NYSE: OPTT

The
Company holds numerous patents, including our recently awarded System and Method for Vehicle Charging which protects OPT’s breakthrough
system for an autonomous, floating marine charging solution, and leverages decades of research including control systems, energy storage,
and marine integration. Our headquarters and assembly operations are located in New Jersey, and we maintain an additional manufacturing
and robotics development facility in Richmond, CA.

OPT
is committed to enabling a smarter, safer ocean economy through innovation in ocean intelligence and power. As we look forward, our strategic
priorities include expanding our customer and geographic base, accelerating technology adoption, enhancing recurring revenue, and driving
margin growth through platform scalability and supply chain efficiencies.

We
were incorporated under the laws of the State of New Jersey in April 1984 and began commercial operations in 1994. On April 23, 2007,
we reincorporated in Delaware.

Our
Solutions

Maritime
Domain Awareness Solution (“MDAS”)

Maritime
Domain Awareness refers to the effective understanding of anything associated with the maritime domain that could impact safety, security,
economy, or the environment. The “maritime domain” includes all areas and things on, under, related to, adjacent to,
or bordering navigable waters, including the seafloor and airspace above.

Our
MDAS provides a customizable, integrated surveillance solution designed for persistent, roaming, and real-time ocean monitoring. The
system combines high-definition radar, optical and thermal imaging, and vessel Automatic Identification System (AIS) modules with edge
processing, secure communications, and cloud-based analytics.

Our
customers use and can apply our MDAS for:

●National
Security (U.S. and allies): Monitoring territorial waters, preventing smuggling, piracy,
and terrorism.

●Commercial
Operations: Securing shipping lanes, port infrastructure, offshore energy assets,
data gathering for permitting and more.

●Environmental
Protection: Detecting pollution, illegal fishing, marine mammal activity, and more.

1

MDAS
hardware can be deployed on OPT platforms, including PowerBuoy® systems and WAM-V® autonomous vessels, and networked via satellite,
Wi-Fi, and cellular links. Our architecture enables multi-platform surveillance, with command-and-control functionality enhanced through
proprietary software and third-party system integrations. These networks can incorporate external data sources such as satellite imagery,
drones, weather, and bathymetry to form a comprehensive operational picture.

Our
MDAS is also designed to provide persistent situational awareness beneath the ocean surface, an area inaccessible to conventional technologies
such as radar or the AIS. This capability plays a critical role in supporting national security objectives, enabling autonomous maritime
operations, and protecting marine resources and infrastructure. Key system components include:

Sensing
and Detection

●Passive
Acoustics: Identifies underwater sound signatures from sources such as submarines, divers,
and marine life.

●Active
Sonar: Emits and receives sound pulses to locate and track underwater objects and terrain.

●Magnetometers:
Detects metallic anomalies, including submersibles and naval mines.

●Seismic
and Pressure Sensors: Monitors vibrations and pressure changes indicative of movement or
underwater disturbances.

Communications
and Networking

●Acoustic
Modems: Enable underwater data transmission between sensors and platforms over medium ranges.

●RF
and Satellite Relay: Transmit compressed data from surface nodes to command centers via satellite
or terrestrial links.

●Edge
Processing: Utilizes onboard AI and machine learning to analyze data locally, prioritize
key findings, and reduce transmission loads.

Data
Fusion and Analysis

●Multi-Domain
Correlation: Integrates inputs from undersea, surface, and aerial platforms to generate a
unified operational picture.

Command,
Control, and Decision Support

●Automated
Alerts: Flags high-priority events, such as unauthorized intrusions, suspicious underwater
activity, or infrastructure tampering.

Representative
Applications

●Defense
and Security

○Submarine
and Unmanned Underwater Vehicle (UUV) detection in contested maritime zones.

○Monitoring
of strategic chokepoints and exclusive economic zones (EEZs).

○Protection
of undersea cables and energy infrastructure from sabotage.

●Critical
Infrastructure Protection

○Security
for offshore oil and gas platforms, wind farms, desalination plants, and seaports.

●Environmental
and Regulatory Compliance

○Marine
life monitoring and conservation support.

○Detection
of illegal fishing, dredging, or resource extraction.

●Commercial
Operations

○Enhanced
situational awareness for offshore energy installations.

○Navigation
and mission support for autonomous subsea vehicles.

Our
MDAS solution is a cornerstone of our broader DaaS strategy and reflects our leadership in scalable, autonomous maritime intelligence
infrastructure.

Data
as a Service (“DaaS”)

Our
Data as a Service offering enables persistent, near real-time collection and transmission of maritime domain awareness and environmental
intelligence data. Our DaaS platform leverages autonomous uncrewed surface vehicles (USVs), including the WAM-V® platform, and PowerBuoy®
systems, both of which integrate a range of environmental and security-focused sensors.

2

The
DaaS offering is used to support operational needs in several high-impact domains, including:

●Maritime
Border and Coastal Security: Monitoring unauthorized vessel activity, trafficking, and maritime
incursions.

●Offshore
Asset Surveillance: Enhancing situational awareness around oil platforms, wind farms, and
port infrastructure.

●Illegal,
Unreported, and Unregulated (IUU) Fishing: Enabling remote detection and interdiction support.

●Aquaculture
and Environmental Monitoring: Gathering data to support aquaculture health, pollution tracking,
and marine ecosystem compliance.

●Permitting
and Infrastructure Inspection: Supporting regulatory approvals through data-enabled insights
on site conditions.

Our
WAM-V® USV platform supports modular payload integration and is engineered for operational stability in variable marine conditions.
It has been deployed in a range of commercial and governmental missions, including high-resolution sonar surveys, subsea infrastructure
assessments, berth clearance, dredging operations, and offshore renewable energy site characterization.

