OTC: CTGL

The
core of the Company’s technology is a proprietary modular architectural approach based on the separation between intelligent core
systems and the drone’s airframe, power systems, sensors, communications, and payload components.

This
approach enables the use of a standardized core unit, the Smart Core Unit™, which integrates with a wide range of airframes, propulsion
systems, sensors, and payloads, thereby enabling high flexibility, shortened development cycles, and efficient scalability across multiple
platforms and use cases.

The
Company develops advanced drone technologies and platforms, led by its flagship platform, the SkyTech Replicator™ Modular Drone
Platform. This platform is based on flexible modular architecture, enabling the creation of a wide range of configurations, models, and
mission profiles within a unified system, with rapid adaptation to evolving operational requirements. This platform redefines how small
drone systems are designed, produced, and deployed; instead of building separate systems for each mission, the Company focuses on a platform-based
architecture that enables maximum versatility.

The
Company’s solutions are designed as Dual-Use modular systems, based on a unified technological infrastructure that enables adaptation
to a wide range of applications, while maintaining high standards of reliability, security, and regulatory compliance. The Company’s
strategy is built around a Western-aligned, secure, and regulation-compliant supply chain, with full alignment to NDAA requirements,
in order to support the production of modular, reliable, and scalable drone systems that are independent of restricted or foreign-controlled
components.

Strategic
Focus - Small Drones and Large-Scale Production

The
Company is focused on the development and manufacturing of modular small drones, aligned with the new operational reality in the defense
market, characterized by a shift toward large-scale deployment of unmanned systems, at relatively low cost, and with the ability for
rapid and wide deployment.

This
trend reflects a fundamental shift in procurement and warfare doctrines, particularly in the United States, where there is increasing
and immediate demand for modular small drone systems that can be deployed in massive quantities, ranging from hundreds of thousands to
millions of units per year, as an alternative or complement to expensive and limited systems.

Accordingly,
the Company is developing modular platforms designed to support:

●Mass
production at industrial scale

●Reduction
of unit costs

●Large-scale
deployment of drone systems

●Rapid
reconfiguration and adaptation to evolving operational requirements

Addressing
Market Challenges in Supplying Small Drone Systems

Small
drones have become essential assets in modern and future battlefields. Recent conflicts, including the war in Ukraine and Israel, have demonstrated a rapid and substantial increase in demand for small tactical drone
systems.

The
United States has formally recognized small drone systems as a strategic priority. The U.S. Department of Defense has emphasized the
need for scalable deployment of small tactical drones, with public statements indicating a requirement to acquire at least one million
drones by 2026-2028 with the potential to scale from hundreds of thousands to several million drones annually thereafter highlighting
the accelerating demand for unmanned aerial systems across defense sectors, driven by evolving battlefield needs and large-scale modernization
efforts1.

At
the same time, regulatory developments are significantly reshaping the market. U.S. federal directives, including the National Defense
Authorization Act (NDAA), restrict or prohibit the use of drone systems and components originating from non-approved countries, particularly
China. These restrictions include widely used commercial platforms, such as DJI, as well as critical components across the drone supply
chain.

As
a result, a structural gap has emerged between demand and supply:

●
Demand is increasing rapidly,
both in volume and operational diversity

●
Supply is constrained by
regulatory requirements and limited Western manufacturing capacity

●
Existing Western
solutions are often not optimized for high-volume production or cost efficiency

1 Reuters,
Exclusive: US Army to buy 1 million drones, in major acquisition ramp-up, By Phil Stewart and Idrees Ali November 7, 2025

3

In
this environment, small drones are no longer single-purpose systems, but multi-mission tools used across intelligence, surveillance and
reconnaissance (ISR), tactical operations, one-way (loitering) missions, logistics, and real-time battlefield support.

This
combination of operational demand, regulatory constraints, and supply limitations is creating a clear and immediate need for trusted,
NDAA-compliant, and scalable drone solutions, supported by secure Western supply chains and industrial-scale production capabilities.

The Company’s
proprietary modular technology is designed to meet the rapidly growing demand in the U.S. and global markets for trusted, secure, and
NDAA-compliant drone systems, aligning the Company with the expansion of U.S. and allied industrial capacity.

