Thank you, Annmarie, and good morning, everyone. Today, I will focus on progress that we have made around our core technologies, Echoscope and DAVID. In fiscal year 2025, we saw an increase in sales of both Echoscope and DAVID. We also saw strong interest from the defense community. The Echoscope, our flagship technology, continues to represent the largest opportunity for scalable growth, particularly within the defense and security market. This sector is being fundamentally reshaped by the widespread adoption of next-generation underwater platforms encompassing manned, unmanned, surface, subsurface, and fully autonomous robotic vehicles. The defense subsea market is moving away from large bespoke platforms towards smaller networked and increasingly autonomous vehicles that can be deployed at scale. This transition favors technologies that maximize performance per unit cost and enable rapid production, modular upgrades, and multi-mission flexibility. A significant portion of these new programs is focused on reducing reliance on human-in-the-loop supervision and control for mission-critical decisions. The launch of the Echoscope Ipe Nanogen series, our ultra-compact real-time 3D imaging sonar, marks a critical step in enabling next-generation sub-AI-enabled autonomy. As the subsea industry moves away from vessel-intensive human-in-the-loop workflows, the Nanogen series provides the real-time 3D perception required to unlock scalable software-driven autonomy across a growing range of platforms. The Nanogen series delivers true real-time 3D imaging in an ultra-compact form factor, enabling autonomous systems to perceive, navigate, and make decisions independently underwater. Unlike traditional sonars designed primarily for data collection, the Nanogen series functions as a core perception sensor for AI-enabled platforms, supporting navigation, obstacle avoidance, target guidance, and adaptive mission execution without reliance on bandwidth-limited communications or post-processing. A single Nanogen CV sensor supports multiple high-value use cases, including subsea navigation, inspection, 3D modeling, subsea imaging, change detection, and gas and oil leak detection, allowing operators and platform developers to consolidate hardware, reduce integration complexity, and lower total system cost. This multi-mission flexibility positions the Nanogen series as a platform-agnostic technology, accelerating adoption across AUVs, ROVs, hybrid vehicles, resident subsea systems, and future autonomous fleets. The Nanogen series is aligned with the strongest growth drivers in the subsea market: autonomy, edge AI, reduced operational cost, and scalable deployment. By enabling higher levels of autonomy and mission efficiency with a single compact sensor, the Nanogen series strengthens Echoscope's role as a critical technology provider to the next generation of intelligent subsea platforms. We are seeing strong and accelerating interest supported by highly successful trials with a number of key defense customers, including the US Navy and several allied foreign navies across their respective subsea vehicle programs. These engagements span next-generation platforms designed for multi-mission operations, combining manned and autonomous capabilities within a single operational framework. By working closely with naval special operations forces, program sponsors, and platform and control system manufacturers, we ensure our technology is aligned with real operational requirements and emerging concepts of use. This collaborative approach enables us to demonstrate best-in-class performance and rapid integration across diverse subsea platforms. As the market continues to transition away from traditional single-purpose sonar systems towards intelligent, AI-enabled perception, our solutions are increasingly viewed as a core enabling technology for future subsea autonomy, situational awareness, and mission flexibility. We anticipate the procurement and program decisions for the active opportunities in which we have already completed end-customer demonstrations and operational trials will be made in early 2026. These programs are currently progressing through the final stages of technical evaluation, operational validation, and internal budget approval within the respective defense organizations. Subject to successful contract awards, we expect initial deliveries to commence within the 2026 fiscal year, aligned with customer deployment schedules and platform integration timelines. These programs are structured to support multi-mission subsea vehicles with both manned and autonomous operating modes, providing a strong foundation for follow-on orders, platform expansion, and long-term fleet adoption. Given the strategic importance of these programs and the shift toward AI-enabled next-generation subsea capabilities, we view these near-term decisions as a meaningful inflection point with the potential to convert demonstrated technical leadership into recurring production contracts and sustained growth. All these active programs are presently focused on 3D perception, navigation, and obstacle avoidance enabled by the Nanogen series. They represent longer-term growth opportunities for our DAVID augmented vision display solutions. Many of these subsea vehicle programs support diver operations or involve manned subsea platforms, both of which align directly with the target applications and markets for DAVID. Turning to the other significant pillar of our growth strategy, DAVID, our Diver Augmented Vision Display, this system is a cutting-edge safety, augmented reality technology purpose-built to enhance performance and situational awareness in low visibility and technically demanding underwater environments. In fiscal year 2025, we experienced real momentum around DAVID, with increased domestic interest from non-Navy defense organizations and government agencies, as well as from several foreign navies and commercial diving entities. We were contracted under several programs and successfully delivered multiple next-generation DAVID systems to this expanded user base, and we will continue to support, educate, and drive further adoption of these systems within this community. DAVID is being leveraged as a critical life support and visualization component, enhancing diver safety and mission effectiveness by delivering real-time life support data via the DAVID head-up display and 3D situational awareness through the compact Echoscope Ipe Nanogen series sonar. These initiatives exemplify the growing recognition of DAVID and Echoscope technologies as mission-critical tools in the evolving landscape of advanced military diving and underwater operations. During the fiscal year 2025, we completed the funded DUS hardening program under which the DAVID technology was jointly funded for adoption for the special forces market by the US and a leading foreign Navy. Following the successful completion and delivery of the DUS hardening program, we were awarded the initial order of 16 new generation untethered DAVID systems in fiscal year 2025 for fleet evaluation by US special forces. These systems are the culmination of extensive field testing and direct feedback from operational divers, funded under the DUS hardening program. Following the delivery of the initial production run of 16 DAVID untethered systems for the US Navy Mark 16 rebreather system in fiscal year 2025, the untethered DAVID variant is undergoing final approval of the US Navy's Authorization for Navy Use or ANU approval process. Following completion of this process, it is expected to support ongoing broader operational use and adoption of the untethered system. The DAVID untethered system continues to be fielded across an expanding community of EOD and special forces diver units for fleet evaluation and mission-specific tasking. The DAVID untethered system remains the largest growth opportunity for this transformative technology. For context, in the United States alone, there are approximately 14,000 divers within the potential government and defense user community for the DAVID untethered system. Fiscal year 2026 is an important year for the company in terms of reaching new milestones such as broader adoption of DAVID by foreign navies and Echoscope technology being adopted on some of the new autonomous AI-enabled platforms as a core perception sensor for navigation, obstacle avoidance, and target guidance. I will now turn the call over to Annmarie, and will be available to take your questions.