We
have completed multiple DaaS deployments with both government agencies and commercial customers. These engagements have provided validation
of our systems’ performance, interoperability, and mission relevance.

Robotics
as a Service (“RaaS”)

Our
Robotics as a Service offering provides customers with subscription-based access to our WAM-V® (Wave Adaptive Modular Vessel) autonomous
surface vehicles. Under this model, customers lease WAM-V® units pursuant to time-bound agreements or based on a defined number of
usage days. These agreements frequently include minimum usage thresholds and bundled operational support services. Oftentimes these agreements
also include OPT providing the training and operations for the vehicle. As an AUVSI Trusted Operator, (AUVSI is the world’s largest
nonprofit organization dedicated to advancing the use of autonomous systems and robotics across air, land, and sea domains). OPT’s
RaaS “pilots” are well suited to deliver value for our customers.

Through
the RaaS model, OPT retains ownership of the deployed assets and is responsible for all system maintenance, repairs, and upgrades. This
arrangement offers customers a lower upfront capital expenditure compared to outright equipment purchase, while enabling scalable access
to autonomous capabilities that can be aligned with peak mission windows or surge requirements.

Our
RaaS contracts have been utilized by both government and commercial customers for applications including port security, maritime surveying,
infrastructure inspection, and environmental monitoring. This model has allowed customers to accelerate access to autonomous maritime
solutions while preserving operational flexibility.

We
believe that our RaaS model supports our strategic goals of increasing recurring revenue, improving asset utilization, broaden our customer
base and expanding customer lifetime value. As RaaS involves OPT-owned systems deployed in customer-controlled environments, we evaluate
associated risks related to asset recoverability, service delivery logistics, and liability exposure. Based on these assessments, we
implement appropriate contractual protections, insurance coverage, and operational safeguards to mitigate such risks and ensure continuity
of service and asset security

Power
as a Service (“PaaS”)

Our
Power as a Service offering provides customers with subscription-based access to our PowerBuoy® systems. Under this model, customers
lease PowerBuoy® platforms pursuant to time-bound agreements, enabling flexible deployment without the need for upfront capital investment.
These leases are structured to accommodate both steady-state operations and surge requirements, offering a scalable energy solution for
offshore missions.

3

The
PowerBuoy® delivers autonomous, renewable energy via OPT-managed infrastructure. This reduces the need for traditional power delivery
methods such as subsea cabling, fuel-based generators, or periodic manual battery replacement. Our modular PowerBuoy® configurations
can include solar-only systems, wave energy converters, and optional wind turbine integrations to support varying power loads across
different marine environments.

The
PaaS offering is available for defense, offshore energy, and environmental monitoring applications. The PaaS model aligns with our broader
strategy to offer end-to-end maritime infrastructure services, complementing our DaaS and RaaS offerings. This integrated approach is
designed to support recurring revenue growth, enhance customer retention, and differentiate OPT from competitors that focus exclusively
on hardware or one-time equipment sales.

While
we believe this model strengthens our customer relationships and operational resilience, there can be no assurance of continued customer
uptake or contract renewals. We also evaluate ongoing risks associated with offshore service delivery, environmental exposure, and asset
maintenance and implement mitigation strategies including enhanced monitoring protocols, environmental hardening of equipment, and service-level
agreements with local partners

Autonomous
Vehicles (“WAM-V®”)

Our
Autonomous Vehicles business centers around our patented WAM-V® (Wave Adaptive Modular Vessel) platform—a class of modular
USVs engineered to support autonomous maritime operations in inshore, nearshore, and offshore environments. The WAM-V® platform is
designed to enable scalable, real-time data acquisition and payload customization based on mission requirements.

WAM-V®
vessels are manufactured in three standard sizes—8, 16, and 22 feet—and are built on a modular framework. This design allows
interoperability across propulsion types (electric and/or liquid-fuel) and supports rapid integration of third-party sensors and mission
systems. These features make the platform suitable for a wide range of operational use cases, including underwater. survey, scientific
research, port security, subsea infrastructure inspection, and defense surveillance.

WAM-V®
platforms have been deployed across the Middle East, Europe, Asia, Oceania, and the Americas. These deployments are conducted through
both direct sales and our RaaS offering, which provides subscription-based access to WAM-V® units and associated operational support
as described above.

Our
Autonomous Vehicles segment complements our strategic focus on persistent maritime awareness and autonomy. In particular, WAM-V®
systems are increasingly integrated with our Merrows™ MDA suite, enabling mobile MDA operations to consolidate surface, subsea,
and environmental data in real time. This integration expands our service capabilities and supports recurring revenue growth from both
government and commercial customers.

We
expect continued demand for WAM-V® platforms driven by factors including increased investment in autonomous marine systems, cost
advantages over crewed vessels, global regulatory mandates for maritime monitoring, and defense modernization initiatives. However, actual
adoption rates may be affected by procurement cycles, governemental budgetary constraints, and competitive offerings.

PowerBuoy®

Our
PowerBuoy® is a renewable energy-powered autonomous offshore platform designed to deliver continuous electrical power and real-time
data connectivity in remote maritime environments. The PowerBuoy® converts any combination of wave motion, solar, and wind into energy
and includes onboard energy storage to maintain system availability during low-sea-state, cloudy, or still conditions. The platform enables
persistent operations without reliance on liquid fuel-based power systems or crewed support vessels.

