Annmarie, and good morning, everyone. Today, I want to focus on the addressable markets for our technology and to expand on what we are doing to grow the business as shareholders want us to do. I hope this will be helpful to our shareholders. The Echoscope. The biggest market opportunities for scalable growth for our company around the Echoscope lie in the defense space, which is undergoing a major transformation through the deployment of new classes of underwater vehicles, including manned, unmanned surface, and fully autonomous platforms. These platforms vary dramatically in size, from large vehicles exceeding 85 feet in length and weighing over 85 tons, to compact one-person deployable systems. Despite this diversity, a common requirement across all platforms is the need for reliable underwater vision. This capability is essential for safe and accurate navigation, situational awareness, environmental understanding, data collection, and mission execution. The Echoscope directly addresses these needs by providing high-resolution, real-time 3D imaging in complex underwater environments. The defense sector deploys these underwater vehicles for a range of mission-critical applications, most notably mine countermeasures (MCM), anti-submarine warfare (ASW), surveillance and reconnaissance, and infrastructure protection. Currently, Echoscope is being evaluated for integration into active future defense programs supporting three of these core mission areas, positioning it as a vital enabler in next-generation underwater operations. All next-generation defense vehicle programs share a common objective: integrating advanced technologies and enhanced capabilities. Central to this evolution is the development of smarter vehicles equipped with tools like the Echoscope, technology that delivers real-time, three-dimensional data for informed decision-making. Its versatility across a wide range of defense mission applications supports the consolidation of sensor suite requirements on these platforms. A key advantage lies in addressing SWaP, which is size, weight, and power constraints. By reducing the number of sensors required, the Echoscope helps lower power consumption and overall vehicle weight, directly contributing to extended mission durations. This capability represents a unique and valuable benefit the Echoscope brings to the defense technology space. To address the full spectrum of underwater vehicles, we have been actively investing in the development of our next-generation 3D sonar technology. We are now on the cusp of launching our NanoGen series, a compact, high-performance product line that represents a significant milestone in our growth strategy. Designed with minimal form factor, some models in the series are only slightly larger than an iPhone. This compact size enables seamless integration with the smaller next-generation underwater vehicle programs currently in development. The NanoGen series also extends our capabilities into new mission domains. It aligns well with the DAVD, the Diver Augmented Vision Display program, offering a sonar solution that can be easily hand-carried by a diver. Additionally, it opens up new opportunities in the robotics market, as the miniaturized Echoscope can now be mounted on a variety of robotic platforms, regardless of size, without compromising performance. Currently, the Echoscope accounts for 80% of our revenue in the marine technology business. The NanoGen series strengthens this core product line, strategically positioning us to capture emerging segments across defense, commercial, and robotic underwater applications. The unmanned underwater vehicles (UUV) market was valued at $4.8 billion in 2024 and is projected to grow to $11.1 billion by 2030. This growth is being driven by the rising complexity of maritime threats and the increasing demands for cost-effective, low-risk technologies. As a result, remotely operated vehicles (ROVs) and other UUVs are becoming integral to defense strategies around the world. The Echoscope is currently under evaluation in several major defense programs, including those involving next-generation underwater vehicles. Its ability to deliver real-time high-resolution 3D imaging positions it as a critical enabler for enhanced navigation, threat detection, and mission execution across a broad range of maritime operations. I also mentioned on previous calls, we have developed a ship hull scanning solution under a multi-year funded defense program with the Echoscope embedded at the core of the system. The hull scanning addresses a significant and persistent challenge: the threat posed by unauthorized attachments such as mines or tracking devices on the hulls of high-value naval assets. This is a global concern with critical implications for security, readiness, and asset protection. We believe our solution, which is now undergoing formal evaluation, represents the most advanced capability available for this application. The recent introduction of our NanoGen series further enhances this offering, making it more adaptable to small form factor platforms such as remotely operated vehicles and diver sleds, which are often constrained by payload size and weight. We anticipate receiving initial small volume orders late this year to support broader trials. These early developments will serve as key steps towards accelerating adoption and demonstrating the value of our solution in real-world defense environments. DAVD, the other significant pillar of growth, is the DAVD. DAVD technology is an advanced augmented reality display technology designed to enhance diver safety, performance, and situational awareness, especially in low visibility and technically challenging environments. It seamlessly integrates real-time data, on-demand information, and Echoscope 3D sonar imagery, projecting these onto the diver's field of vision through the DAVD augmented reality head-up display. DAVD's tethered variant is in adoption with the US Navy, and in the second quarter, we had orders for DAVD systems of over $1.5 million. These new systems will be distributed to new commands, thereby increasing the user base and the technology to around 12 navy commands. This is an important step in the adoption of the technology, as with the increased use in live missions, this will propel the broader adoption. The DAVD untethered system, which presents the largest opportunity for the technology, is still being evaluated. Following the completion of the DAVD untethered system development hardening program by us, under which we delivered key items such as the new generation of HUD in a much smaller form factor and higher resolution, in the first quarter of 2025, we received our first order for 16 untethered systems, which is pivotal for the broader adoption of the technology in the defense community. We will be delivering these systems in our third quarter. For context, in the US alone, there are 14,000 divers within the potential of users for the untethered system. US special forces, EOD, US Army, Marine Corps, US Coast Guard, first responders, and 15% of these users, this would, without modeling for inflation, add approximately $105 million to our revenue over time. This is the US market alone. Recent feedback from several major defense trials on the DAVD confirms the significance and uniqueness of DAVD technology. The feedback also emphasized the benefits and criticality of combining the DAVD with Echoscope in low visibility environments. Again, giving us good insight that the full-scale adoption by user groups is likely to include Echoscope. In keeping with this, this year alone, we have five DAVD-related development projects where various other sensors are being integrated into the DAVD to ensure that all US defense sensors used by the various missions are available in the DAVD. We believe we have created the DAVD solution ecosystem, which is well-positioned to serve the global defense and commercial diving market. One of our key milestones for this year is the adoption of the DAVD driver augmented vision display technology for foreign navies, expanding its use beyond the US Navy. We are making strong progress towards this goal. In the second quarter, we showcased the DAVD system at the Special Operations Command (SOCOM) annual conference and exhibition, where it was demonstrated to multiple foreign naval delegations. Importantly, the event also brought us into direct engagement with leading defense diving equipment manufacturers, who play a critical role in the successful integration of DAVD into broader diving systems. These demonstrations and discussions mark a significant step in advancing international awareness, validation, and future adoption of the DAVD technology. Additionally, in the quarter, I personally led our team in a live demonstration of the DAVD system to a foreign navy, conducted in collaboration with a local law enforcement dive unit, an existing customer of both the Echoscope and our UIS underwater imaging system. This demonstration not only highlighted the operational value of DAVD but also reinforced the benefit of a seamless integration with the Echoscope. A second demonstration with this navy is already scheduled, where DAVD and the Echoscope will be deployed during a live operational mission to showcase their combined capabilities in a real-world environment. This particular navy holds significant influence within the European defense caucus and manages a centralized procurement budget covering the navy, army, special forces, and coast guard equivalents, making it a strategically important partner in our international expansion. I will turn the call over to Annmarie. I will be available to take your questions during the Q&A session.