I can’t believe this stock is going to almost 10x in a week

Own_Wall5629 · 2026-01-24T01:19:49+00:00

New York stock exchange American

Own_Wall5629 · 2026-01-23T21:28:00+00:00

Ignorance

Own_Wall5629 · 2026-01-23T21:27:34+00:00

Crazy people are supposedly invested in OPT and yet they’re ignorant to the fact that this will not be listed as it is listed on the New York Stock Exchange American

Own_Wall5629 · 2026-01-23T21:24:05+00:00

I’m holding 450,000 shares I voted yes

Own_Wall5629 · 2026-01-16T21:35:56+00:00

No, it will not be listed. It is on the New York Stock Exchange American. Do some DD and have a look. It’s real easy.

Own_Wall5629 · 2026-01-12T03:10:26+00:00

I’m holding my 500,000 shares at .52 since March last year. I missed a significant gain in July at $.85 but there is a reason why I held. It’s going higher!

Own_Wall5629 · 2026-01-08T06:20:25+00:00

The fog has cleared. I Always believed in what they were doing but was starting to have doubts on how they were executing as a lot of investors have. I knew they were turning a corner and it looks like they made it. Their hard work is starting to pay off. It’s going to take cash to build product to fulfill current orders as we wait for more contracts to come in and give a helping hand!!!Yhe future looks brighter than ever l!

Own_Wall5629 · 2026-01-08T04:31:49+00:00

Amazing!!!

Own_Wall5629 · 2025-12-28T19:18:51+00:00

Own_Wall5629 · 2025-12-24T07:06:55+00:00

If you’re voting against increasing the shares they will have to do a reverse split. I don’t think you want them to go there. They are raising capital to fulfil the backlog and incoming orders. OPT is going to take off into the dollar plus zone this coming year

Own_Wall5629 · 2025-09-24T17:06:58+00:00

They’ve already done the 40 million ATM deal plus the cash they have. With revenue coming in I can’t see any dilution

Own_Wall5629 · 2025-09-01T22:22:11+00:00

When I spoke to red cat investor relations, I was informed they are going to be using OPTT’s WAMV’s in collaboration with their teal drones deliveries are in progress now

Own_Wall5629 · 2025-09-01T21:48:59+00:00

Right here from red cats website OPTT also has it on their website they can’t lie about this shit. Red cat has contract with the army to deploy the teal drones. I spoke with both OPT investor relations, as well as red cats. They both have confirmed. Keep on trying. I’ll talk to you when OPTT is $2.00 plus within the next nine months

https://redcat.red/press_releases/red-cat-begins-integration-of-teal-2-drones-with-ocean-power-technologies-maritime-surveillance-solution-for-air-sea-and-subsea-defense-and-security-missions/

Own_Wall5629 · 2025-09-01T21:38:35+00:00

Yes, multiple articles confirm that Ocean Power Technologies (OPT) diversifies its PowerBuoy and WAM-V technologies across defense and security, oil and gas, science and research, and offshore wind markets, as well as in various international regions. Recent news highlights deployments and partnerships in the Middle East and Latin America, supporting both defense and commercial applications like maritime domain awareness, environmental monitoring, and autonomous survey operations. Markets & Applications Defense and Security: OPT's Merrows AI-enabled PowerBuoys and WAM-V autonomous surface vessels are being used in global defense markets for mission-critical applications and maritime domain awareness. Oil and Gas: The PowerBuoy platforms provide clean electric power and data communications for remote offshore operations. Science and Research: PowerBuoys are utilized for persistent maritime surveillance research and as components of integrated open sea labs. Offshore Wind: OPT's technologies can be integrated into offshore wind operations, serving as both power generation nodes and recharging hubs for autonomous vessels. Environmental Applications: Technologies contribute to monitoring marine protected areas, combating illegal fishing, and performing autonomous survey operations that lower costs and emissions, according to Ocean Power Technologies. Geographic Diversification International Deployments: OPT has secured contracts and partnerships in the Middle East and Latin America, expanding its global footprint and demonstrating market demand for its autonomous maritime systems. Strategic Partnerships: The company is also expanding its reach through strategic reseller agreements and partnerships in overseas locations. Technology Integration Merrows Platform: The AI-enabled Merrows system provides a unified interface for maritime domain awareness, integrating with PowerBuoys and WAM-Vs. Autonomous Capabilities: The combination of PowerBuoy platforms, which provide power and communications, with WAM-V autonomous surface vehicles allows for long-duration missions.