PowerBuoy®
deployments reduce operational costs and carbon emissions by replacing diesel generators and minimizing vessel-based maintenance. The
system is designed for compact deployment, rapid installation, and long-duration missions, with remote diagnostics and limited on-site
service requirements. Depending on the mission profile, a single PowerBuoy® unit can operate autonomously for several months or longer.
PowerBuoy® platforms support a variety of payloads, including surveillance cameras, acoustic and environmental sensors, weather stations,
radar, AIS, and communication nodes. These features enable use cases in maritime security and intelligence, surveillance, and reconnaissance
(“ISR”); offshore wind and oil infrastructure monitoring; and oceanographic data collection.

4

PowerBuoy®
units have been integrated into operational deployments for both government and commercial customers.

The
PowerBuoy® represents a core technology component across multiple OPT offerings, including DaaS and PaaS).These integrated offerings
are intended to support long-term growth in recurring revenue and platform utilization. We believe the PowerBuoy® is well suited
to serve emerging demand for autonomous, low-emission offshore infrastructure.

Merrows

Merrows™
is our integrated user interface and C2 platform that consolidates and enhances the capabilities of our PowerBuoy®, WAM-V®, and
sensor payload systems into a unified maritime surveillance and data processing solution. It is designed to address the operational complexity
of MDA, which involves monitoring, detecting, and analyzing activity on, under, adjacent to, or bordering navigable waters.

The
Merrows™ architecture incorporates elements of Command, Control, Communications, Computers, Cyber, Intelligence, Surveillance,
and Reconnaissance (C5ISR) into a flexible and modular system. It leverages both mobile (WAM-V®) and stationary (PowerBuoy®)
platforms to enable persistent situational awareness across mission-critical maritime zones. As a result, Merrows™ is well-positioned
to meet the operational needs of defense, intelligence, and homeland security customers seeking scalable, multi-mission capability. By
embedding C5ISR, OPT moves beyond being a “vehicle provider” to offering full-spectrum mission solutions.

Merrows™
facilitates the collection, processing, and secure transmission of multi-modal sensor data—including radar, acoustic, visual, weather,
and geospatial inputs. The platform supports real-time and historical data analysis and integrates artificial intelligence and machine
learning to support operational decision-making, anomaly detection, and system automation.

Merrows™
has been deployed in multiple instances and is integrated within several OPT service offerings, including =DaaS= and =RaaS=. Merrows™
is offered as part of comprehensive system deployments and is not currently marketed as a standalone product.

We
believe the Merrows™ system enhances the value proposition of our broader portfolio by enabling cross-platform interoperability
and improving the operational efficiency and data fidelity of autonomous maritime missions.

Recent
Technological Advancements

During
fiscal year 2025 and through the date of this filing, we achieved several notable milestones related to the continued development and
operational deployment of our autonomous maritime systems. These developments reflect our investment in platform capability enhancement,
strategic partnerships, and customer-oriented service infrastructure:

●AI-enabled
Merrows™ PowerBuoy® Deployment: In May 2025, we delivered a PowerBuoy® platform
integrated with AI-enabled Merrows™ software to a customer in the Middle East. This
system combines wave energy generation with artificial intelligence to support real-time
maritime domain awareness and sensor fusion applications. The deployment is part of a broader
engagement in the region and remains subject to performance validation under operational
conditions.

●Extended-Duration
Over the Horizon Autonomous WAM-V® Operations: In April 2025, we conducted a successful
demonstration of multi-day over-the-horizon (OTH) WAM-V® (USV operations in the Indo-Pacific
region. The exercise validated the WAM-V® platform’s endurance, autonomous navigation,
and remote command-and-control capabilities over extended ranges and durations. Operating
beyond line-of-sight with satellite and high-frequency communications, our team executed
mission tasking, status monitoring, and data retrieval without the need for local support
assets. This demonstration, observed by customer representatives and OPT engineering teams,
confirms the WAM-V® system’s readiness for long-range survey and surveillance
missions across dispersed maritime environments, further aligning our capabilities with the
operational needs of defense, security, and offshore commercial stakeholders.

5

●U.S.
Navy Project Overmatch Participation: Project Overmatch exercises validate the Navy’s
ability to deploy resilient, autonomous unmanned systems as a critical component of multi-domain
operations, fostering interoperability with coalition forces and accelerating next-gen naval
capabilities. In October 2024, we completed a phase of the U.S. Navy’s Project Overmatch
initiative by participating in the Mission Autonomy Proving Grounds exercises. Multiple WAM-V®
USVs were deployed to demonstrate autonomous behavior, interoperability with other systems,
and mission execution under naval coordination. This participation supports our positioning
for future federal procurement opportunities; however, no definitive contract awards have
resulted from this activity to date.

●OEM
Agreement with Teledyne Marine: In June 2024, we executed an Original Equipment Manufacturer
(OEM) agreement with Teledyne Marine. This agreement enables integration of Teledyne’s
sensor and subsea technology with OPT’s wave energy and autonomous platforms. We believe
this partnership strengthens our technical offering, but the commercial impact will depend
on customer adoption in future joint projects.

●Global
24/7 Service Support Infrastructure Launch: In June 2024, we launched a 24/7 global customer
support capability for deployed platforms and service contracts. This capability is expected
to improve service reliability and may contribute to growth in recurring revenue. However,
the cost and staffing requirements of this initiative may impact near-term gross margins
for service-related business lines.

These
developments are consistent with our strategic priorities of expanding platform capability, increasing global market reach, and enhancing
customer value through integrated offerings. While we believe these achievements strengthen our market position, future revenue impact
remains dependent on follow-on orders, contract conversions, and customer retention. See Item 1A, “Risk Factors,” for a discussion
of operational and adoption risks

Strategy
and Marketing

We
are focused on delivering integrated, autonomous ocean infrastructure solutions. Our strategy centers on unifying renewable energy powered
systems (PowerBuoy®), autonomous vehicles (WAM-V®), and data-driven command and control platforms (Merrows™) into a cohesive,
interoperable ecosystem. This multi-domain architecture is designed to support operations across surface, subsea, and airborne environments,
offering utility in both government and commercial missions.

