Thank you everyone for joining us today. I'm proud to share that KULR delivered our strongest quarter to date. In Q3 2025, we generated approximately $6.9 million in revenue, growing 116% year over year and 75% sequentially from last quarter. Our product revenue more than doubled, showing that our transition from services to a product-driven company is firmly underway. We also strengthened our financial foundation. We have approximately $140 million in cash and digital assets and no debt, following the full repayment of the $8 million Coinbase loan. This strong financial foundation allows us to invest in research and development, growing product production capabilities, expand facilities, and accelerate growth across the KULR One platform. We believe we are at the beginning of a super growth cycle in our energy storage and management business, and this optimism is backed by real results. This summer, we launched KULR One Air, built on the same technology foundations as our KULR One Space and Guardian platforms. This July, we created more than 150 KULR One Air battery SKUs, giving us one of the largest made-in-USA battery portfolios in the market. The demand is growing strong. We have over a dozen late-stage opportunities or signed contracts across unmanned autonomous vessels, drones, direct energy systems, and underwater vehicles, and we're seeing an acceleration in customer engagements. At the same time, we're expanding the KULR One platform into AI data centers and telecom infrastructure with new battery backup units (BBUs) and battery energy storage systems (BESS) products, both of which fit in some of the fastest-growing energy markets in the world. With these growth engines coming online, we expect our energy storage and management business to grow tenfold over the next three years. What sets KULR apart is simple. We deliver faster, deliver with higher quality, and we deliver better performance all at a competitive price point. Customers feel that difference immediately. A big part of the advantage comes from our team and our facility in Texas. We design, prototype, build, and test our batteries in-house, all under one roof, which allows us to move with speed and precision. And to meet the rising demand, we're preparing for our next phase of expansion. In 2026, we plan to grow our Texas headquarters to over 100,000 square feet and scale production from a few thousand packs per month right now to more than 50,000 packs per month, supported by new automated battery production lines. This is an exciting moment for KULR. We have the technology, the team, the balance sheet, and the momentum to be America's trusted energy source for these growing applications. I'm very excited that we are entering a super growth cycle as demand surges for advanced energy storage and management products across our core markets. UAVs, drones, and autonomous robots are scaling rapidly, and the KULR One Air and Guardian platforms meet this demand with safe, high-performance, production-ready propulsion batteries at competitive commercial prices. Space exploration is accelerating in both private and public sectors, and KULR One Space positions us as a trusted partner for mission-critical energy systems built to operate in extreme environments. AI data centers need dramatically more energy, and they need it fast. Our KULR One Max platform aligns directly with the industry's shift towards high-density, high-power, and high-reliability backup battery systems. Telecom networks and critical infrastructures are investing heavily in resilience, driving greater demand for certified high-reliability energy storage solutions. And the US is moving decisively towards a domestic, secure battery supply chain, and our Texas-based design and production operation give us a strong strategic advantage. Let me summarize why KULR is winning. Why we're winning right now. First, speed. Our entire value proposition is built on getting high-performance energy systems to customers faster than anyone else. Because we design, engineer, test, certify, and prepare for production under one roof, we can move from concept to manufacturable products in a fraction of traditional industry timelines. That speed has become a decisive advantage as customers demand semi-custom and high-performance solutions delivered quickly and reliably. Second, quality. KULR's heritage in thermal management and battery safety is a core differentiator. We're 40 AS 9100 and ISO 2001 certified. Customers increasingly view quality and safety not as checkboxes but as strategic factors in selecting long-term partners. Third, performance. We use next-generation battery cells, advanced categorization, and validation processes to ensure every KULR One system delivers consistent high-confidence performance, even in the harshest mission profiles. Our focus on thermal stability and optimization is separating us from legacy pack manufacturers. Fourth, safety. Our engineering platform is built on NASA's space-grade safety architecture, applied across the full KULR One ecosystem. As energy levels rise across all applications, safety is becoming one of the most important buying criteria, and this is an area where KULR has a structural advantage. Fifth, secure supply chain. Every KULR One battery we ship is designed, built, and tested in Texas. Customers want a domestic, transparent, and highly controlled supply chain. KULR provides that, supported by strategically secured components and partnerships worldwide. And finally, customer experience and value. We believe that we have the best team in the industry. Because everything is done under one roof, we deliver fast turnaround, better quality, higher performance, and more competitive pricing than our competition. That combination is building customers' trust, winning their business, and is a major reason why KULR is capturing momentum across the markets we serve. Let me highlight one of the most exciting developments at KULR. The launch of KULR One Air. We introduced this platform in July and immediately positioned us in one of the fastest-growing segments of the electrification economy: the UAV, drone, electric aviation, and autonomous robotics. KULR One Air is a purpose-built, high-performance propulsion battery architecture designed specifically for those next-generation systems. The momentum has been extraordinary. In just a few months, the platform has expanded to over 150 commercial-ready SKUs across multiple cell manufacturers and form factors. That makes KULR One Air one of the largest made-in-USA battery portfolios in the market. And we're entering the market at exactly the right time. The UAV and drone battery market is expected to grow from roughly $1.5 billion in 2025 to more than $2.4 billion by 2030, driven by rapid adoption in commercial operations, public sector modernization, and the rise of autonomous robotic platforms across industries. KULR One Air is built on space-grade engineering heritage, delivering safer busbar and connector architectures, lower thermal rise, and high power performance that the series demands that legacy packs simply cannot handle. This performance profile is resonating strongly with customers who operate in demanding mission environments. Demand is accelerating on every front. Today, we have actively engaged with a broad range of commercial and government customers using