Thank you, Stuart. This is Michael Mo. Thanks for everyone for joining us today. I'd like to go over some of the financial and operational highlights. In Q3 2024, we achieved record revenue of approximately $3.19 million. Total paying customers for the quarter increased 83%. Engineering service revenue increased 22%. Engineering service revenue customers increased 143%. Product revenue customers increased 54%. We're able to achieve all these growth numbers while reducing the operating expenses by 38% year-over-year. We're achieving more with less by streaming our operations, building out technology platforms that can scale quickly and increase in productivity with automation and AI-enhanced tools. Our team members are working very hard to achieve these goals. In August, we officially designated our facility in Webster, Texas as our new headquarter. We hosted our first open house at this facility a couple of weeks ago and achieved overwhelming support from our customers, partners and local government officials. We’re committed to continue our investment in the talent and capabilities in our headquarter in Texas. These investments are important to drive revenue growth by providing comprehensive in-house product and service solutions that span the entire life cycle of battery design, testing, prototyping and volume production all under one roof. We’re living in exciting times because we’re now at the cross-section of three multi-generational mega trends in technology. First, the privatization of the space economy and NASA’s mission to go back to the moon is fueling tremendous growth in the space economy for the next 10 years. It’s expected to grow to $1.8 trillion. We believe that quarter one, space battery will participate in a $6 billion space battery market and be a big growth driver for us. AI is driving insatiable appetite for energy. A ChatGPT search costs 10x more energy than a Google search. AI data center power consumption is expected to grow over 160% over the next few years. Now you’re hearing that we’re going to nuclear to power these AI data centers from Microsoft, Google, Oracle and others. 40% of data center power consumption is for cooling of the chips and equipment. We expect to lower this energy consumption with our KULR Xero Vibe technology. By removing vibration in the cooling fans, KULR Xero Vibe enables the fans to consume less power, make less noise, and last longer. There are over 1 billion fans sold in the world every year. Our mission is to make every fan a perfectly balanced fan to save energy. The transition to electrification is powered by battery and renewable energy. We believe our KULR ONE platform and the SafeX platforms are going to contribute to this transition and be big growth drivers for us. Space battery market is expected to reach 6.35 billion by 2030, up from 3.67 billion in 2022. The acceleration of new space companies and the sustained growth of established players are contributing to a space economy project to surpass $1.8 trillion by 2030. A big part of this growing market is its reliance on small satellites, CubeSats, satellite constellations, and private space stations, and these products demand commercial off-the-shelf lithium-ion batteries that are cost-effective and can be customized quickly and ready for flight applications. At KULR, we’re well positioned to serve that market with our KULR ONE space battery products available at 100, 200 and 400 watt hours. They’re ready to be configured to meet the customer needs quickly and they’re ready to meet the new NASA-JSC-20793 safety certification requirement for crew space missions. We’re very excited about starting volume production for customers in 2025. In Q3, we expanded our development contract, or Army DEVCOM, to over $2.4 million. Building on the momentum of this ongoing partnership, the Army will expand the development of additional prototypes and comprehensive environmental qualification testing in accordance to MIL-STD-810E. This expanded contract underscores KULR’s commitment to advancing the performance and reliability of silicon-anode lithium-ion battery cells under the most demanding conditions. These prototypes will undergo rigorous testing to ensure that the increased energy density does not compromise safety and reliability in active-duty environments. This country also aligns with KULR’s long-term strategy of forming strong partnerships to develop technologies that enhance the energy efficiency and resiliency in mission-critical military applications. Success in these efforts only reinforces KULR’s role as a key contributor to mission readiness in defense and aerospace sectors. As many of our long-time shareholders know, we come from a long heritage of providing thermal technologies to defense and space applications. In many cases, we’re the sole source provider for critical components for missile programs. For example, our phase-change material heat sink is designed to manage extreme thermal loads generated during mission-critical maneuvers, helping maintain optimum performance and reliability within the missile’s electronic systems. At KULR, we’ll commit to continuing the