Beholder

AI in Space: The future of AI SpaceX's upcoming Transporter 11 mission marks a significant milestone in the integration of AI into space exploration. By launching a powerful computer with AI capabilities, built on the Nvidia Jetson Orin NX chip, SpaceX is pushing the boundaries of what's possible in space technology. This mission will test the computer's ability to operate under the harsh conditions of space radiation, using a specially designed metaterial from Cosmic Shielding Corporation (CSC) to protect the system. The goal? To prove that AI-driven processors can function reliably in space, opening the door to a new era of intelligent satellites and reducing the costs of future missions. At Beholder, we're inspired by these advancements. Our work in mineral exploration using AI resonates with the innovation seen in this mission. Just as SpaceX is testing AI's potential in space, we are leveraging AI to unlock the earth’s hidden resources, making exploration more efficient, accurate, and sustainable. The future of exploration—whether in space or beneath the earth’s surface—is intelligent, and AI is leading the way. 🌍🤖

Stay updated with Beholder! Discover the latest in AI-based remote sensing and sustainable mineral exploration. Visit beholder.earth to explore our cutting-edge technology and learn how we’re revolutionizing the industry. #LinkedIn #BeholderTech #SustainableMining #AI #RemoteSensing #Innovation #GreenFuture

We are excited to announce that Beholder has been included in the list of Ukrainian startups that received up to €50,000 in grant funding through the Seeds of Bravery program! This program, supported by the European Innovation Council and SMEs Executive Agency (EISMEA), aims to develop the Ukrainian startup ecosystem and integrate it into the European market. With this funding, we have the opportunity to further expand our capabilities and implement innovative projects in the field of mineral exploration and mining through our AI platform. This recognition is a testament to the significant global impact potential of our efforts. We are confident that this investment will help us bring the future of the industry even closer, transforming it as we do today. Thank you for your trust and support! 📌 Read more https://lnkd.in/d42k8DMr

Unveiling Beholder’s Capabilities in Verifying Geological Prospects At Beholder we harness AI, geological data, and remote sensing to revolutionize geological prospecting. Our advanced platform leverages geological, geophysical, satellite, and geochemical data to provide accurate and reliable assessments of potential mineral deposits, transforming exploration in the mining industry. Key Benefits: 1.Precision and Accuracy: Our AI algorithms analyze multiple relevant data sources to pinpoint potential mineral-rich areas with exceptional accuracy, reducing risk and uncertainty associated with traditional exploration methods. 2.Cost-Efficiency: By utilizing AI and geophysical data, Beholder significantly lowers exploration costs by minimizing the need for extensive fieldwork and expensive drilling operations. 3.Environmental Sustainability: Our technology ensures that exploration activities are conducted in an environmentally responsible manner, reducing land disturbance and conserving natural resources according to JORC and NI 43-101 standards. By adhering to these standards, we implement best practices in exploration, resource evaluation, and mineral extraction, ensuring environmental responsibility and economic efficiency in our operations. 4.Scalability: Beholder is designed to support operations at various project stages, from continental forecasting to detailed studies and drill targeting, enhancing planning and decision-making processes. Adhering to Standards: •JORC: Ensures high quality and transparency in ore reserves reporting by defining clear criteria for resource and reserve estimation, including exploration methods, data analysis, and reporting. •NI 43-101: Regulates mineral project reporting, requiring detailed information on exploration methods, geological data, resource estimation, and environmental aspects, ensuring reliability and accuracy. Innovative Approach: Beholder’s AI technology addresses data limitations and uncertainties by analyzing vast amounts of geospatial data with high precision. The AI algorithms identify patterns and anomalies indicative of critical element deposits, significantly reducing the uncertainty of traditional exploration methods. This comprehensive analysis enhances the resolution of information, providing a clearer picture of potential mineral deposits. Our technology minimizes the need for invasive exploration techniques by precisely mapping potential areas rich in critical elements. This targeted approach reduces environmental impact and operational costs, enhancing the efficiency and sustainability of mineral exploration and accelerating the discovery process. Learn more about how Beholder is transforming the future of geological prospecting at beholder.earth. #GeologicalProspecting #AI #RemoteSensing #Sustainability #BeholderTech #MiningInnovation #FutureOfMining #EcoFriendlyExploration