The Company’s
vision is to establish and lead the next generation of modular small drone solutions and building large-scale industrial manufacturing
capabilities that will support the growing demand for the small drones and unmanned systems.

About SkyTech Replicator™ Drone Platforms

The
Company has developed SkyTech Replicator™, modular drone platforms based on Western components and fully aligned with NDAA requirements,
designed to support a wide range of missions alongside scalable and efficient production of small drone systems.

SkyTech
Replicator™ is built around a unified drone platform architecture that enables multiple drone configurations, payloads, sizes,
and mission profiles within a consistent system. This approach supports the development of a full family of drone systems while maintaining
standardization across core components, manufacturing processes, and operational deployment.

At
the center of the platform architecture is the SkyTech Replicator™ Core, a compact control and electronics unit that serves as
the operational “brain” of the drone.

Modular
Architecture and Operational Flexibility

The
Core Unit: “The System’s Brain”

The
Core Unit serves as the control system and electronics hub that unifies the entire system power management, communications, and video
transmission within a single, unified unit.

The
unit is designed as a scalable platform that allows for the connection of various components and add-ons based on mission requirements.

Modularity
and “The Brain’s” Connectivity

The
platform modularity enables to create different product families allowing for the quick production of numerous drone types for various
missions and applications based on the same “Brain” unit.

The
Core is designed to connect seamlessly with a wide range of drone configurations, supporting:

●Modular
arm system that include:

○Arms
and Frames: The Core connects to various arm configurations and airframe geometries (Smart-Arm™
series).

○Arms
include motors and propellers of various types and sizes, optimized for either high speed
or heavy-lift payloads.

●Energy
Systems: Supports batteries of different sizes and capacities tailored to the mission’s
current and endurance requirements.

●Tactical
Payloads: Various cameras, pilot views for explosives, fiber-optic connections, and other
tactical end-point devices.

Manufacturing
Capabilities and Compliance (Industrial Scale) - The SkyTech Replicator™ Drone Platforms is built for true
industrial scale while ensuring supply chain resilience and the use of Western components.

4

This
architecture enables the Company to design, produce, and deploy multiple drone systems within a unified platform.

The
SkyTech Replicator™ Drone Platforms support a wide range of missions, including:

●
Intelligence, surveillance and reconnaissance (ISR),
day and night

●
Tactical and operational missions

●
One-way (loitering / attack) drone configurations

●
Logistics and real-time operational support

SkyTech
Replicator™ Kit Offering Multi-Mission Capability for the Soldier in the Field

The
SkyTech Replicator™ Kit offers soldiers a complete multi-mission kit in a compact bag that contains a core Unit, light arms, heavy
arms, different batteries, and payload housings. This is a Click & Fly concept where in the battlefield the soldier can swap arms
and payloads in seconds with no tools needed and get four drones for different missions, from ISR drones to loitering munition drones.

The
SkyTech Replicator™ platform combines modular architecture, a unified core system, and manufacturing-oriented design to enable
the development and production of multiple drone configurations within a single framework.

This
approach supports:

●
A wide range of mission profiles

●
High operational flexibility

●
Efficient large-scale production

●
Full alignment with Western regulatory standards

This
positions SkyTech Replicator™ as a foundation for scalable and adaptable drone systems across defense and dual-use markets
providing a very much needed solution for a real problem of industrial scalability in the field of drones and specifically small
tactical drones.

5

Intellectual Property Strategy & Technological
Foundation

The Company’s intellectual
property portfolio consists of patent applications and other proprietary rights intended to protect key aspects of its modular, cross-domain
unmanned systems technology.

The Company’s patent filings
are directed generally to system architecture, modular mobility components, and unified electronic interfaces enabling interoperability
across multiple operational domains.

The Company relies on a combination
of patent protection, trade secrets, know-how, and contractual restrictions to establish and protect its proprietary rights. The following
summarizes certain of the Company’s material patent applications.

The descriptions below are qualified
in their entirety by reference to the full applications as filed. Specific claims, technical specifications, and implementation details
have been omitted for confidentiality purposes.

The Company has filed multiple patent applications
covering its Multi-Domain Robotics Framework and modular systems built around the SkyTech Replicator platform under inventor Ora Elharar
Soffer.

