Beholder

🔥Natron Project advanced🔥 Our team at Beholder continues to make progress on the Natron project, with the first study site located in Tanzania. The goal of the project is to leverage advanced technologies to validate existing gold deposits and discover new sources through modern data analysis and machine learning methods. We have already prepared the first version of how we will train our neural network to make more accurate predictions. As part of this project, we are actively implementing 3D inversions of gravitational anomalies, which allows us to visualize and analyze the structural elements of the terrain in far greater detail than traditional topographic maps. This enables us to detect complex features and geological structures crucial for identifying potential deposits. In addition, the team is developing a predictive model based on advanced AI algorithms. Our approach involves analyzing not only data at the pixel level but also spatial patterns, which helps produce more reliable predictions. We have prepared predictors for the neural network, which will be trained using a more complex method that takes into account spatial patterns in the distribution of gravitational anomalies and other indicators. An essential part of our work is validating the model on a site in the USA, where we have access to verified ground data. This will help us assess the model’s accuracy and reliability, making the Natron project even more scientifically grounded and effective for practical application. Stay tuned🔥

Bauxite – The raw material for the “Sky Metal” Today, let’s talk about one of the most crucial metals in the non-ferrous group — aluminum. While new alternatives like titanium are being developed for industrial use, aluminum remains vital for defense industries, aerospace, and even in the production of our favorite soft drink cans. Aluminum is one of the most abundant elements in the Earth’s crust, making up between 7.45% and 8.14% according to various studies. Globally, aluminum ranks second in terms of consumption among all metals, following steel. Its demand continues to rise due to population growth, economic development, and urbanization. The primary raw materials for aluminum production are bauxite and nepheline. According to the International Aluminium Institute, global primary aluminum production reached 58.167 million tons in 2020, a 0.5% increase from the previous year. Aluminum’s use spans industries like construction, automotive manufacturing, and packaging, further driving the need for this essential metal. China leads the world in aluminum production, but bauxite deposits are distributed unevenly across the planet, with significant concentrations in tropical and subtropical regions. The primary sources of aluminum extraction are bauxite (98% of global production) and other minerals like nepheline and alunite. As global demand for sustainable materials increases, aluminum remains a key player in industries like transportation, aerospace, and energy. The production of planes, high-speed trains, and even ships relies heavily on aluminum, with many vehicles composed of up to 80% of this metal. Additionally, bauxite is used in the production of aluminum-based chemicals, alloys, cement, and even cosmetics, such as deodorants. Ukraine has some bauxite deposits, but developing them to full potential would require significant technological investment. Globally, aluminum continues to be traded on major platforms like the London Metal Exchange (LME), which influences the pricing and distribution of this critical resource. In conclusion, bauxite continues to be a crucial component in the aluminum production chain, playing an integral role in shaping modern industries. From aerospace to packaging, aluminum’s versatility and abundance make it one of the most important materials in the world today.

Why Sustainable Mining is Key to a Green Future In a world increasingly focused on transitioning to green energy and reducing carbon emissions, sustainable mining of minerals has become more critical than ever. Minerals such as lithium, cobalt, and rare earth elements are key components in wind turbines, solar panels, electric vehicles, and other clean technologies. However, the extraction of these minerals must meet the highest standards of environmental and social responsibility to ensure a true shift towards a sustainable economy. Why sustainable mining matters: 1.Preserving Ecosystems: Traditional mining can have serious environmental consequences, including land degradation, loss of biodiversity, and water pollution. Sustainable mining minimizes these impacts, ensuring the protection of natural ecosystems. 2.Efficient Resource Use: Sustainable mining emphasizes the efficient use of natural resources, reducing waste and minimizing the environmental footprint. This is especially important in the extraction of critical minerals essential for green energy development. 3.Social Responsibility: Sustainable mining takes into account the interests of local communities, ensuring fair working conditions, respect for human rights, and investment in the socio-economic development of regions. This helps avoid conflicts and ensures long-term stability. 4.Adherence to Standards: Companies engaged in sustainable mining adhere to international standards such as JORC and NI 43-101, which ensure transparency and build trust with investors and the public. At Beholder, we are committed to making mineral exploration not only efficient but also responsible. Our AI technologies allow for precise identification of promising zones for extraction, reducing environmental impact and increasing efficiency. We believe that with the right tools and approaches, mining can be both economically viable and environmentally responsible, ensuring a green future for all.