Intelligence,
Surveillance, and Reconnaissance (ISR) is a critical function in military and security operations that involves the collection, processing,
and dissemination of information to support decision-making, targeting, and situational awareness. and is central to OPT’s strategic
positioning as a provider of autonomous, intelligent, and scalable maritime mission systems, enabling it to serve both national
security and commercial maritime markets through recurring services and full-stack platform offerings. ISR is a core enabler of our strategy,
driving value across defense, homeland security, and international maritime markets. ISR capability is not only a product feature, but
a strategic differentiator woven into OPT’s platform design, autonomy stack, and service delivery models.

We
believe our platform-centric approach aligns OPT with three primary global trends:

●Maritime
Security Modernization: Continued investment by defense and security agencies in unmanned
systems and ISR.

●Offshore
Sector Digitalization and Decarbonization: Expansion of remote, low-emission monitoring for
wind, oil & gas, and shipping operations.

●Ocean
Data Infrastructure Growth: Rising demand for AI-enabled environmental and security intelligence
solutions.

Market
Trends and Tailwinds

Defense
and Environmental Monitoring Demand

The
defense sector continues to prioritize autonomous systems for enhanced situational awareness and cost-efficiency. Regulatory initiatives
and funding priorities within the U.S. Department of Defense and abroad, the Intelligence Community, and Department of Homeland Security
are creating pathways for long-term procurement contracts. OPT is aligning its capabilities with these procurement trends and exploring
engagement opportunities with defense prime contractors and allied foreign ministries.

6

Simultaneously,
the environmental monitoring market is expanding due to regulatory compliance pressures and increased investment in ocean science. Our
solutions are engineered to address use cases such as coastal zone management, hydrographic surveying, and habitat monitoring.

Competitive
Positioning and Global Demand

The
rising global focus on unmanned maritime systems is expanding OPT’s addressable market across multiple sectors and geographies.
Our platforms are being evaluated or deployed for use in:

●Defense
and Security Missions: In alignment with DHS’s Maritime Domain Awareness goals and
the U.S. Coast Guard’s Unmanned Systems Strategic Plan.

●Infrastructure
Protection: Including remote surveillance of undersea cables, pipelines, and offshore installations.

●Commercial
Operations: Such as offshore wind development, subsea exploration, permit obtainment and
port monitoring.

Our
modular platforms—specifically the PowerBuoy® and WAM-V®—are designed to support autonomous missions with minimal
human intervention, and offer value in shallow-water, nearshore, and offshore environments.

Growth
Priorities and Target Markets

OPT’s
commercial and public-sector focus is directed toward high-value, mission-critical domains where autonomous maritime infrastructure delivers
operational or strategic benefit. Our key markets include:

●U.S.
Defense and Intelligence agencies

●Allied
foreign defense ministries (NATO, Indo-Pacific, Latin America, Middle East). These ministries
seek advanced capabilities in surveillance, reconnaissance, and persistent maritime operations,
aligned with U.S. defense cooperation and interoperability standards

●Strategic
partners and commercial customers

Product
Development Focus

Autonomy
Advancement (Level 3 and Beyond)

We
have expanded our internal autonomy engineering team with the addition of full-time specialists in control systems and software integration.
This investment supports the development of Level 3+ autonomous capabilities across OPT’s vehicle platforms, with a focus on reliable,
adaptive, and scalable mission execution. Level 3 autonomy, meaning the platform can execute defined missions, such as navigating pre-set
routes or collecting data, without real-time human control. While a human operator monitors performance and can intervene if necessary,
the system is generally capable of making its own decisions under known conditions, including adjusting for environmental variables like
waves, wind, or obstacles. This level of autonomy enhances operational efficiency while maintaining human oversight for safety and reliability

Docking
and Charging Systems

OPT
continues to refine and improve its at-sea docking and charging system that integrates a PowerBuoy® with a WAM-V® platform. This
system is designed to extend the duration of autonomous missions by enabling unmanned surface vehicles to recharge autonomously in the
field. Test data and user feedback informs subsequent design iterations and validation protocols.

These
initiatives support our objective of offering persistent, autonomous systems that reduce lifecycle cost and increase mission resilience
in both government and commercial deployments.

7

Competition
and Competitive Positioning

We
operate in the converging sectors of USVs, ocean sensing and surveillance platforms, and offshore renewable energy systems. Our competitors
include companies that offer:

●Standalone
USV systems for inshore, nearshore, or offshore environments;

●MDA
software and data platforms;

●Legacy
power infrastructure (e.g., subsea cabling, diesel generators); and

●Integrated
surveillance and ocean infrastructure solutions, including manned systems, offered by divisions
of large defense contractors or venture-backed maritime technology firms.

The
USV sector remains dynamic, with increasing competition as entrants focus on niche applications across varied marine environments. A
significant development in this market occurred in June 2024, when the U.S. Navy awarded a $982 million multiple-award contract to 49
vendors, signaling a move toward large-scale collaboration and integrated systems development. This marks a departure from the historically
fragmented USV market and could impact contracting and teaming dynamics in future procurements.

The
autonomous buoy segment remains comparatively early-stage and fragmented. It is generally divided between grid-connected solutions and
smaller-scale autonomous systems. OPT remains focused on the non-grid segment. To our knowledge, few competitors currently offer fully
commercialized, continuously deployed platforms with persistent, renewable power generation. This reflects the nascency of the market,
which continues to evolve through research and development programs, demonstration projects, and limited initial deployments.

