Thank you, Adarsh and welcome everyone on this last day of Women's History Month. On today's call, I'll outline our key accomplishments during 2024 and Adarsh will present the financial highlights for the same period. I'll then discuss our 2025 outlook, after which, we will address previously submitted Q&A. 2024 was a defining year for Sidus Space, a year in which we validated our technology, expanded our constellation, grew our customer base, and secured key strategic contracts and partnerships that position us for growth and long-term success. Just over three years ago, we became a public company through a traditional initial public offering, or IPO, and in the past 12 months, we've evolved from a space manufacturing and services company into a full-fledged space technology and an AI company, focused on delivering mission-critical AI-powered space data solutions with 3 LizzieSat satellites designed and manufactured by Sidus now on orbit. The last couple of years, we're focused on demonstrating that our decade-plus of heritage experience translates to success no matter what the mission or goal. Our first launch success with LizzieSat-1 was quickly followed by the launch of two more operational satellites and we're now ready to expand our reach into new markets and new customers. We continue to focus on four key principles; strong revenue diversity and growth; scaling production capabilities; pursuing breakthrough developments on advanced technologies that could create new markets; and leading our industry to reimagine space access. As we move up the value chain from a trusted supplier to a strategic platform provider, our year-over-year revenue decline is the result of a deliberate strategic shift in 2024, toward prioritizing higher margin revenue streams, our satellite design, manufacturing and launch, and building a more robust pipeline, efforts we believe will lead to a significant increase in our backlog. And so, I'd like to share a few examples of our successes to demonstrate how we are already executing in these four key areas. We launched three satellites, LizzieSat-1 in March of 2024; LizzieSat-2 in December of 2024; and LizzieSat-3 in March of 2025, demonstrating our ability to design, build, launch, and operate satellites on an aggressive cadence, setting us apart in the industry. We took advantage of our cadence to apply lessons learn new technologies, and other enhancements to improve the probability of success on LizzieSat-3, which launched in March. In less than two hours from deployment, we established communication and control of the spacecraft. It was our updates to software, efficiencies in sequencing, and enhanced technologies that we integrated into LizzieSat-3 that resulted in rapid operations and control. While LizzieSat-1 and -2 are not as quick to operations, both were instrumental in developing and learning best practices and are still functioning and providing value. LizzieSat-1 continues to operate in great health with over a year on orbit and supports customers such as the NASA Stennis Space Center for Autonomous Satellite Technology, who awarded us a follow-on contract for additional support for their resilient application or ASTRA historic in-space payload mission. LizzieSat-2 was launched into a mid-inclination orbit, which differs from our typical polar inclination missions and we're currently continuing to work through the commissioning phase. And as I mentioned, LizzieSat-3, which is equipped with both Sidus and customer-hosted technologies, is healthy and in the commissioning phase as well. This past year, we received approval by the U.S. Federal Communications Commission or the FCC for operation of a micro constellation of remote sensing, multi-mission satellites in low-earth orbit, and we look forward to further expanding our constellation in the upcoming months. We established a fully operational mission control center with 24/7 capabilities to manage satellite operations, orchestrate collection management tasks, and satisfy data distribution requests for our own constellation and others. Our partnerships and relationships with companies like LeoLabs and NeuroSpace further strengthens our space traffic management and LEOP or Launch and Early Operation support services, enhancing Sidus' constellation operation capabilities. We were selected to exclusively design and build the first-generation lunar fleet of Data Storage Spacecraft for Lonestar Data Holdings, a provider of premium data storage and Resiliency-as-a-Service, which reinforces the adaptability of the LizzieSat platform for deep space missions. The Lunar design is approximately 800 kilograms in size and it's another example of how our proven LizzieSat platform enables rapid mission configuration and scalability across a wide range of satellite sizes, sufficiently addressing unique mission requirements. We introduced Sidus Orlaith, our next-generation AI-driven space data ecosystem, enabling real-time on-orbit data processing and dramatically reducing latency for mission-critical applications. We demonstrated its on-orbit capability with an AI-enhanced thermal sensing firefighting software solution, showcasing the ability to process large sets of raw data in space and deliver only relevant information to end users. This achievement established flight heritage for our Sidus Orlaith AI ecosystem edge computing hardware and software solutions. And related to our AI solutions, we secured FCC approval for our space-to-space data relay, a key advancement that will allow LizzieSat-3 and future satellites to provide direct-to-user data transfer, significantly improving timeliness and efficiency for our customers. We continue to strengthen our global partnerships, signing agreements with several international firms that expand our global footprint while positioning us for sustained technology innovation and domestic growth. These include collaborations with Reflex Aerospace, a German satellite manufacturing start-up focused on agile, high-performance satellite platforms; Warpspace, a Japanese