We are excited to announce the Ukrainian startup delegation to Offshore Northern Seas 2024!  Offshore Northern Seas (ONS) is the leading conference and exhibition connecting the broad energy industry, taking place in Stavanger, Norway. The delegation is organized by Advicera, with the support of the Stavanger kommune, the assistance of the ONS and Lyse AS, and in partnership with Intelliarts. Participating startups: Beholder - a revolutionary AI-assisted SaaS platform for minerals discovery and mining.  Megaforce is a motor oil additive that reduces emissions and fuel consumption by 10%, while also restoring engine components.  i3 Engineering is an innovative company in Smart Home and Automation solutions manufacturing.  OptySun technology is an advanced method of purifying and disinfecting water to drinking quality using a combination of three key processes: filtration, ozonation, and UV radiation. Meet them at the Scale-Up arena in Hall 4.

Extraction industry risks due to miscalculations: The State Service of Geology and Subsoil of Ukraine (NADPU) has highlighted a critical issue affecting the economic interests of the state and subsoil users, potentially leading to excessive financial costs and impacting investments and financial stability in the sector. According to the methodology for determining the initial auction price for the right to use subsoil, the State Geological Service of Ukraine quarterly approves and publishes prices for extracted mineral raw materials. These prices, based on data from the State Tax Service and the State Commission on Mineral Reserves, directly influence the auction sale price for subsoil use rights. Incorrect pricing data reported by some mining companies, particularly for drinking water and sand, have skewed average price calculations. For instance, the reported unit price of sand is significantly inflated at 4,427.3 UAH per ton, affecting the financial viability of businesses and potentially leading to increased costs for construction materials, crucial for Ukraine’s reconstruction efforts during wartime. In response, the National Association of Extractive Industries of Ukraine and key industry players are urging the Ministry of Environmental Protection and Natural Resources to intervene. They request a temporary suspension of the publication of these prices to allow companies to submit corrected tax declarations. Additionally, they call for an expedited review and approval of amendments to the methodology for determining auction prices. Beholder remains committed to supporting the extractive industry through innovative solutions, ensuring accurate data and sustainable practices. Stay tuned for updates on how we continue to drive positive change in the sector.

The Importance of Rare Earth Elements and Beholder’s Technology Critical elements, including rare earth elements (REEs) and other essential minerals, are crucial to the modern world, powering everything from smartphones and electric vehicles to wind turbines and advanced medical devices. These elements are essential for high-tech industries and the transition to a sustainable future. However, finding and extracting critical elements in an environmentally responsible manner poses significant challenges. That’s where Beholder steps in. Our cutting-edge AI and remote sensing technology revolutionizes the identification of critical minerals deposits. By leveraging a complex of geological, geophysical, satellite, and geochemical data, Beholder precisely maps potential critical elements areas, minimizing the need for invasive exploration techniques. Beholder not only accelerates the discovery process but also ensures that it is sustainable and scalable. By providing detailed environmental impact assessments, we help companies make informed decisions that protect our planet while securing the essential resources needed for technological advancement. Learn more about how Beholder is at the forefront of sustainable REE exploration at beholder.earth. #RareEarthElements #AI #RemoteSensing #Sustainability #BeholderTech #FutureOfMining #HighTech #GreenEnergy