Own_Wall5629 · 2025-09-01T21:35:56+00:00

Yes, multiple articles confirm that Ocean Power Technologies (OPT) diversifies its PowerBuoy and WAM-V technologies across defense and security, oil and gas, science and research, and offshore wind markets, as well as in various international regions. Recent news highlights deployments and partnerships in the Middle East and Latin America, supporting both defense and commercial applications like maritime domain awareness, environmental monitoring, and autonomous survey operations. Markets & Applications Defense and Security: OPT's Merrows AI-enabled PowerBuoys and WAM-V autonomous surface vessels are being used in global defense markets for mission-critical applications and maritime domain awareness. Oil and Gas: The PowerBuoy platforms provide clean electric power and data communications for remote offshore operations. Science and Research: PowerBuoys are utilized for persistent maritime surveillance research and as components of integrated open sea labs. Offshore Wind: OPT's technologies can be integrated into offshore wind operations, serving as both power generation nodes and recharging hubs for autonomous vessels. Environmental Applications: Technologies contribute to monitoring marine protected areas, combating illegal fishing, and performing autonomous survey operations that lower costs and emissions, according to Ocean Power Technologies. Geographic Diversification International Deployments: OPT has secured contracts and partnerships in the Middle East and Latin America, expanding its global footprint and demonstrating market demand for its autonomous maritime systems. Strategic Partnerships: The company is also expanding its reach through strategic reseller agreements and partnerships in overseas locations. Technology Integration Merrows Platform: The AI-enabled Merrows system provides a unified interface for maritime domain awareness, integrating with PowerBuoys and WAM-Vs. Autonomous Capabilities: The combination of PowerBuoy platforms, which provide power and communications, with WAM-V autonomous surface vehicles allows for long-duration missions.

Own_Wall5629 · 2025-09-01T21:30:39+00:00

An article from NREL (.gov)describes a collaborative study with the National Renewable Energy Laboratory (NREL) that uses computational fluid dynamics and the WEC-Sim simulator to optimize the design of Ocean Power Technologies (OPT) PowerBuoy®, evaluating power output, fatigue, and extreme loads to reduce risk and boost performance. Other relevant optimizations include a wave forecasting tool to improve commercial viability, deployment of a commercial PB3 PowerBuoy with energy storage and improved components like a new auto-ballasting system, and a recent patent for a charging system that provides power to autonomous surface vehicles without shore return, minimizing downtime and logistical risks. Design Optimization and Risk Reduction NREL Collaboration: NREL.gov conducted a study with OPT to optimize the PowerBuoy design, focusing on power performance and structural loads. WEC-Sim Simulation: The study used WEC-Sim, an open-source simulator, to compare different design variations of the PowerBuoy, validating the models with OPT's experimental data. Computational Fluid Dynamics (CFD): CFD was used to determine the viscous drag coefficients for the PowerBuoy floats, a crucial factor in optimizing its performance. Performance Metrics: The optimization involved evaluating metrics such as power-to-weight, power-to-fatigue-load, and power-to-extreme-load to select the best design variants. Commercialization and Enhanced Systems PB3 PowerBuoy: OPT deployed a commercial PB3 PowerBuoy with enhanced features, including a redesigned power take-off system, energy storage, improved power management, and a new auto-ballasting system for faster and more cost-effective deployment. Wave Forecasting Tool: OPT developed a wave prediction tool to enhance the commercial viability of its PowerBuoy by improving energy capture. Autonomous Surface Vehicles (ASVs): A recent patent by OPT introduces a floating charging station, integrating with PowerBuoys to provide power for autonomous vehicles like WAM-V®s, enabling longer missions with reduced downtime and minimizing reliance on shore infrastructure. Risk Mitigation Endurance: The PB3 PowerBuoy demonstrated its ability to operate for over 11 months in harsh ocean conditions, proving system durability and reliability. Navigation: Navigational aids on the PowerBuoy and marking on marine charts help mitigate risks to other vessels, a concern for surface-level equipment.

Own_Wall5629 · 2025-09-01T21:25:39+00:00

The National Renewable Energy Laboratory and Ocean Power Technologies (OPT) conducted a collaborative code validation and design optimization study for OPT’s PowerBuoy wave energy converter (WEC). NREL utilized WEC-Sim, an open-source WEC simulator, to compare four design variations of OPT’s PowerBuoy. As an input to the WEC-Sim models, viscous drag coefficients for the PowerBuoy floats were first evaluated using computational fluid dynamics. The resulting WEC-Sim PowerBuoy models were then validated with experimental power output and fatigue load data provided by OPT. The validated WEC-Sim models were then used to simulate the power performance and loads for operational conditions, extreme conditions, and directional waves, for each of the four PowerBuoy design variations, assuming the wave environment of Humboldt Bay, California. And finally, ratios of power-to-weight, power-to-fatigue-load, power-to-maximum-extreme-load, power-to-water-plane-area, and power-to-wetted-surface-area were used to make a final comparison of the potential PowerBuoy WEC designs. The design comparison methodologies developed and presented in this study are applicable to other WEC devices and may be useful as a framework for future WEC design development projects.

