PMAT at Modern Day Marine: Supporting the Marine Corps at the Tactical Edge

Reveal Technology will be at Modern Day Marine 2026 in Washington, D.C. Dates: April 28–30, 2026 Booth: #1048 Reveal Technology delivers edge-native intelligence tools purpose-built by Marines for the United States Marine Corps mission. Farsight turns sUAS imagery into offline 3D terrain models, LZ/DZ assessments, and hazard detection in minutes. ECHO extends that insight into the electromagnetic domain—enabling terrain-aware RF planning and spectrum threat analysis at the tactical edge. Reveal products are already fielded across USSOCOM and JSOC, Reveal’s ATAK-integrated platform is built for contested, GPS-degraded environments—delivering site intelligence at the point of need, without reachback. If you're evaluating what’s next in mission-critical capability, this is where the conversation is happening — stop by the booth. #ModernDayMarine2026 #MDM2026 #ModernDayMarineExpo #USMC #Marines #DefenseTech #RevealTechnology

We are proud to announce that our client Odysight.ai (#NASDAQ / #TASE: ODYS) has entered into a Cooperative Research and Development Agreement (#CRADA) with the Naval Air Warfare Center Aircraft Division (NAWCAD) Lakehurst (#NAWCAD), part of the US Navy. This collaboration represents an important milestone in advancing AI/ML-driven visual sensing technologies for mission-critical defense applications and fleet readiness. By combining Odysight.ai’s proprietary computer vision and AI-powered predictive maintenance platform with NAWCAD’s operational expertise and testing infrastructure, the company aims to accelerate the deployment of next-generation condition-based maintenance solutions across U.S. Navy systems. The initial focus will be on carrier arresting cables, with broader potential applications across fixed and rotary wing aircraft, ground vehicles, and additional defense platforms. This collaboration further validates the growing role of AI-enabled predictive maintenance in enhancing operational availability, reducing unscheduled maintenance, and improving long-term sustainment capabilities for critical defense assets. To read the full release, click the link in the first comment. Yehu Ofer Einav Nagar-Brenner Benad Goldwasser #AI #DefenseTech #PredictiveMaintenance #MachineLearning #ComputerVision #CBM #Aerospace #Navy #MilitaryTechnology #OdysightAI

For 250 years, the U.S. Marine Corps has upheld one enduring promise: be ready to fight when the nation calls. That promise hasn’t changed, but the complexity of sustaining it has. Contested logistics, distributed operations, and constrained resources place unprecedented pressure on a logistics environment that already demands rapid response, integrated operations, and self-sustainment. Manifest was built for that reality. Developed and operationally validated with the U.S. Marine Corps, our AI-powered Manifest platform simulates millions of logistics scenarios and rapidly generates auditable, executable courses of action grounded in operational reality. For forces built to respond first and fight forward, Manifest delivers the decision advantage needed to sustain combat power and outpace threats. See Manifest in action this week by visiting us at booth #1921 at #ModernDayMarine. Or read our latest blog post to learn more about how Manifest advances expeditionary readiness: https://hubs.la/Q04dygYg0 #USMC #MarineCorps #DefenseLogistics #WarfighterReadiness #250YearsofFightingForward #ArtificialIntelligence

In September, leaders from the Camp Shelby Joint Forces Training Center and The University of Southern Mississippi met to see live data streams from an acoustic demonstration being conducted by partners including Hyperion Technology Group, University of Mississippi, BlueIQ, and SeaTrac Systems, Inc.. This project is one of several ongoing efforts across Mississippi that build out military, academic and industry collaborations. During the meeting, participants COL WIlliam Lee Henry, LTC Jim Barry, and Dr. Henry Jones discussed how the experiment is elevating Mississippi’s already strong Multi-Domain Operations (MDO) initiatives by developing a maritime component. This experiment fused sensor data and information flow from autonomous boats in the Gulf of America with advanced training and command systems, compatible with the Intelligence Electronic Warfare Tactical Proficiency Trainer (IEWTPT) and the eXpeditionary Live-Virtual-Constructive Command Center (XLCC), which are current and developing systems leveraged by exercise directors at Camp Shelby to provide distributed test and training environments. Serving as a proof of principle, this project demonstrated the ability to connect maritime and littoral deep sensing capabilities with the MDO test bed to improve the operating environment capabilities for future exercises by introducing seaborne sensing capabilities into army scenarios that further expand the distributed training area. #MultiDomainOperations #MDO #AutonomousSystems #UncrewedMaritimeSystems #DefenseInnovation #JointTraining #CampShelby #USMResearch #MississippiInnovation

