Thank you, Annmarie, and good morning, everyone. Today, I will focus on progress that we have made around our core technologies, Echoscope and DAVD. The Echoscope, our flagship technology, the Echoscope continues to represent the largest opportunity for scalable growth, particularly within the defense and security market. This sector is undergoing a transformational shift driven by the increasing deployment of next-generation underwater vehicles and platforms, including manned, unmanned, surface, subsurface and fully autonomous robotic systems. The latest generation of underwater vehicles, including drones, is trending towards smaller form factors, creating newer opportunities in the subsea market. To meet this demand, we've spent the last 2 years developing a new series of compact real-time 3D imaging sonars, supported by a significant investment in our next-generation custom technology chipset. This breakthrough IP investment has enabled us to miniaturize our advanced imaging technology for key defense and commercial applications. The first products in this line are now on the market, and I commend our R&D team for their exceptional work in making this possible. Designed to meet the evolving needs of underwater vehicles and platforms in the defense sector, we are excited to report that we have now launched our ultra compact real-time 3D imaging sonars, the Echoscope PIPE NANO GEN Series. These next-generation sonars enable small platforms to enhance situational awareness and consolidate multiple sensors into a single power efficient unit, delivering both 3D spatial awareness and forward-looking obstacle avoidance. Beyond subsea vehicles, the NANO GEN SERIES is also ideal for diver wearable systems, diving platforms and a wide range of underwater robotics. We've already concluded several successful trials in the quarter with our NANO GEN Series sonars, with key defense customers who are excited about the technology and have started to look at this integration into programs. Looking ahead, I will personally be involved in 3 additional trials in Q4 with both the U.S. and international naval forces, including integration into subsea vehicle platforms and special forces diver systems. This level of engagement reflects the strong market interest we anticipated and validates the strategic importance of this product line. Our Ship Hull scanning solution developed under a multiyear funded defense program received additional funding this quarter, marking a key milestone in the continued validation and deployment of this technology. This expanded investment includes the integration of another variant of our real-time 3D imaging sonar, Echoscope PIPE CIVS, which is used for close-in inspection missions. The original SLIDE platform has been significantly enhanced to support a wider range of diver missions. In addition to its core applications for ship hull scanning, the platform now includes capabilities for infrastructure inspection and sea dive mapping, enabled by forward and downward-looking imaging functionality. This expansion follows successful trials and continued confidence from the defense customers. The integration of our CIVS close-up visualization sonar has demonstrated exceptional performance in delivering real-time close range imaging, critical for detailed target detection and conducting complex inspection tasks in confined or challenging under water environments. A final Phase 3 evaluation is scheduled for October with the original U.S. defense customer, focused on validating the ship hull scanning solution in operational conditions. A second SLIDE system was delivered during the quarter to a foreign Navy as part of a larger DAVD special forces development program. This international deployment utilizes the same technology platform, including our DAVD Diver augmented vision display software and support seabed and infrastructure mapping applications. These 2 deployments now with distinct defense customers mark a critical transition of our technology from R&D to real-world operational use. We believe our integrated diver SLIDE solution offers the most advanced capability available today for diver-based underwater inspection and mapping. The unmanned underwater vehicle market valued at $4.8 billion in 2024 is projected to reach $11.1 billion by 2030, driven by the growing complexity of maritime threats and the demand for cost-effective, low-risk technologies. As a result, ROVs, UUVs and underwater drones are becoming critical components of modern defense strategies worldwide. In general, the Echoscope currently accounts for approximately 80% of Marine Technology business revenues. With the launch of the NANO GEN Series and strong ongoing customer engagement, we are well positioned to capture significant value in the expanding defense and underwater robotics markets. DAVD, the other significant pillar of our growth strategy is the DAVD, diver augmented vision display, a cutting edge of mounted reality technology, purpose built to enhance divers safety, performance and situational awareness and low visibility and technically demanding underwater environments. The DAVD