Beholder’s Role in Promoting Green Mining Practices At Beholder we are committed to transforming the mining industry by promoting green mining practices through the use of advanced environmental impact data. Our AI-based geological information system leverages satellite data to monitor and assess the environmental impact of mining activities in real time. This technology enables mining companies to make informed decisions that minimize environmental damage and promote sustainability. By providing detailed insights into the ecological footprint of mining operations, Beholder helps companies adopt more sustainable practices, such as reducing land disturbance, conserving water, and minimizing emissions. Beholder also assists in identifying areas that are less environmentally sensitive for exploration, thereby protecting biodiversity and natural habitats. Through our innovative approach, Beholder is setting new standards in the mining industry and can provide JORC or NI 43-101 compliant reports. These standards ensure high-quality reporting and transparency in the mining sector. We guarantee that the extraction of critical minerals necessary for green energy does not come at the expense of our planet. By adhering to these standards, we implement best practices in exploration, resource evaluation, and mineral extraction. We believe that with the right data and tools, mining can be both economically viable and environmentally responsible. Learn more about how Beholder is leading the charge in green mining practices at beholder.earth. #GreenMining #Sustainability #AI #EnvironmentalImpact #RemoteSensing #BeholderTech #FutureOfMining #EcoFriendly

The Role of Critical Minerals in Green Energy The market for critical minerals, essential for the green energy transition, is experiencing significant growth. For example, the lithium market is projected to grow from $3.64 billion in 2020 to $8.24 billion by 2027, driven largely by the electric vehicle (EV) industry. Similarly, the cobalt market is expected to reach $13.6 billion by 2028, with a compound annual growth rate (CAGR) of 9.3% from 2021 to 2028, due to its critical role in lithium-ion batteries. The International Energy Agency (IEA) estimates that the world will need to increase its production of critical minerals by six times by 2040 to meet the demands of sustainable energy. According to the World Bank, the production of minerals like graphite, lithium, and cobalt could rise by nearly 500% by 2050 to support clean energy technologies. This underscores the need for significant investments in mining and recycling infrastructure. To reduce the risks associated with concentrated production in a few countries, nations are diversifying their supply chains. This includes investing in mining projects in different regions and forming strategic partnerships. Japan, for instance, is investing in mining projects in Australia and Canada to secure a stable supply of rare earth elements. The Quad Critical and Emerging Technology Working Group, comprising the United States, India, Japan, and Australia, exemplifies international cooperation to secure supply chains and foster innovation in green technologies. Technological innovations are also crucial. New methods, such as direct lithium extraction (DLE) from brine and enhanced leaching techniques for rare earth elements, aim to reduce environmental impact and improve efficiency. However, sourcing these minerals responsibly remains a challenge. Traditional mining and exploration methods can be invasive and harmful to the environment. This is where Beholder steps in to revolutionize the exploration process. At Beholder we utilize advanced AI and geological data, along with remote sensing systems, to map and predict the locations of critical mineral deposits with remarkable accuracy. Our platform leverages geological, geophysical, satellite, and geochemical data to identify potential mineral-rich areas, reducing the need for extensive and intrusive exploration activities. This not only minimizes the environmental footprint but also accelerates the discovery process, making it more efficient and cost-effective. By integrating AI into the exploration process, Beholder ensures that the search for essential minerals is both environmentally friendly and scalable. Our approach reduces the number of drill holes by three times, achieves up to 96% accurate drill targeting, and provides 30 times more precise sample data interpolation. This supports the global push towards green energy by providing a sustainable solution for sourcing the critical minerals necessary for the development of clean technologies.

Beholder is an innovative AI-based geological information system transforming the mineral exploration industry. By leveraging a complex of geological, geophysical, satellite, and geochemical data, our technology allows for precise prediction and mapping of mineral deposits, minimizing the need for intrusive exploration methods. According to our methods, we ensure that exploration is both environmentally friendly and scalable. By utilizing a wide range of data sources, we provide our clients with the highest level of accuracy and efficiency, enabling informed decision-making and reduced exploration risks. Key Benefits: •Environmentally friendly: reduce the environmental impact of exploration with our sustainable approach. •Scalability: Beholder operates across all stages of the exploration lifecycle (from Greenfield to drill targeting and through all the production phase), reducing uncertainty on a continental scale through precise analysis of geological data and identification of promising zones. This enables efficient planning and determination of optimal drilling locations, minimizing risks and optimizing resource use. •Precision: accurate data analysis ensures efficient resource allocation and decrease uncertainty. Discover how Beholder can revolutionize your exploration processes. Visit https://beholder.earth for more information. #AI #Sustainability #BeholderTech #MineralExploration #Innovation