Competitive
Differentiators

Despite
the presence of larger industry participants, OPT seeks to differentiate through a combination of vertically integrated products, operational
deployment history, and business model flexibility. Our competitive positioning is based on the following characteristics:

●Integrated,
Autonomous Maritime Infrastructure

OPT
offers a suite of interoperable platforms—PowerBuoy®, WAM-V® USVs, and the Merrows™ data system—designed to
function as a cohesive ocean intelligence network. This integration may reduce logistical complexity and improve system interoperability
for customers compared to point-solution providers.

●Renewable,
Persistent Power Delivery

The PowerBuoy® platform generates renewable energy from any combination of wave motion, solar, and wind and includes battery storage
to enable continuous power for sensors, communications systems, and mission payloads in remote ocean areas. This reduces or eliminates
reliance on fossil fuel-based power systems or vessel-based servicing, materially reducing customer costs.

●Modular
and Scalable Design

Our
WAM-V® and PowerBuoy® product lines are designed for payload modularity and field customization. This architecture supports multiple
mission types and promotes asset reuse across use cases and customers.

●Field-Proven
Performance

As
of April 30, 2025, OPT has deployed over 80 WAM-V® platforms globally and completed multiple operational deployments of PowerBuoy®
systems in varying marine conditions. These deployments contribute to our operational validation record, though additional deployments
and independent assessments are ongoing.

●Lifecycle
Cost Efficiency

OPT’s
systems are intended to reduce lifecycle operating costs by minimizing the need for crewed vessels, fuel logistics, and routine on-site
maintenance. Our service-based business models RaaS, Daas, and PaaS may further lower customer acquisition barriers and enhance revenue
predictability.

●Alignment
with National and Allied Security Priorities

Our
solutions are designed to align with stated U.S. government objectives, including the Department of Homeland Security’s National
MDA Plan and the U.S. Coast Guard’s Unmanned Systems Strategy. Areas of application include persistent surveillance, Exclusive
Economic Zone (EEZ) enforcement, and offshore infrastructure monitoring.

8

●Agility
and Customer Responsiveness

OPT’s organizational structure and scale may provide an advantage in prototyping, iteration, and customer collaboration. Because
OPT has an agile, lean organizational structure and smaller scale, it can more rapidly develop, test, and modify prototypes and incorporate
customer feedback into new iterations. This speed is crucial when customers need a solution tailored to a specific mission, threat, or
environment. In addition, this customer intimacy fosters trust and can lead to long-term relationships, especially in environments like
NATO, UN, or U.S.-led coalitions where interoperability and mission alignment are key.

Recent
Contracts and Commercial Developments

During
fiscal 2025 and fiscal 2026 to date, OPT executed several commercial transactions that expanded our international presence and supported
strategic positioning in defense and commercial maritime sectors:

●Facility
Security Clearance Level (FL): In fiscal 2025, our corporate headquarters and primary
assembly facility in New Jersey was granted a Facility Security Clearance Level (“FCL”)
by the U.S. Department of Defense. The FCL authorizes OPT to support classified U.S. government
programs at the Secret level, subject to compliance with national industrial security program
requirements. The FCL increases our eligibility for classified defense contracts and affirms
our compliance with personnel, physical, and cybersecurity standards.

●International
Merrows™ PowerBuoy® Deployment: In May 2025, we shipped an AI-enabled Merrows™
PowerBuoy® to a customer in the Middle East. This shipment followed a competitive procurement
process in which OPT was selected as a preferred vendor for Merrows-equipped platforms.USV
Contract: Also in May 2025, OPT entered into a contract with an international defense
agency to supply multiple WAM-V® USVs. This transaction represents a material expansion
of our footprint in allied defense markets and is expected to support future growth in our
platform-based services.

●Latin
American Sales: Between December 2024 and January 2025, we received purchase orders totaling
approximately $5 million for PowerBuoy® and WAM-V® platforms from customers in
Latin America. These transactions include product sales and associated support services and
will be fulfilled over multiple quarters.

●Naval
Postgraduate School Deployment: In September 2024, we were awarded a contract from the
U.S. Naval Postgraduate School to deploy a PowerBuoy® equipped with the Merrows™
system in Monterey Bay, California. The contract supports testing of persistent maritime
surveillance capabilities in an academic and operational context. This buoy was deployed
in July 2025.

●OEM
Agreement with Teledyne Marine: In June 2024, we executed an OEM agreement with Teledyne
Marine. This agreement enables integration of Teledyne’s sensor and subsea technology
with OPT’s wave energy and autonomous platforms. We believe this partnership strengthens
our technical offering, but the commercial impact will depend on customer adoption in future
joint projects.

●OEM
Agreement with Teledyne Marine: In June 2024, we executed an Original Equipment Manufacturer
(OEM) agreement with Teledyne Marine. This agreement enables integration of Teledyne’s
sensor and subsea technology with OPT’s wave energy and autonomous platforms. We believe
this partnership strengthens our technical offering, but the commercial impact will depend
on customer adoption in future joint projects.

●OPT
has established numerous strategic partnerships designed to capitalize on growing global
demand, particularly in the middle east and Latin America:

○Remah
International Group (“RIG”): In October 2024, OPT appointed RIG as its exclusive
distributor for defense and security solutions within the United Arab Emirates. Under this
agreement, RIG is responsible for promoting, distributing, selling, and servicing OPT’s
suite of maritime technologies, including the WAM-V® USVs, the PowerBuoy®, and the
AI-capable Merrows™ system.

○Unique
Group: We have established a strategic partnership with Unique Group, a UAE-headquartered
global innovator in subsea technologies and engineering. Announced in July 2024, this collaboration
focuses on deploying OPT’s WAM-V® USVs across the United Arab Emirates and other
Gulf Cooperation Council (GCC) countries for commercial customers primarily active in the
offshore energy industry.