Rare earth rush: Northern Europe and the future of the EU’s resource autonomy 2023 has become a pivotal year for the Nordic countries in the extraction of rare earth elements and strategic resources. This opens up new opportunities for the European Union on its path to energy independence and supporting decarbonization technologies. Sweden: rare earth metals and graphite In January 2023, Sweden announced the discovery of Europe’s largest rare earth metal deposit near the town of Kiruna. These resources will be crucial for producing batteries, microchips, and other components necessary for the energy transition. LKAB is also exploring graphite deposits in northern Sweden, which could be used for battery anode production. Norway: new phosphate opportunities Norway announced the discovery of significant phosphate deposits, which could meet global demand for the production of fertilizers and batteries for electric vehicles. This potentially positions Norway as a key player in European resource autonomy. Finland: strategic metals development Finland continues its efforts in uranium, nickel, and lithium mining, which are critically important for battery production. The country aims to become a leader in sustainable and responsible extraction of these resources. The role of Northern Europe in the future of resources Given the growing demand for critical metals for energy technologies, Northern Europe may become a major supplier of these resources to the EU. This version provides a concise overview of the developments in Northern Europe related to rare earth elements and strategic resources.

Reducing Exploration Costs with AI: A Financial Perspective The mining industry has always been associated with high financial costs for exploring new deposits. Traditional exploration methods, such as extensive drilling and fieldwork, often require significant investments without always guaranteeing success. However, thanks to the latest AI-based technologies, this situation is changing dramatically. AI-driven exploration offers a new approach that significantly reduces exploration costs while ensuring higher accuracy and efficiency. At Beholder, we use AI to analyze large volumes of geological, geophysical, satellite, and geochemical data, allowing us to quickly and accurately identify promising zones for drilling. How AI reduces exploration costs: 1.Optimizing Drilling Operations: AI reduces the number of necessary drill holes by three times, while ensuring up to 96% accuracy in target drilling. This means less fieldwork, reduced equipment use, and, consequently, significant cost savings on drilling. 2.Accelerating Decision-Making: AI analyzes data in real-time, enabling companies to make informed exploration decisions faster. This shortens project timelines and lowers associated management costs. 3.Reducing Uncertainty: Through precise data analysis, AI helps reduce risks related to misjudging prospective zones. This allows companies to avoid costly mistakes and reduce expenses related to ineffective exploration efforts. 4.Environmental Responsibility: AI minimizes intervention in the natural environment, which, in turn, reduces costs for reclamation and other environmental measures. The application of AI in geological exploration allows mining companies not only to optimize their costs but also to gain competitive advantages in the market. The accuracy, efficiency, and speed provided by AI make exploration more economically viable and environmentally responsible.

##Ukraine aims to be a key player in Europe’s energy future, leveraging its natural resources, rare earth minerals and its technology and ingenuity as a logical part of the plan to move forward. However, much of that ambition and potential is now on hold. #rawmaterials #energystorage #battery