space tech company specializing in next-generation optical communication technology; and NamaSys, a Bahrain-based multidisciplinary technology and electronic security consultancy, actively supporting space initiatives in Saudi Arabia. These partnerships not only extend our global reach, but also align with our commitment to advancing next-generation space technologies through collaborative innovation. We expanded our defense and government business by securing new contracts with NASA, the U.S. Navy, and prime contractors supporting the Department of Defense. And these wins further integrated us into the broader space, defense, and intelligence ecosystem. The contract spans support and services related to our LizzieSat data, Orlaith AI, and hardware manufacturing and engineering support, including our role on the $30 million Intuitive Machines-led Moon Racer team or LTVS contract, which is part of the agency's Artemis campaign. This contract is already underway. This contract mix shows how our vertically-integrated model with complementary lines of business enables us to unlock new potential revenue, generating opportunities, while maintaining diversity of revenue. We're not dependent on a single line of business or customer, which provides us the optionality to scale where the market needs demand. This diversity mitigates risks associated with external factors like macroeconomic shifts or technological disruptions. Our flexibility allows us to adapt swiftly to market changes supporting growth across all our business lines. In addition to new contracts, we continue to support our current customers and contracts, which includes completing the critical design review for LizzieSat-NL, a laser communication satellite contracted by The Netherlands organization. We also produced and delivered thousands of unique parts to over 14 different customers across commercial, government, and defense sectors, reinforcing Sidus' role as a trusted provider of mission-critical hardware. Also strengthening our ability to support multiple customers, offer thousands of products, and scale effectively is our implementation of SAP in 2024. SAP is now live on the manufacturing side of the business with full integration across the organization expected in 2025. We further expanded our product offering by developing and achieving flight heritage for the Sidus Low Voltage Differential Signaling Switch Card, which extends the capabilities of the payload processor, enabling communication with multiple optical sensors through high-speed LVDS dated connections. This product and others are key to our pursuit of advanced technologies that not only enhance our satellite offering, but create new markets. This key principle has resulted in a strengthened intellectual property portfolio with the approval of new patents, includes the publication of a patent application protecting, enhanced functionality of the LizzieSat modular satellite platform system. And we currently have 14 issued patents with 13 pending. As we look at the plan for 2025 and focused on growth, we expanded our physical presence with the opening of a West Coast office in El Segundo, California. So, we are now located in close proximity to both Eastern and Western launch sites. Additionally, we bolstered our capital position, raising $37 million in funding to support our next phase of growth and we ended 2024 with a cash balance of $15.7 million following a successful equity raise in December. So, the new administration has made it clear that it intends to maximize the impact of federal spending by shifting from large government-owned cost-plus development programs to commercial service models. These models emphasize private sector innovation and require providers to operate efficiently within fixed price environments and this is precisely the type of ecosystem in which we excel. Our lean, agile mindset has been core to our DNA from day one. This shift presents a meaningful opportunity for us to further diversify within the space and defense sectors. Diversification has always been our North Star and we continue to execute on that vision by layering in complementary capabilities and advancing multiple milestones in parallel. But it's important to note that a lean mindset does not imply a narrow, vertically-focused business. Instead, it enables us to adapt quickly, reduce overhead, and make faster decisions. Autonomy and artificial intelligence play a critical role in our strategy, especially given the complexity and remoteness of space operations. Space is inherently challenging and unpredictable and each mission carries risk and the possibility of subsystem fault, but it's also around the untapped opportunity where innovation can transform initial concepts into entirely new capabilities. A great example is LizzieSat-1, which has evolved into an AI testing platform for both internal initiatives and external programs across commercial and government sectors. Our LizzieSat constellation is an internal program, meaning that the intellectual property, along with all data generated by the satellite and Sidus-funded sensors remains proprietary to Sidus. Related to that, we recently received approval for a key patent, covering our modular satellite with a configurable design, leveraging our 3D composite printing, and incorporating an advanced thermal control system, multilayer insulation, and thermally-responsive paint. Unique and disruptive, it's this innovation that forms the technical foundation of our versatile multi-mission LizzieSat platform. And as I've said before, we are smartly vertically integrated, which has reduced overhead, improved decision velocity, and accelerated our development cycles. This integration empowers us to innovate faster, work more flexibly with the suppliers, and iterate rapidly, embracing the test, fail, learn approach. While we're rooted in a strong legacy of reliability, we remain relentlessly forward-looking operating at the edge of new space innovation. And I'll now turn it over to Adarsh for a discussion of our financials.