advancement of our thermal management product platforms to serve our DoD customers. KULR ONE Air is going to be another revenue driver for us next year. President-elect just announced his Advanced Air Mobility policy push that will accelerate the development and adoption of eVTOL and electric air mobility in the United States. We already work with some of the largest eVTOL electric plane companies, as well as some of the key battery cell providers in this market. H55, for example, is already in production with KULR’s Thermal Runaway Shield technology inside the battery pack, which is the first one to receive European IASA certification. We have strong partnerships with cell makers such as Amprius and Molicel on the new high-energy battery sales and to work with FAA to create an ecosystem of partners and customers to speed up the development, testing and certification process. Our goal is to make KULR ONE Air the industry standard platform for electric aviation. Speaking of industry standards, we're working hard to establish KULR SafeX platform to be the industry standard for safe battery storage and transportation. To create that ecosystem, we're working with OEM customers, regulators, firefighters and insurance companies to serve all stakeholders. During our open house, we hosted many firefighters and first responders. We had a live test of a 3.4 kilowatt-hour battery pack in our safe case for the Fire Department of New York for their demo. The SafeCASE performed flawlessly. In addition, we hosted an insurance industry panel for the SafeCASE with the insurance experts, customers and firefighter to discuss the risk and solutions. We're very excited to work with insurance companies to make SafeCASE available to their customers and lower the insurance premium for the customers by reducing the battery fire risk for all parties. As AI demand exponentially more computing power and energy consumption, so does the need for cooling of these systems. For air cooling and performance is critical to drive enough airflow to include the latest AI GPUs. Fan performance is limited by vibration and rotor speed. So we developed KULR Xero Vibe to virtually eliminate all vibrations in including fan to make them run smoother, consume less energy, produce less noise and last longer. We believe this is a game-changer technology as cooling fans are critical to run the modern data center and cryptomining server farms. We announced a multimillion dollar licensing deal for KULR Xero Vibe technology in Q3. It is the first IP licensing deal of its kind for KULR, highlighting a pivotal expansion in our business model to be more scalable and achieve higher margins. We'll explore more licensing deals with different applications across geographic regions. Research firm Gartner predict that the spending on data center systems will reach $318 billion this year, up 34% from a year earlier. In 2025, Gartner sees data center spending growing 15.5% to $367 billion. We're excited about this growth as well as our KULR Xero Vibe Business to explore other new applications such as electric aviation and wind farm turbine to make them more energy efficient and last long. When we put all these products and services together, we're building a new energy management platform for space, electrification and AI economy. We've been on this technology development and business model path for many years. And now we're starting to see the pieces fitting together and achieve the flywheel effect. It's taking a long time because these things are hard to do by themselves. And when you do it all together as a small company like KULR, it gets harder. But we're making great progress, thanks to our very talented engineering team and the market is getting to know us better, thanks to our sales and marketing team. We have a multipronged business model to serve our customers. As we continue to grow our customer base and provide them with more design and testing services, all in-house, we're advancing these customers towards production phase where we'll see their revenue growth accelerate. Combine that with IP licensing business, we can achieve a scalable business model with high gross margin profile. I'm a believer of AI and I think it's going to fundamentally change everything we do much faster than we realized. So we must think about it and plan for it so that the future of KULR can benefit from it. We're looking at AI to streamline our operations and increase productivity on all fronts of our business. Software development is definitely an area where we benefit from AI. Platforms such as Google's Gemini-powered AlphaCo2 can dramatically lower the cost of software development is speed up development time. We'll also integrate more AI and machine learning capabilities into KULR ONE battery platform and KULR Xero Vibe system to power the next-generation AI data centers. Personally, I'm a believer of the new AI agent powered Industrial Revolution 4.0. We're building our products and services to be ready to power the physical to digital world interface layer of AI agents. More to come on that in 2025. Next, Shawn Canter will discuss financial highlights. Shawn?