9

○Elektron
SAS: We have entered into a strategic partnership with Elektron SAS, a Colombia-based
specialist in hydrographic and oceanographic instrumentation services. Announced in April
2025, this collaboration includes a $4 million purchase commitment for OPT’s suite
of intelligent maritime technologies, encompassing the WAM-V® USVs, the PowerBuoy®,
and the AI-powered Merrows™ platform.

○Ocean
Wave Solutions (“OWS”): During the third quarter of fiscal 2025 we established
a strategic partnership with Ocean Wave Solutions Ltda (OWS), a Brazil-based
company, to serve as its authorized distributor in the Brazilian market. This collaboration
is part of OPT’s broader initiative to expand its global footprint by leveraging local
expertise and networks. This alliance aims to address the growing demand for autonomous and
sustainable ocean technologies in Brazil, particularly in sectors such as offshore energy,
environmental monitoring, and maritime security.

○Red
Cat Holdings: In April 2024, OPT entered a strategic alliance with Red Cat Holdings,
Inc. (“Red Cat”), a U.S.-based provider of drone technologies for defense and
commercial applications. The collaboration is focused on integrating Red Cat’s small
unmanned aircraft systems (sUAS) with OPT’s autonomous maritime platforms, including
the PowerBuoy® and WAM-V®. This integration is designed to deliver persistent, multi-domain
situational awareness by combining Red Cat’s modular, night-vision-enabled drones with
OPT’s ocean-powered infrastructure. The PowerBuoy® serves as a persistent power
and communications node by harvesting wave energy, while the WAM-V® provides mobile,
autonomous surface capabilities in a variety of sea states. The alliance advances OPT’s
strategy to deliver interoperable, autonomous systems for defense, intelligence, and security
missions, enhancing operational endurance, real-time intelligence, and force protection in
maritime environments.

●24/7
Global Service Support Launch: Also in June 2024, OPT launched a global 24/7 service
support program to enhance customer response capabilities for deployed systems. This initiative
supports our strategy to grow recurring service revenue and strengthen long-term customer
relationships.

Backlog

As
of April 30, 2025, our contract backlog was approximately $12.5 million, compared to $4.9 million as of April 30, 2024. The backlog represents
the value of unfulfilled, purchase orders and agreements with commercial and governmental customers. If any of our contracts were to be terminated, our backlog would be reduced
by the expected value of the remaining terms of such contract.

Backlog
figures do not necessarily reflect future revenue, as orders may be adjusted, delayed, or canceled, and our recognition of associated
revenue is subject to the terms of the underlying agreements. The size of our backlog may also fluctuate materially based on the timing
of new awards, contract renewals, or the conclusion of long-term engagements. Consequently, while we view backlog as a useful performance
indicator, it should not be relied upon as a predictor of future results.

Product
and Solution Development

OPT
continues to prioritize the development and commercialization of modular, autonomous solutions for offshore energy, data acquisition,
and maritime domain awareness. Our development strategy is informed by customer use cases, operational field data, and regulatory trends,
and is focused on delivering scalable capabilities that support persistent and intelligent ocean infrastructure.

Our
approach emphasizes disciplined capital allocation, with a focus on near-term commercial viability and alignment with long-term Company
strategy and platform goals. As of April 30, 2025, our product development activities primarily support enhancements to existing systems.
However, we expect to expand these efforts to include new platform capabilities, advanced autonomy features, and mission-specific configurations
in response to evolving customer requirements and emerging market opportunities

Key
In-Development Programs

●
WAM-V®
Autonomy Stack

OPT is advancing a proprietary autonomy framework for the WAM-V® USV vehicle platform. Features in development include edge-based navigation, adaptive mission planning, obstacle avoidance, and fleet coordination logic. These enhancements are designed to reduce operator workload and support persistent, autonomous operation across varied maritime environments.

10

●Docking
and Charging Infrastructure

We
are advancing new platform capabilities, enhanced autonomy features, and mission-specific configurations in response to evolving customer
requirements and emerging market opportunities

These
systems are designed to extend operational duration, reduce logistical support requirements, and facilitate closed-loop surveillance
networks in remote or contested waters. A field demonstration has been completed, and refinement of hardware and software integration
is ongoing.

●Maritime
Resiliency Enhancement

We
are continuing to enhance the resiliency of our WAM-V platforms, further improving operational envelopes, in-situ servicing, and the
ability to utilize a wide range of propulsion systems. These enhancements also include the ability to increase payloads and deploy a
wide range of systems, from unmanned underwater and surface assets, to towing sonars (sound navigation and ranging (Sonar), a technology
that uses sound waves to detect, locate, and characterize objects underwater) for seabed mapping and mine counter measures.

These
initiatives reflect OPT’s long-term focus on enabling persistent ocean operations through platform self-sufficiency, data continuity,
and autonomous system interoperability. We expect these technologies to enhance the value proposition of our service models (e.g., RaaS,
Raas and DaaS), though the timing and scale of commercial adoption will depend on customer demand, technical milestones, and system-level
testing outcomes.

Product
Roadmap and Innovation Focus

Our
product development roadmap is driven by three primary inputs:

1.
Customer
Feedback and Operational Data

Insights from deployments inform feature prioritization, systems hardening, and performance optimization.

2.
Strategic
Technology Integration

We are evaluating opportunities to incorporate adjacent technologies, such as aerial drones, autonomous underwater vehicles (AUVs), and remote sensing modules, into our platform suite through partner collaboration and joint development efforts.

3.
Long-Term
AI/ML and Data Strategy

As part of our innovation roadmap, we are developing artificial intelligence and machine learning applications for mission automation, anomaly detection, and data prioritization. We are also assessing requirements for secure, cloud-enabled data environments to support multi-platform information sharing and operational analytics.

