Terra AI

Earlier this month we were thrilled to host Professor Dani Blatter?as the first speaker in our new research seminar series at Terra AI! She delivered an exciting talk on Randomize-then-Optimize (RTO-TKO)—a lightning-fast Bayesian sampling strategy for subsurface imaging. Her approach bridges the gap between traditional inversion techniques and full Bayesian uncertainty estimation, making it possible to model uncertainty in large-scale geophysical problems without the crushing computational cost of MCMC. And best of all? It’s embarrassingly parallel! At Terra AI, staying ahead of cutting-edge AI and geoscience research is at the core of what we do. If you're working at the intersection of AI/ML, geophysics, and Bayesian inference, we’d love to hear your thoughts! Here's a question for everyone—what’s the biggest challenge you see in bringing Bayesian methods to large-scale geophysical problems? Terra AI, John Mern, PhD, Anthony Corso, Arec Jamgochian, Richard Rex, Danny Donahue, Luke R. #AI #Geophysics #BayesianInference #MachineLearning #SubsurfaceImaging #TerraAI

The demand for critical minerals such as lithium, nickel, and rare earths is skyrocketing as industries and governments push for a greener, more sustainable future. However, the current gap between supply and demand for these resources significantly challenges the global energy transition. At Terra AI, we’re using advanced artificial intelligence to close that gap. Our cutting-edge platform accelerates the discovery and development of critical minerals, enhancing exploration processes, geological understanding, and resource predictability. From initial prospect screening to drilling and feasibility studies, Terra AI helps businesses move faster with greater confidence in their decisions. By leveraging AI, we're not just increasing exploration efficiency—we’re helping secure sustainable resource management for the future. As the global demand for minerals intensifies, AI-driven solutions are the key to meeting those challenges head-on and ensuring a reliable supply of the critical resources needed to power the world’s transition to clean energy. Let’s explore how Terra AI is transforming the way we source and develop the minerals of tomorrow. #TerraAI #renewableresources #cleanenergy #exploration #sustainableresource

Last week, Danny, Luke and I had the privilege of representing Terra AI at the Future Minerals Forum in Saudi Arabia. It was a fantastic opportunity to engage with industry leaders on the future of mining. It’s evident that the global mining landscape is evolving—empowering new technologies, smarter exploration, and greater collaboration across the sector. The FMF was an exciting reminder of the urgency to accelerate discovery and bring new minerals to market. Key takeaways included: Collaboration is Key: Leveraging local expertise alongside cutting-edge technical solutions will be crucial for sustainable growth, especially in emerging districts. Tech and AI in Mineral Exploration: The future of exploration will be shaped by new AI, sensors, and platforms that revolutionize the way we measure, discover, and explore new prospects. Innovation Drives Progress: With countries like Saudi Arabia investing heavily in innovation, the global mining sector will see unprecedented opportunities for advancement. Events like FMF help attract new innovators into the sector and provide a forum to spark critical collaboration. The TerraAI team is proud to be at the forefront of these advancements, driving smarter, more efficient exploration with AI-based solutions that help companies in mineral exploration and mining unlock their full potential. We’re excited about what’s ahead for the industry and the role we’ll continue to play in shaping it. Together, we can build a more sustainable, innovative future for mining. If you’d like to learn more about how Terra AI can help your team, please don’t hesitate to reach out to us at [email protected]. #FutureMineralsForum2025? #MiningInnovation #AI #SustainableMining #MineralExploration #TechInMining #TerraAI

TerraAI helps mineral exploration teams make more confident screening decisions, spend less time and money on barren targets, and get discoveries to market several years faster with up to 50% less drilling. This is made possible by Terra AI’s innovative platform which uses advanced data fusion to create geological models that improve resource estimation along with state-of-the-art AI reasoning agents to help design optimal exploration campaigns.

Following my experience at the AWS event, it’s clear to me that AI is poised to revolutionize industries in ways we’ve only begun to imagine. At the event, Large Language Models (LLMs) were front and center, showing how the AI landscape is evolving—but the opportunity also lies in applying AI beyond the obvious, into sectors like mining, energy, and infrastructure. At Terra AI, we are at the forefront of harnessing AI for mineral exploration. It’s not just about chatbots or language models—it’s about using AI to help discover and develop the critical energy resources the world needs faster and more efficiently. Terra AI’s solutions are designed with a singular mission in mind: to empower the mining industry with cutting-edge AI technology that can drive smarter, more efficient operations. We are committed to helping mining and exploration companies leverage AI to achieve new heights of innovation and success. The future of mining is bright—and Terra AI is the key to unlocking that future. #TerraAI #mineralexploration #AItechnology #Innovation

I will be heading to Riyadh next week for the Future Minerals Forum to represent Terra AI! Looking forward to networking, learning, and exploring the latest trends in mineral exploration and mining. Let me know in the comments if you’re attending the FMF next week—let’s connect! #TerraAI #FMF2025 #FutureMineralsForum2025 #MineralExploration #DrillingInnovation #FutureOfMining #AIinMining #MiningTechnology #SustainableMining #InnovationInMining

I had the privilege of participating in an inspiring panel discussion at UC Berkeley alongside industry leader Eric Brown, the CEO of Planted Solar. We explored the transformative role of AI in the energy transition—a conversation that’s more critical than ever. While discussing the challenges posed by AI energy consumption, we also talked about the many ways AI is poised to make a positive impact. From optimizing solar and wind energy production to bridging critical gaps in mineral exploration and grid optimization, AI is rapidly reshaping how we approach electrification and decarbonization. The possibilities are boundless: ?? Accelerating clean energy deployment through automated design and installation ?? Enhancing resource discovery to meet the surging demand for critical minerals ?? Filling gaps in labor and driving efficiency where it matters most The energy demand challenges are no longer on the horizon—they’re here. But with AI, we’re not just responding; we’re building solutions that can make the transition faster, smarter, and more sustainable. We left the event energized by the curiosity and passion of the next generation of business and engineering leaders. If you’d like to learn more about how Terra AI can help your team, please don’t hesitate to reach out to us at [email protected]. #AI #EnergyTransition #Decarbonization #MineralExploration #CleanEnergy #Innovation

High-purity quartz (HPQ) is one of the most? important materials on the planet– essential for semiconductors, solar panels, and advanced optics. As demand for clean energy, connectivity, and smart devices continues to increase, so will demand for HPQ. Today 95% of HPQ comes from 1 location - Spruce Pine, North Carolina. This extreme concentration leaves these critical supply chains vulnerable to disruptions (like Hurricane Helene which forced a weeks-long shutdown in Spruce Pine earlier this year). As the mining industry sets out to uncover new HPQ reserves, Terra AI supports exploration by helping teams make more confident screening decisions, spend less time and money on barren targets, and get discoveries to market several years faster with up to 50% less drilling.

Zinc is the 4th most used metal in the world-- critical for clean energy and infrastructure. Unfortunately, volatile prices and rising exploration costs have led to a steep decline in discoveries.?We're here to fix that.

The recent decision by China to impose restrictions on antimony, gallium, germanium, and graphite, leaves the foundation of the US technology supply chain in a dangerous situation. The US is heavily dependent if not entirely dependent on imports for all of these metals, all of which come from supply chains dominated by China. The US needs to invest in a more diverse supply chain.