Thank you, Stuart. Thank you everybody for joining us today. 2023 was the most challenging, yet pivotal year for KULR. For most of 2023, we're working on paying down approximately $8 million of prepaid advanced convertible note that we owe to [YA] (ph). This outstanding debt really limited KULR’s ability to access capital in a market that had already been the most difficult for small cap companies in recent history. The difficulties in accessing capital really limited our ability to grow our business as we had to reduce our workforce by 15% and worked with our customers and partners closely to manage our operations. During 2023, we completed two equity financing for a total of approximately $3.5 million. We experienced significant shareholder value erosion during that process. We're not interested in doing that again. I'm happy to report that we have retired the entire prepay advance convertible note on March 27th of this year. Despite these challenges, 2023 was a transformational year for KULR as we achieved record revenue growth and built a solid foundation to grow in 2024 and beyond. 2023 total revenue increased 146% year-over-year to reach a record $9.8 million. Total number of customers increased from 36 to 53. Product sales revenue increased 161% and number of product sales customers grew from 33 to 39. Engineering services revenue increased 117%. Total number of engineering service customers grew from 14 to 17. In addition to the tremendous growth in our business, we have built an industry-leading technology platform for battery safety and thermal management and a world-class engineering team to execute our plan. I would like to share with you more about our KULR ONE platform and how it's serving some of the leading companies in the world. Generally speaking, every combination of battery application, storage and operational environments, and driving requirements and standards are different. Further, there's variability in chemistry based on the use and also on the chemistry improvements over time. There will always be something new to address. Therefore, there's no one-size-fits-all solution which necessitates taking a holistic approach to ensure the technical provider's ability to effectively and competitively support lithium ion battery development. It all starts with accessing high-quality battery cells from top-tier OEMs. Then we provide cell-level testing categorization. That's from electrical level to mechanical level, and also to destructive test level for thermal runaway energy release. With the data from the cell level categorization testing, we can build computer models of the battery pack for simulation analysis, which give us confidence of the battery pack's performance before it's ever built. Then we build a prototype battery pack for pack level and system level testing that range from electrical performance, thermal performance, and also safety ratings. We've also built our own radiation tolerant battery management system, BMS, intelligent battery monitoring system, to get more data when the battery is a field of use. Last but not least is our SafeCASE technology that keeps storage and transportation of batteries safe throughout its life cycle of usage. To address this need for holistic approach, KULR spent the last few years building a team and has developed a portfolio of products and services that can address all the affirmation points. Some of the KULR's key products include: ISC, which is internal short circuit trigger cells, which KULR has an exclusive license from NASA and DOE. We have served over 100 customers over the years with this technology. Our patented Thermal Runaway Shield, TRS product, is used to prevent thermal runaway propagation. Our recent announcement on over $1 million order from H55 demonstrate how this technology is helping the pioneer and global leader in electric aviation to meet European Union Aviation Safety Agency battery safety requirements. For safety testing, KULR has onboarded a diverse array of tools used to categorize battery cell performance. Among them is the FTRC technology, which won NASA Invention of the Year Award in 2023. We have performed FTRC testing for the world's largest automotive OEMs, leading private space exploration companies and top eVTOL customers. We expect the battery safety testing to be a multi-million dollar business for us and an anchor of our product offer. KULR has invested heavily in quality and electrical testing capabilities and has fully automated NASA Work Instruction 37, which screen cells and is part of the cell qualification process for human space exploration. We have the only fully automated cell screening line in the industry to meet NASA Work Instruction 37 requirements. In addition to NASA, we have served several other private space exploration companies that require these battery cells to be the standard to be part of the Artemis mission going to the moon. KULR is an industry leader in safe storage and transportation with a SafeCASE and SafeSLEEVE products that are the workforce of our SafeX product line. Collectively, these products, services, and solutions are referred to as KULR ONE Design Solutions or K1-DS, and they allow KULR to jump in with any customer, anytime, anywhere, through their battery development cycles. KULR leverages all components of the KULR Design Solutions to design house battery systems and also provide ground up custom solutions for our customer base. Regarding in-house batteries, KULR focused on using cell-level categorization data to drive the designs of reference architectures that can be rapidly adopted to meet customers' needs. Key examples include the KULR ONE space, which is for the space application, KULR ONE Guardian, which is for military application, and also KULR ONE Max for modular energy storage applications. What sets KULR ONE battery design apart from the competition is not only the superior thermal performance and safety aspect of it, it's the flexibility of the architecture that allows to be quickly customized and still meet regulatory requirements across a wide spectrum of applications. Our end-to-end and one-stop shop solution is what the customers are looking for. The KULR ONE space architecture is focused on providing high-performance and energy-dense solutions that are designed with the intent to satisfy NASA JSC-20793 requirements, which is a gold standard for safe batteries in space exploration. The combination of the KULR ONE space architecture with KULR’s offerings available to our customers through KULR ONE Design Solutions is the driving force for some of our key customer engagements, including Nanoracks, which is part of Voyager Space, among many others. KULR is able to provide rapid time to market, to fully qualified battery systems, something that has been expressed as a much needed capability by the customer base. While others may take three to four years to build such systems, the KULR engineering team will take 18 months or less to deliver to our customers. As the space economy is expected to reach over $1.8 trillion by 2035, we believe that lithium ion battery will be the important role as the primary energy source. We expect KULR ONE space platform to capture meaningful market share in the coming years. The KULR ONE Guardian architecture, like with the KULR ONE space, focuses on safety and performance. The primary differentiator here is to focus on military standards rather than the NASA JSC standard. Under the KULR ONE Guardian umbrella, KULR is working on the next-generation standard format 2590 battery to achieve energy levels never seen before in this form factor. Our development engagement with Army [DEFCON] (ph) is a perfect example of a KULR ONE Guardian engagement. We started this project in Q2 of 2023 to deliver the next generation aviation battery for the Army with the latest silicon anode technology. Army has since increased the total contract value to over $1.8 million and we're scheduled to deliver our prototype battery in August of this year. This battery will be a game changer for the Army in terms of safety and energy capacity. A hybrid between KULR ONE Guardian and KULR ONE Max is our UPS program with the Army as well. Under a multi-year contract, KULR has delivered a KULR ONE battery pack specifically for Army's effort to modernize future command posts. This specialized pack combined high-performance 21700 power cells with a state-of-the-art thermal management technology to enhance propagation resistance while minimize size and weight overhead. This customization has resulted in impressive 80% improvement in UPS runtime, providing strategic edge in a tactical command operations. The SafeCASE design has been improved over the last year with adoption of robust thermoliner and strap and buckle system. KULR has demonstrated the performance of the recent design with live demonstration with the San Diego Fire Department and HA