These filings support the development of modular systems across air, land,
and sea domains, and establish the foundation for the next generation of modular, scalable, and defense-grade drone platforms.

Provisional Patent Application No. 63/873,673

This provisional application relates
to the Company’s cross-domain modular unmanned platform. The application generally covers scalable system architecture, modular
integration frameworks, and unified control and communication structures enabling reconfiguration of the platform for multiple operational
environments.

Provisional Patent Application No. 63/918,560

This application is directed to
modular mobility assemblies for unmanned platforms, including interchangeable arm or extension units configured for use in aerial, ground,
surface, and robotic systems.

Provisional Patent Application No. 63/918,569

This application relates to a unified
interface system for unmanned platforms, including a standardized connection architecture for power, data, and control signals across
system components.

Patent Application No. IL 323592

This patent application is directed
to a modular unmanned systems platform capable of operation across aerial, ground, surface, and robotic domains.

The application generally relates
to a system architecture comprising a central structural framework, a universal control unit, and standardized mechanical and electrical
interfaces designed to support the integration and interchangeability of system components.

Additional Considerations

The Company intends to pursue additional
patent filings, including international applications, as part of its ongoing intellectual property strategy. The Company also maintains
certain aspects of its technology as trade secrets.

6

SkyTech
Replicator Platform Designed for Manufacturing

SkyTech
Replicator™ platform is designed from an industrial perspective, with a focus on efficient production of multiple drone configurations
within a single system.

Using
the same advanced SkyTech Replicator™ Core for multiple drone configuration enables the Company’s Replication Manufacturing
method.

Replication
Manufacturing Method™ for Scalable Manufacturing and Global Industrial Infrastructure

In
response to the growing demand to produce millions of small drones, SkyTech has developed a unique manufacturing method: the Replication
Manufacturing Method™, an industrial approach that enables rapid replication of production lines and integration centers worldwide,
while maintaining uniform quality, standardization, and operational control.

The
method is based on:

●
Standardized, repeatable production cells

●
Advanced manufacturing technologies, including 3D printing

●
Efficient assembly processes

●
Parallel production of modules

●
Reduced complexity in the production of multiple drone
models

●
Distributed global manufacturing
infrastructure, combined with leading assembly partners in each target market, as well as collaboration with leading component suppliers
across the drone ecosystem

This
approach supports high-volume production while maintaining consistency in quality, performance, and regulatory compliance.

All
system components are compliant with NDAA requirements and Western standards, enabling secure deployment across U.S., Israeli, and allied
markets.

Each
production cell is designed for deployment and replication, enabling:

●
Rapid scale-up of production

●
Consistent product quality

●
Regulatory compliance and control

●
Secured and resilient supply chains

Production
Plan and Growth Targets

The
Company is building a platform that enables the development, production, and deployment of small drones at a high level across both defense
and civilian markets while addressing the evolving needs of the market.

As
part of the Replication Manufacturing Method™ and a hybrid manufacturing model, SkyTech has established a strategic framework
engineered to support a scalable production capacity exceeding 100,000 drones over the coming years. This large-scale potential is driven
by the integration of a diverse portfolio of small drone models and versatile platforms, tailored to capture opportunities across both
military and advanced civilian sectors.

This
comprehensive growth target is achieved through a multi-faceted approach that combines:

Advanced
modular manufacturing: Enabling rapid customization across various drone configurations.

Distributed
production processes: Utilizing a decentralized network to maximize output efficiency and mitigate bottlenecks.

Integration
of multiple manufacturing technologies: Leveraging diverse tech stacks to ensure production stability and speed based on operational
needs.

This
integrated approach enables perfect alignment between design flexibility and mass-production requirements.

By
establishing this infrastructure through a combination of in-house resources and strategic collaborations with certified external contractors,
SkyTech ensures it is positioned to meet immediate demand from the Israeli defense sector, international allied markets, and the U.S.
military, with the inherent ability to scale output well beyond current targets in direct response to confirmed orders and market growth.

7

SkyTech
Center Israel - The National and Industrial Flagship for Unmanned Systems, Drones and Defense Solutions

SkyTech
is establishing the SkyTech Center Israel™, a government-backed national project.