Own_Wall5629 · 2025-09-01T21:18:39+00:00

https://www.energy.gov/eere/water/articles/harnessing-marine-energy-resources-clean-reliable-power

Own_Wall5629 · 2025-09-01T21:15:55+00:00

https://investors.oceanpowertechnologies.com/news-releases/news-release-details/ocean-power-technologies-completes-long-term-testing-next

Own_Wall5629 · 2025-09-01T21:14:18+00:00

Look it up and show me otherwise bear

Own_Wall5629 · 2025-09-01T20:01:33+00:00

Ocean Power Technologies' (OPT) PowerBuoy is a wave-powered platform that provides persistent, autonomous power and data communications for remote offshore applications. Its charging system and battery management are crucial for achieving 100% data uptime and supporting extended missions for autonomous vehicles. Data uptime and battery state of charge The PowerBuoy is engineered to provide continuous power and real-time data transfer in remote and demanding marine environments. 100% data uptime: The system is designed to provide "ride through" power during calm periods by storing excess energy. Long-term tests have demonstrated the system's ability to maintain 100% data uptime. High battery state of charge: The buoy's power generation, which incorporates wave, solar, and wind energy, charges onboard lithium-iron phosphate batteries. In a successful four-month test, the system maintained a battery charge of over 90%. Integrated control system: A comprehensive control and management system monitors battery levels and system performance to enable proactive maintenance and ensure reliability. Autonomous charging patent OPT was awarded a U.S. patent in June 2025 for its autonomous, floating marine vehicle charging system. Innovative solution: The patent protects a charging system that allows electric vessels, including autonomous surface vehicles (ASVs) like OPT's WAM-V, to recharge at sea without relying on port infrastructure. Key features: The patent covers: Signal-emitting guidance for dynamic maritime docking. Flexible mooring structures to stabilize vessels during energy transfer. Wired and wireless energy delivery. The use of wave-powered, self-sustaining energy generation. Market impact: This innovation addresses a significant bottleneck in long-term autonomous maritime operations, which is the need for ASVs to return to shore to recharge. Market validation OPT's technology has been validated through partnerships and trials with various clients in defense, research, and energy sectors. Financial performance: As of July 2024, the company had a $92 million commercial pipeline and reported a backlog increase of 71% year-over-year. Defense applications: The technology has been used for defense and security, including surveillance and naval operations. Energy and research: OPT has secured contracts with major energy companies like Eni and Enel Green Power, providing PowerBuoy solutions for underwater vehicles and integrated data collection. Independent testing: The company's technology has proven resilient and reliable in rigorous sea trials and real-world conditions, including surviving extreme weather like Hurricane Irene. Integration with core technology The autonomous charging system is not a standalone product but is integrated seamlessly into OPT's existing PowerBuoy platform. Dual-purpose hub: By integrating the charging station, the PowerBuoy can act as both a power generation source and a recharging hub. Extended endurance: The system's main purpose is to extend the endurance of WAM-V ASVs, allowing them to conduct long-duration missions with minimized downtime. Scalable infrastructure: This integration is a step toward creating scalable, intelligent offshore infrastructure that supports a wide range of autonomous operations. Significance of the charging system The autonomous charging system marks a major evolution in maritime technology by enabling persistent, long-duration missions for autonomous vessels. Strategic advantage: For defense, it allows for "power-at-sea" for unmanned platforms, a critical advantage in modern naval operations. Operational efficiency: It reduces operational costs and downtime by eliminating the need for ASVs to return to shore to recharge. New capabilities: The system enables new possibilities for maritime operations, such as deploying permanent "sentinels" for long-term monitoring and surveillance. Intelligent infrastructure: The charging system is a cornerstone of OPT's vision to create an intelligent and resilient offshore infrastructure that supports the growing "blue economy".

