Our role is to provide governments with the tools and knowledge they need to make informed decisions, attract responsible investment and ensure that natural resources contribute to sustainable development.”

Here is a television report on the agreement 

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Pre-UNGA Week: Xcalibur Smart Mapping at the First COP30 Event in Madrid

Last week, in the lead-up to the UNGA, Xcalibur Smart Mapping had the honor of being invited to the first COP30 event held in Madrid for conference participants, thanks to the collaboration of the Spain-Brazil Council Foundation, OEI, and the Brazil-Spain Chamber of Commerce.

 

 

During the event, both Trinidad Jiménez, President of the Brazil-Spain Chamber of Commerce, and the recently appointed ambassador Luiz Alberto Figueiredo Machado, highlighted that the climate crisis directly impacts the economy, emphasizing the urgent need for coordinated and effective action.

 

The Brazilian government has issued seven letters of intent, and we find it particularly commendable that the first one focuses on climate justice, placing society at the center of all actions. The latest letter, issued recently, invites companies to actively participate, a document we highly recommend reviewing due to its clear call for commitment and investment to tackle climate change.

 

In a complex geopolitical context, with rising energy prices, critical dependencies, and growing economic risks, there are positive signs: renewable energy in Spain leads Europe, Brazil is one of the most representative countries globally, yet China accounts for nearly 50% of installations, electric vehicles, and industrial production, leaving Europe trailing behind. This situation turns the energy transition into a problem that is both economic and environmental.

 

As the ambassador indicated, governments must support with strategic vision, clear regulations, and alliances among NGOs, associations, companies, and public institutions. This is exactly what leading companies such as Xcalibur Smart Mapping, through its foundation and projects for training and integrating the most vulnerable, or Iberdrola and others participating in the event, are demonstrating—the private sector has a key role in climate action.

 

Spain benefits from strong social support, which is not common everywhere, and within the European Union, there is broad commitment to climate action. However, the limited involvement of other countries affects Europe’s global leadership in this area. Measures are being promoted to simplify complex regulations, though without the support of the U.S., progress tends to be slower.

 

The OEI, an organization with significant COP influence, emphasized that this COP will be the COP of action, promoting coordinated processes and tangible deliverables, with monitoring not only of objectives but of measurable outcomes. It was clear that the climate crisis is also an economic crisis, and multilateralism remains essential, as highlighted in the Seville Summit, where Xcalibur participated actively.

 

Finally, every COP meeting reiterates the need for financing, a critical element to transform commitments into real and effective actions.

 

Coincidentally, this event in Madrid aligned with the cocktail we were also invited to, focused on investment opportunities in Peru. A week full of initiatives, and now we await to see what the coming week will bring.

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