The Importance of Sustainability Reporting in Mining and How Beholder Simplifies the Process In today’s mining industry, sustainability is no longer just a buzzword—it’s a critical component of responsible operations. As environmental concerns continue to rise and regulations become stricter, mining companies are under increasing pressure to demonstrate their commitment to sustainable practices. This is where sustainability reporting comes into play. Sustainability reporting allows mining companies to transparently communicate their environmental, social, and governance (ESG) performance to stakeholders, including investors, regulators, and the public. However, the process of collecting, analyzing, and reporting this data can be complex and time-consuming. Traditional methods of sustainability reporting often involve manual data collection and analysis, which can lead to errors, inefficiencies, and delays. Beholder is transforming this process by leveraging the power of artificial intelligence and automation. Our AI-driven platform automates sustainability reporting, ensuring that data is collected and analyzed with accuracy and efficiency. By integrating geological, geophysical, and environmental data, Beholder provides comprehensive insights into the ecological impact of mining activities in real time. This not only simplifies the reporting process but also ensures compliance with industry standards like JORC and NI 43-101. With Beholder, mining companies can produce high-quality, transparent reports that demonstrate their commitment to sustainability while saving time and resources. In an industry where transparency and accountability are paramount, Beholder’s technology empowers companies to meet their sustainability goals and build trust with stakeholders. Learn more about how Beholder is simplifying sustainability reporting at beholder.earth.

The growing demand for critical minerals and Beholder’s role in meeting global needs As the world rapidly transitions to a green energy future, the demand for critical minerals has skyrocketed. These minerals, such as lithium, cobalt, and rare earth elements, are essential components in technologies like electric vehicles, wind turbines, and advanced batteries. The International Energy Agency (IEA) predicts that by 2040, the world will need to increase its production of critical minerals by up to six times to meet the demands of a sustainable energy future. However, sourcing these minerals poses significant challenges. Traditional exploration methods can be environmentally intrusive, costly, and time-consuming. This is where Beholder steps in with its cutting-edge AI-driven technology, designed to revolutionize the way we explore and extract these vital resources. Beholder’s platform combines geological, geophysical, satellite, and geochemical data to create precise maps of potential mineral-rich zones. By using AI to analyze vast amounts of data, we reduce the need for extensive and invasive exploration activities. Our approach not only accelerates the discovery process but also minimizes the environmental footprint, making it more efficient and cost-effective. In today’s global market, securing a stable supply of critical minerals is more important than ever. Beholder is at the forefront of this effort, providing the tools and technology needed to meet the growing demand while ensuring that exploration is sustainable and responsible.

Last week, I represented Beholder at Ukrainian finals of Startup World Cup. We were able to compete against many teams and were accepted into finals. It was great opportunity to tell about our work to new investors. We have recieved a ton of valuable feedback from judges and other companies. And huge congratulations to Sofia Shcherbenyuk and whole Spendbase team! Huge thanks to organizers of this event! EIT Community RIS Hub Ukraine Sigma Software Labs and Ministry of Digital Transformation of Ukraine did a great job to organize higly competetive, but yet very friendly competition.

The changing dynamics of global oil production As the global oil industry approaches a pivotal moment, the future of energy production faces new uncertainties. Countries like Mexico, a significant oil producer, are now publicly acknowledging that after 2030, their oil production will experience a sharp decline. This aligns with concerns that global oil extraction may have already reached its peak, with some oil-rich nations reporting lower actual reserves than previously stated. For instance, discrepancies in reported reserves by major producers like Kuwait and the U.A.E. raise questions about long-term sustainability. Experts have long speculated that the peak of global oil production was imminent. In fact, data suggests that the highest level of oil extraction was reached in November 2018, at 84.59 million barrels per day, a figure that hasn’t been surpassed since. Although technological advancements in extraction, such as shale oil, have offered some hope for extending production, many estimates, including those for the U.S., have since been revised downward. As the world moves toward a more uncertain future regarding oil supply, Beholder is at the forefront of innovation in resource exploration. By leveraging AI and advanced mineral exploration technologies, we are well-positioned to support industries in transitioning toward sustainable energy solutions and addressing the challenges of a post-peak oil world. Beholder’s expertise can help businesses navigate these energy shifts with smarter resource management and exploration strategies, ensuring long-term resilience in a changing global landscape. Stay tuned as we continue to monitor and provide insights into these significant developments impacting the energy sector.