Change Is Good when it removes friction and puts better tools in the hands of those who defend us. The US Navy’s creation of PAE Mission Systems is one of those moments where an institution chooses clarity over complexity and speed over tradition. Bringing mission system elements together into one integrated engine is more than an org chart shift. It is a commitment to closing kill chains faster, simplifying how industry engages, and unlocking commercial technology that already works in the real world. It is the kind of design choice that turns fragmentation into focus and turns potential into capability. My takeaway is simple. When we align technology, acquisition, and operational truth, we give our Sailors and Marines what they deserve. Systems that work. Systems that connect. Systems that arrive on time. https://lnkd.in/gGTunatR #WarfighterFirst #InnovationWithPurpose #MissionSystems #DefenseTechnology #OperationalImpact #PAEMissionSystems

It was a high-impact week for Govini at #SeaAirSpace2026. As the Navy undergoes a generational acquisition reset, we are committed to accelerating fleet modernization and innovation. On Monday, CEO Tara Murphy Dougherty joined a distinguished panel with VADM John Gumbleton (US Navy), ADM Thomas Allan Jr (U.S. Coast Guard), Barbara Supplee (SAIC), and Gordon Jaquith (CNA Corporation) to discuss maritime interoperability. Her message was clear: True endurance depends on a digital thread that connects the sensor and shooter directly to the sustainer and supplier. We carried that momentum into an invite-only reception featuring a fireside chat with VADM Robert Gaucher, Director, Submarine Programs. Key takeaways from our discussion with VADM Gaucher:  • Operationalizing Intent: We explored the Construction Maintenance Operations Center (CMOC)—a watch floor where leadership intent becomes operational rhythm through data-driven dashboards.  • Decentralize the Eyes, Centralize the Muscle: The PAE model must empower those closest to the weapon system to see supply chain risks early while aggregating purchasing power at the portfolio level.  • Predictive Readiness: By closing the loop between the warfighter and the industrial base, we transform maintenance from reactive to predictive. This end-to-end chain dictates whether the fleet can fight past the opening salvo and sustain a conflict. Thank you to Navy League of the United States and all our partners for these critical conversations. #SeaAirSpace2026 #Govini #DefenseTech #MaritimeSuperiority #SupplyChainResilience

🚀 Excited to announce that Exail will be at #CNE2026 Navy Leaders in just 2 weeks! From cutting-edge Mine Countermeasures (#MCM) to advanced Maritime Domain Awareness (#MDA) and resilient navigation systems, our technologies empower navies to operate safely and effectively both above and below the waves.Our expertise spans autonomous systems, maritime situational awareness, and robust navigation for surface and subsea platforms—supporting complex naval missions with innovation and reliability.We can’t wait to connect with navies, partners, operators, and industry leaders to share how we’re driving the future of maritime security together. Let’s explore new possibilities and strengthen collaboration! ⚓🌊Join the conversation and discover the difference Exail makes in advancing naval capabilities!

We are proud to announce that Odysight.ai (#NASDAQ / #TASE: ODYS), an MS-IR LLC client, has entered into a Cooperative Research and Development Agreement (#CRADA) with the Naval Air Warfare Center Aircraft Division (NAWCAD) Lakehurst (#NAWCAD), part of the US Navy. This collaboration represents an important milestone in advancing AI/ML-driven visual sensing technologies for mission-critical defense applications and fleet readiness. By combining Odysight.ai’s proprietary computer vision and AI-powered predictive maintenance platform with NAWCAD’s operational expertise and testing infrastructure, the company aims to accelerate the deployment of next-generation condition-based maintenance solutions across U.S. Navy systems. The initial focus will be on carrier arresting cables, with broader potential applications across fixed and rotary wing aircraft, ground vehicles, and additional defense platforms. This collaboration further validates the growing role of AI-enabled predictive maintenance in enhancing operational availability, reducing unscheduled maintenance, and improving long-term sustainment capabilities for critical defense assets. To read the full release, click the link in the first comment. Yehu Ofer Einav Nagar-Brenner Benad Goldwasser #AI #DefenseTech #PredictiveMaintenance #MachineLearning #ComputerVision #CBM #Aerospace #Navy #MilitaryTechnology #OdysightAI

Odysight.ai .ai (#NASDAQ / #TASE: ODYS), has entered into a Cooperative Research and Development Agreement (#CRADA) with the Naval Air Warfare Center Aircraft Division (NAWCAD) Lakehurst (#NAWCAD), part of the US Navy. This collaboration represents an important milestone in advancing AI/ML-driven visual sensing technologies for mission-critical defense applications and fleet readiness.

A consistent theme across conversations at Sea-Air-Space, hosted by the Navy League of the United States, was the need to close the gap between software and hardware. That means getting developed capability integrated, tested, and working across real systems at speed. It’s not a new problem, but the urgency around it feels different with faster timelines and less tolerance for long integration and certification cycles. Connecting disparate systems, reducing the time it takes to build trust in new capability, and moving from demonstration to operational reliability are becoming central priorities. Looking forward to seeing how this continues to play out over the rest of the week. #SAS2026 #DefenseInnovation #Maritime https://lnkd.in/eyNfNNKd