Untethered System, which represents the largest growth opportunity for this transformative technology achieved 2 critical milestones during the quarter. For context, in the U.S. alone, there are 14,000 divers within the potential community of government and defense users for the untethered system. Firstly, the initial order of 16 complete DAVD Untethered Systems received in Q1 was successfully delivered in Q3 and is now ready for fleet evaluation by U.S. special forces. These systems are the combination of extensive field testing and direct feedback from operational divers, funded under the DUS Hardening program. The advancement in this specific deployment is the system's seamless integration with the U.S. Navy's Mark 16 underwater breathing apparatus. This integration allows real-time life support data, including system status and alerts to be projected directly into the DAVD augmented reality head-up display. The second key milestone achieved during the quarter was the completion of all remaining system component deliveries to the foreign Navy sponsor of the DUS Hardening program. This marks a significant step forward in demonstrating international alignment and growing global interest in our data technology. Together, these milestones validate the technological maturity of both the DAVD tethered and untethered systems and marks a critical inflection point in our trajectory from development and field testing to active fleet evaluation and operational deployment. Importantly, both U.S. and international program partners remain committed to comprehensive fleet evaluations and live mission evaluations throughout the year, underscoring the strategic relevance and near-term potential of our data technology in next-generation underwater operations. In Q3, we received an initial order for DAVD systems from a major European Navy with extensive diving operations and regional influence, an organization we've been actively supporting. In Q4, I would personally lead our team in supporting this navy during real-world dive missions in operational waters, deploying our latest DAVD tethered systems alongside the Echoscope underwater inspection system, a rapid response, mobile inspection and mapping platform designed for seamless DAVD integration. Notably, this is the same UIS configuration used by the U.S. Navy supervisor of salvage and the U.S Army Corps of Engineers during the Francis Scott Key Bridge collapse response. This upcoming deployment further underscores the operational maturity and versatility of both the DAVD and Echoscope UIS technologies as well as our continued support for frontline military and infrastructure response missions worldwide. Finally, we are pleased to report a significant increase in active development programs centered around our DAVD technology, reflecting strong momentum in expanding DAVD Systems capabilities, integrating DAVD with additional platforms and broadening support, of course, a wider range of operational environments. Among the most notable new programs, DAVD, along with the newly launched Echoscope PIPE NANO GEN Series is being integrated into the U.S. Navy's Deepsea expeditionary with no decompression or DSEND system. The DSEND system features a lightweight, hardened atmospheric dive suite designed for extreme underwater missions, the suite incorporates rotating detachable joints to provide divers with increased dexterity, flexibility and maneuverability in challenging environment. This program is sponsored by the Office of Naval Research in collaboration with 3 U.S. Department of Defense entities, NAWC, NUIC and NSWC. DAVD is being leveraged as a critical life support and visualization component of the DSEND system, enhancing diver safety and mission effectiveness by delivering real-time life support data via the DAVD Head of Display and 3D situational awareness through the compact Echoscope PIPE NANO GEN sonar mounted directly to the DSEND suit. This initiative exemplifies the growing recognition of DAVD and Echoscope technology as mission-critical tools in the evolving landscape of advanced military diving and underwater operations. We are currently awaiting the outcome of 4 additional U.S. Department of Defense proposals, all of which are in the final evaluation stages are anticipated to move forward into immediate execution upon award. Each of these proposed programs focuses on the integration of our DAVD system and Echoscope sonar technologies with robotics platforms, further expanding our role in the evolution of autonomous and semi-autonomous underwater systems. The timing of these opportunities aligns perfectly with 2 major recent milestones. The finalization of the DAVD untethered system and the launch of our new Echoscope PIPE NANO GEN Series, a suite of compact real-time 3D imaging sonars optimized for small and robotic platforms. These pending awards reflect the growing demand for underwater, vision and augmented reality technologies in next-generation defense systems, and we are well positioned to support this strategic shift. I will turn the call over to Annmarie and I will be available to take your questions during the Q&A session.