Intellectual
Property

We
maintain an intellectual property (IP) portfolio that supports our operations across autonomous maritime systems, wave energy conversion,
and integrated ocean intelligence solutions. Our IP strategy is designed to protect proprietary technology, promote long-term product
differentiation, and support commercial growth in both U.S. and international markets.

As
of April 30, 2025, OPT held approximately 70 issued U.S. patents covering innovations in the following categories:

●Buoy
system architecture, including energy conversion, battery charging systems, power take-off
mechanisms, and control circuitry;

●Wave
energy control systems and thermal/wave hybrid power conversion;

●Mooring
and anchoring systems, including subsea cabling and marine connectors;

●Multi-unit
wave energy farm network configurations;

●Autonomous
charging interfaces for USVs;

●WAM-V®
platform technologies, including modular propulsion and control systems; and

●Buoy-based
communications infrastructure using LTE, satellite, and mesh technologies.

Our
patents have staggered expiration dates, extending through fiscal year 2041. No individual patent is considered material to our business.
However, the collective breadth and interconnectivity of the portfolio provide meaningful protection for our core systems and solutions.

11

In
addition to patents, we rely on trade secrets, proprietary engineering processes, and non-public technical documentation. Certain technologies
were developed under government-funded programs and may be subject to U.S. federal government use rights under the Bayh-Dole Act and
related provisions.

OPT
also holds and maintains registered U.S. trademarks critical to brand identity and market differentiation, including PowerBuoy®,
WAM-V®, and Merrows™.

Our
intellectual property portfolio is reviewed periodically to assess enforceability, alignment with strategic product roadmaps, and licensing
opportunities. We may pursue additional filings or commercial partnerships to expand our IP base and enter new applications or jurisdictions.

Regulatory
Environment

OPT’s
operations are subject to a range of domestic and international laws, regulations, and technical standards that affect product design,
deployment, data handling, and defense-related contracting. Our ability to operate effectively in key markets depends in part on maintaining
compliance across multiple regulatory regimes.

Facility
Security Clearance

OPT
currently holds a Facility Security Clearance (FCL) from the U.S. Department of Defense, which allows our company to access and perform
work on contracts involving classified information at the “Secret” level. This clearance supports our eligibility to participate
in certain U.S. government programs, particularly in the defense and intelligence sectors.

To
maintain this clearance, OPT is required to comply with a range of ongoing security and operational requirements under the National Industrial
Security Program (NISP). These requirements include:

●Personnel
Screening: Key management personnel and employees who access classified information must
hold active U.S. government security clearances.

●Facility
Safeguards: Classified information must be stored, handled, and transmitted in secure areas
using approved security systems and procedures.

●Designated
Security Officer: We are required to designate a trained Facility Security Officer (FSO)
who manages our industrial security program and coordinates with government agencies.

●Insider
Threat Program: OPT must operate a formal insider threat detection and reporting program,
including employee training and risk mitigation practices.

●Export
and Foreign Ownership Compliance: If foreign ownership or influence is present, OPT must
disclose this to the U.S. government and implement approved safeguards to mitigate potential
risks.

●Security
Training: All cleared personnel must complete initial and annual security training, including
awareness of insider threats and reporting obligations.

●Ongoing
Oversight: The company is subject to periodic inspections and reviews by the Defense Counterintelligence
and Security Agency (DCSA), which oversees compliance with federal security regulations.

Failure
to comply with these requirements could result in the suspension or revocation of our security clearance, which may impact our ability
to perform on classified contracts or bid on certain U.S. government opportunities.

Export
Control and Trade Compliance

We
are subject to U.S. export control laws, including the International Traffic in Arms Regulations (ITAR) and the Export Administration
Regulations (EAR). Certain technologies, components, and technical data integrated into OPT systems may require U.S. government authorization
for export, re-export, or third-party access. OPT maintains internal compliance protocols to support adherence to applicable export control
requirements and customer-specific licensing obligations.

Maritime
and Offshore Operations

Our
PowerBuoy® and WAM-V® platforms operate in offshore and nearshore environments and may be subject to regulation by the U.S. Coast
Guard, Bureau of Ocean Energy Management, and other federal or local agencies. For international deployments, we work with country-specific
maritime authorities to obtain operational approvals and ensure environmental and navigational compliance.

12

Telecommunications
and Data Transmission

Several
OPT platforms transmit real-time operational data via satellite, LTE/5G, or other secure communications channels. These activities are
subject to domestic and international telecommunications regulation, including oversight by the Federal Communications Commission (FCC)
and analogous bodies abroad. OPT maintains policies to ensure frequency band licensing, data privacy compliance, and secure communications
protocols are met.

Government
Contracting and Compliance

As
a contractor and supplier to U.S. government agencies—including the Department of Defense (DoD), Department of Energy (DOE), and
National Oceanic and Atmospheric Administration (NOAA)—we are subject to the Federal Acquisition Regulation (FAR), Defense Federal
Acquisition Regulation Supplement (DFARS), and other federal procurement standards. These frameworks govern cybersecurity, ethics, cost
allowability, and reporting obligations. We are also subject to the terms of government funding agreements that may impose IP licensing
restrictions or data rights limitations.

Environmental
and Safety Regulation

OPT
systems are engineered to operate with low emissions and minimal environmental impact. However, we are subject to regulations governing
offshore noise, emissions, marine habitat protection, and operational safety. Our compliance posture is evaluated on a jurisdiction-by-jurisdiction
basis, and we continuously monitor evolving sustainability mandates across key markets.