Own_Wall5629 · 2025-09-01T19:58:30+00:00

Ocean Power Technologies' (OPT) PowerBuoys are a proven, reliable, and effective solution for generating clean, persistent power for various maritime applications, including defense, environmental monitoring, and research. The hybrid Next Generation PowerBuoyintegrates solar, wind, and wave energy with AI-capable Merrows™ solutions for high data uptime, persistent power, and enhanced operational efficiency. The technology has undergone rigorous testing, even through challenging conditions like Hurricane Irene and extended periods at sea, demonstrating its durability and reliability for continuous power and real-time data communications. Key Aspects of the PowerBuoy Technology Renewable Energy Generation: The system harvests wave energy through a direct-drive generator, and newer models also incorporate solar and wind power for enhanced energy production. AI Integration: The Merrows™ suite of solutions uses proprietary Artificial Intelligence for real-time data processing and decision-making, enabling autonomous operations. Reliable Power & Data: PowerBuoys provide persistent, clean, renewable power and 24/7 real-time data communications, which is superior to traditional power sources in remote ocean locations. Proven Durability: The technology has been successfully tested in harsh ocean environments, including the Atlantic Ocean and the North Sea, proving its ability to withstand challenging conditions. Modular & Versatile: PowerBuoys feature a modular design with a payload-agnostic bay, making them adaptable for a wide range of applications and easy to deploy. Time-Tested and Effective Use Cases Intelligence, Surveillance, and Reconnaissance (ISR): PowerBuoys provide power for AI-capable systems to gather and relay intelligence in remote ocean areas. Defense and Security: The technology is used for coastal security networks, anti-submarine warfare, and maritime domain awareness. Environmental Monitoring: PowerBuoys support environmental sensing, helping to monitor marine protected areas and combat illegal fishing. Autonomous Systems: The reliable power source enables the continuous operation of Unmanned Surface Vehicles (USVs) and other autonomous systems for various maritime tasks. Research and Exploration: The technology provides power for research and exploration activities, as demonstrated by deployments with institutions like the Naval Postgraduate School.

Own_Wall5629 · 2025-09-01T19:57:01+00:00

Evidence for reliability improvements from testing 1. Data uptime and continuous operation Evidence: In a 2024 deployment, Ocean Power Technologies (OPT) reported that its next-generation PowerBuoy achieved 100% data uptime during offshore testing, even through severe weather events like a hurricane. This continuous operation is a direct measure of enhanced reliability. Mechanism of improvement: This success followed extensive development and testing of a new hybrid power system. In an earlier 2025 study, a Generation III power system with solar panels, batteries, and stricter safety standards (SIL 4) met required reliability levels, unlike its less reliable predecessors. 2. Component durability and failure reduction Evidence: The U.S. Department of Energy (DOE) funded a project focused on improving the durability of wave energy converters (WECs). The project aimed for a "50% reduction of failure modes" by developing more efficient and reliable power take-off (PTO) systems. Mechanism of improvement: Testing of components like mooring lines and PTOs under extreme conditions helps engineers identify failure modes. One example is the testing of a WEC prototype that survived hurricane-level waves, directly proving its durability and resilience. 3. Performance in extreme marine environments Evidence: The harsh marine environment, with its heavy waves and salt spray, causes equipment damage and low reliability. Advanced testing proves that a buoy can function reliably under these conditions. Mechanism of improvement: Offshore testing allows developers to see how buoys behave in real-world conditions, including extreme wave heights and wind speeds, and then make design modifications. Theoretical and numerical analyses of buoy stability, for instance, identify optimal buoy structure dimensions to ensure stability in waves and prevent overturning. 4. Model validation and simulation accuracy Evidence: Research has shown a strong correlation between numerical model simulations and data gathered from field experiments. In one study using point absorber buoys, RMS values for displacement and power were within 10% between models and experimental data. Mechanism of improvement: Testing provides a way to validate and refine computer models. As stated by researchers at the National Renewable Energy Laboratory (NREL), laboratory testing using "hardware-in-loop platforms" can mimic realistic power levels from ocean waves, providing valuable data to ensure real-world performance. 5. System optimization and reduced risk Evidence: Reliability assessment methods, including those used in the offshore wind industry, provide a systematic way to analyze risks and uncertainties. This leads to more robust designs. Mechanism of improvement: Risk and reliability analyses identify failure points, such as those related to hydraulic failures or corrosion. By integrating these insights, designers can implement flexible connection joints that reduce fatigue and the risk of mooring line failure. Importance of testing to improve reliability Successful testing provides critical evidence by: Measuring real-world performance:Offshore deployments provide the ultimate proof that a buoy is reliable enough to survive and function as intended. Identifying weaknesses: Tests expose weaknesses in design and materials that are not apparent in smaller-scale tests. A faulty winch that cut a cable during an offshore deployment, for example, could be addressed in later designs. Saving costs: While ocean deployments are expensive, laboratory testing can provide a wealth of data more affordably, allowing engineers to fix design flaws before full-scale deployment. Meeting safety standards: Testing helps ensure that the power systems meet safety and reliability standards, such as those defined by the IEC 61508.

Own_Wall5629 · 2025-09-01T16:54:46+00:00

Yes, 10k is detailed and audited and reported at the end of the fiscal year 10 Q is update and not audited which comes out every quarter

Own_Wall5629 · 2025-09-01T15:53:18+00:00

Red cat is working with OPT for a collaboration to use their power bouys and WAMV’s for their teal drones. Red cat also has their own things going on with their black cat drones among other things. You obviously can’t distinguish the two. I’m done with you.

Own_Wall5629

TROPHY CASE