drones for inspection, logistics, imaging, environmental monitoring, public safety, and advanced robotics. In every case, operators need high-power batteries that deliver safety, power, and reliability at scale. On the production side, we're scaling aggressively. We're currently producing a few thousand packs per month, and with our Texas expansion, we're targeting 50,000 packs per month by mid-2026. And if demand signals accelerate, which we anticipate, we're ready to scale to 100,000 packs per month and beyond. We have the capital, the talent, the supply chain partnerships, and the facility space to execute. KULR One Air isn't just a product line. It's a platform that leverages our decades-long engineering heritage and opens up a multibillion-dollar market for us. AI is creating one of the largest energy transformations we've ever seen, and KULR is stepping directly into the center of this. We're expanding our KULR One Max platform into two massive markets: data center battery backup units (BBUs) and telecom infrastructure energy storage systems. Across NVIDIA GPU generations, power consumption per server is increasing by about 100x. Rack power is climbing from today's 30 to 80 kilowatts to more than 250 kilowatts in some deployments, and NVIDIA's roadmap is pushing towards one megawatt racks by 2028. At these levels, rack-level battery backup units (BBUs) become essential. NVIDIA's latest GB 300 NBL 72 architecture now bakes BBUs directly into the reference design to manage power spikes, ride through micro outages, and reduce reliance on massive UPS systems. As data centers transition to 800-volt high-voltage DC systems, the whole industry is moving this way, including Meta's open compute project. But with high power comes higher risk, and battery safety is now mission-critical. Operators must meet stringent standards like the UR 9540A as they push for greater energy and higher discharge rates. This is where KULR has a unique advantage. Our space-grade safety architecture makes the KULR One Max platform ideally suited for these AI rack applications. We're designing 21700 bays and 5 amp-hour class BBU systems specifically for next-generation NVIDIA systems, while much of the market is still relying on older 18650 cells under 3 amp-hours. We expect our BBU system to be UR 9540 certified and production-ready in 2026, positioning KULR to compete in this multibillion-dollar fast-growing market. AI is rewriting the energy transition, and KULR intends to be at the forefront of that transition. AI isn't just changing data centers. It's transforming the entire power and thermal landscape. Power and thermal have moved from backroom issues to network-wide operating constraints. We're seeing pressure everywhere: on towers, radio, fiber hubs, central offices, and, of course, inside high-density AI data centers. So it's across the entire telecom infrastructure. Recent incidents are reminding everyone why safety matters. One of the clearest examples came from South Korea, where a battery-origin fire disrupted hundreds of government systems and took nearly a full day to extinguish. Events like this are forcing operators to reevaluate their backup power and thermal protection. KULR's role is to help operators safely increase runtime and energy density as they push infrastructure to its new limits. Near term, we're partnering with established backup power providers to deliver safer and higher energy lithium-ion battery packs and thermal runaway mitigation to existing UPS platforms, especially in space-constrained towers, fiber hubs, and central offices. Looking ahead, we'll need to align with platform players and co-development partners to leverage our safety hardware to integrate with recurring business software-as-a-service business models. More to come in the near future. Let me take a moment to update you on our Bitcoin treasury strategy because it continues to be an important part of how we build long-term shareholder value. As a Bitcoin-plus treasury company, we stay close to the digital asset treasury market, and we remain disciplined. We have not taken on any convertible debt to acquire Bitcoin. Instead, our approach is intentional. We're making incremental and economically sound BTC acquisitions through our mining operations while directing our primary capital towards high-value and high-growth energy businesses. Our mining strategy itself creates additional strategic upside. We focus on projects with renewable, low-cost power, and that puts us in direct partnership with mining hosts who are increasingly expanding to high-power computing and AI infrastructure. These relationships give us a front-row seat in new opportunities where KULR can deliver battery energy solutions, BBUs, and UPS systems to support AI workloads and grid resilience. Through Q3, our mining operations produced Bitcoin at an all-in cost of approximately $102,000 per coin. We continue to evaluate projects where we can lower our average cost of acquisition even further. In short, our Bitcoin treasury and mining strategy is disciplined, aligned with shareholder value, and increasingly synergistic with our move into the AI data center energy markets. Let me give you an update on KULR Vibe, which is becoming another exciting part of our portfolio. This year, we'll be working closely with helicopter OEMs and operators across both civilian and government sectors in the US. Vibration mitigation remains one of the most challenging maintenance issues in aviation. It is often described as more of an art than a science. KULR Vibe is changing that. Our system enables maintenance teams to track and balance aircraft quickly, accurately, and without needing decades of experience. The software learns over time, becoming more precise with each balance on each specific aircraft through its built-in learning algorithm. Now that the government shutdown has ended, we expect our US Army program to resume and advance to the next level. On the commercial side, demand is growing rapidly. To support the civilian helicopter market, we're preparing to launch the KULR Vibe app on iOS in 2026 in partnership with a global aviation leader, making this technology more accessible than ever. Let me give you a quick update on Exia. In just a few months of marketing Exia in North America, we've already deployed more than 30 units across multiple verticals. In retail, Exia is supporting workers in distribution centers of a major North American retailer. In logistics, it's operating inside a national 3PL specializing in oversized and bulky items. For industrial distributors, Exia is deployed across three warehouse locations serving the restaurant sector, and in healthcare, we've been running a successful pilot in a nursing home in Montreal, with highly positive feedback from caretakers. We're preparing to launch a second pilot with a major hospital in the Northeast. The momentum is strong because Exia's seventh-generation architecture delivers the right balance of cost reduction, performance, and safety—a combination that's resonating with industrial customers who need productivity gains without compromising worker well-being. As industries look to empower workers, reduce injuries, and bridge labor gaps, Exia allows us to play a strategic role in the future of the modern, augmented workforce. Next, Shawn Canter will provide financial updates. Shawn?