Assembly
Facilities and Operations

OPT
conducts in-house assembly and integration activities at two primary U.S.-based locations:

●Monroe
Township, New Jersey: Our headquarters facility includes approximately 56,000 square feet
of combined manufacturing, assembly, engineering, and administrative space. This site supports
the production and integration of our PowerBuoy®, WAM-V®, and Merrows™ platform
components and serves as our principal site for final system testing and quality assurance.
The facility includes configurable production areas that can be scaled to accommodate increased
manufacturing volumes.

●Richmond,
California: Our West Coast facility supports prototyping, on-water testing, final integration,
and mission readiness activities for deployments in the Pacific region. This location also
provides additional surge manufacturing capacity to support variable customer demand and
lead-time-sensitive programs.

Together,
these facilities support OPT’s ability to meet current production requirements, provide geographic flexibility for field operations,
and maintain lead-time responsiveness for government and commercial projects.

We
believe our existing facilities are adequate for our near production needs. We continuously monitor demand forecasts and contract volume
to assess whether further investment or expansion will be required. If customer demand materially increases, we may consider expanding
our footprint, increasing shifts, or utilizing contract manufacturing partnerships.

Human
Capital Management

We
recognize that our workforce is central to our innovation, operational performance, and long-term business success. As of April 30, 2025,
OPT employed 53 full-time employees, all located in the United States. We believe our ability to attract, develop, and retain a skilled
workforce is critical to the execution of our strategic and technical objectives.

13

Workplace
Culture and Inclusion

OPT
is an equal opportunity employer. Employment decisions are made without regard to race, gender, age, disability, veteran status, or other
characteristics protected by applicable law. We are committed to fostering an inclusive, respectful, and diverse work environment and
continue to evaluate ways to improve equity across our workforce and talent pipeline.

Quality,
Health, Safety, and Environmental

We
maintain a Quality, Health, Safety, and Environmental (QHSE) program designed to promote operational safety, risk mitigation, and compliance
with applicable occupational health and safety regulations. Our primary manufacturing sites in Monroe Township, New Jersey and Richmond,
California are ISO 45001 certified , the international occupational health and safety management standard.

Key
elements of our QHSE program include:

●Stop-work
authority and proactive hazard identification practices;

●Monitoring
of leading and lagging safety indicators;

●Structured
incident investigation and root cause analysis protocols;

●Ongoing
safety training and employee engagement.

In
July 2025 we were awarded ISO 9001 certification. ISO 9001 is the world’s most recognized quality management standard, awarded
to organizations that consistently provide products and services that meet customer and regulatory requirements.

Carbon
Impact and Emissions Reductions

Our
products are designed to reduce greenhouse gas emissions by replacing fossil fuel-based systems in offshore monitoring, security, and
energy applications. The following Company estimates reflect modeled displacement of diesel-based maritime activity, based on representative
deployments:

●PowerBuoy®
Units: Estimated to displace ~4 metric tons of CO₂ annually per unit, equivalent to
removing approximately two passenger vehicles from the road.

●Merrows™
Maritime Domain Awareness Deployments: In scenarios where manned patrol vessels are replaced,
estimated CO₂ displacement exceeds 300 metric tons per 10 vessel-days.

●WAM-V®
Survey Operations: Autonomous survey missions have demonstrated potential CO₂ reductions
of ~14 metric tons per vessel-day, or up to 1,300 metric tons over a multi-week deployment.

We
are in the process of building a carbon tracking database to support data verification and environmental performance reporting. These
estimates are based on internal models and publicly available benchmarks and practice and may be refined as additional field data becomes
available.

Sustainable
Development and Marine Protection

OPT’s
mission is aligned with UN Sustainable Development Goal 14 (Life Below Water). Our technologies are used in applications that support:

●Detection
and deterrence of IUU fishing;

●Collection
of oceanographic and climate-related data for scientific and regulatory use;

●Reduction
of reliance on fuel-based vessels and infrastructure.

Operational
Sustainability and Product Risk Review

In
fiscal 2023, we completed a facility energy audit in collaboration with the New Jersey Clean Energy Program and conducted a corporate
carbon footprint assessment. We offset 100% of calculated emissions from our headquarters and business travel. We also initiated a product-level
environmental impact assessment for the PowerBuoy® platform. Based on external review and regulatory agency feedback (including from
NOAA and the U.S. Army Corps of Engineers), PowerBuoy® platforms were determined to pose no material harm to marine ecosystems. Key
safety features include:

●Absence
of rare earth or toxic metals in batteries;

●Minimal
fire or explosion risk; and

●Remote
energy discharge capability for emergency shutdown.

14

We
are currently assessing the WAM-V® platform for materials safety and its impact on sensitive marine habitats.

Available
Information

Our
annual reports on Form 10-K, quarterly reports on Form 10-Q, current reports on Form 8-K, and all amendments to those reports are made
available free of charge through the Investor Relations section of the Company’s website (www.oceanpowertechnologies.com) as soon
as practicable after such material is electronically filed with, or furnished to, the SEC. Material contained on our website is not incorporated
by reference in this report. Our executive offices are located at 28 Engelhard Drive, Suite B, Monroe Township, New Jersey, 08831, and
our telephone number is (609) 730-0400. Since June 2021, our common stock has traded on the NYSE American exchange under the symbol “OPTT”,
and previously, it traded on Nasdaq under the same symbol. The public may also read and copy any materials that we file with the Securities
and Exchange Commission (“SEC”) at the SEC’s Public Reference Room at 100 F Street, NE, Washington, D.C. 20549. The
public may obtain information on the operation of the Public Reference Room by calling the SEC at 1-800-SEC-0330. The SEC also maintains
an Internet website that contains reports and other information regarding issuers that file electronically with the SEC located at http://www.sec.gov.