The
Company’s Israeli subsidiary, SkyTech Orion Ltd was selected by the Government of Israel to lead a flagship national project in
the military UAV and drone sector. SkyTech was chosen from among numerous applicants competing for inclusion in this strategic program,
following a comprehensive government selection process located on land owned by the company’s Israeli subsidiary, covering 11,687
square meters (approximately 125,000 sq. ft.) in the city of Yerucham, positioned as Israel’s Drone City.

As
part of this designation, SkyTech Orion Ltd. was awarded a development grant of NIS 12.5 million (approximately $3.4 million) by the
Israeli Ministry of Economy, one of the largest grants provided under the set of the Israeli government’s national defense and
innovation initiatives.

In
addition to the grant, SkyTech was approved for a range of complementary benefits, including corporate tax incentives, employment and
training support, import/export facilitation, and regulatory guidance designed to accelerate the establishment and expansion of the SkyTech
Center.

SkyTech
Center Israel – Building Demonstration (Architect: Avner Sher)

All rights reserved to the Company. The final design, specifications, and construction are subject to change and are not binding.

8

The
SkyTech Center will be designed to provide full-cycle infrastructure for secure, Israeli-based manufacturing of defense-grade UMS and
drone solutions, supporting both domestic and international markets. The Center integrates advanced production, research, testing, and
business development capabilities within one national hub, ensuring compliance with Israeli and allied defense standards.

Key
components of the SkyTech Center include:

●
Assembly
& Production – Advanced UAV and drone manufacturing and assembly lines, including 3D-printing capabilities.

●
Research
& Development – Hardware, software, and AI development and customization.

●
Laboratories
& QA Testing – Facilities for validation, quality assurance, and compliance testing.

●
Regulatory
Compliance – Full alignment with MOD, NDAA, ITAR, and EU defense/export regulations.

●
Flight
Testing & Rental Services – Integration with Israel’s national drone test site and controlled environments for
UAV flight testing and evaluation.

●
Equipment
& Logistics Services – Rental and logistical support for defense applications.

●
Training
Department – Simulator-based environments for training, skill development, and testing.

●
Business
Development & Innovation Hub – Support for startups and defense-tech companies, providing workspace, technical infrastructure,
and access to strategic partnerships.

The
SkyTech Center is planned to serve as Israel’s national hub for innovation and a strategic assembly and production hub in Israel,
dedicated to the defense sector, with a focus on UAVs, drones, AI-powered platforms, Western-grade critical components, and advanced
defense solutions tailored to military applications in the field of UAV and drone solutions.

The
Company views this transition as a pivotal strategic move that enables it to operate in one of the most impactful and rapidly expanding
sectors in Israel and globally particularly in the defense arena.

In
the long term, SkyTech’s vision is that, as part of the infrastructure being developed within the SkyTech Center, the company will
have the capability to produce hundreds of thousands of drones annually. These drones are based on certified, military-grade components
designed to meet the highest defense standards.

This
anticipated capacity is driven by the rapidly growing global demand for defense-ready drone systems, as drones are increasingly recognized
as the future of tactical weaponry on the modern battlefield. It reflects SkyTech’s strategic vision and production roadmap to
build scalable, secure, and regulation-compliant capabilities that address the evolving needs of allied defense markets worldwide.

National
Prioritization and Yerucham as a Strategic Location

SkyTech
is building its UMS & Drone innovation and production center on company-owned land in the city of Yerucham, a region officially designated
by the Israeli government as a strategic national priority zone for the development of UAV and drone technologies. Yerucham is emerging
as a national hub for unmanned systems innovation, development, and defense solutions.

This
designation provides operating companies with extensive government-backed benefits, including:

●
Capital
investment grants

●
Tax
incentives and employment support programs

●
Streamlined
infrastructure and permitting processes

●
Access
to government procurement channels and joint development programs

Geographic
and operational advantages of Yerucham include low population density, open airspace, and proximity to military zones, making it ideal
for real-time testing, production, and training for UAV solutions.

The
company’s strong presence in Israel alongside its deep ties with leading academic institutions, researchers, and technology partners
enables access to cutting-edge innovations, engineering talent, and dual-use technologies essential for defense and aerospace applications.

9

The
Company chose to anchor its UAV and drone operations in Israel for the following strategic reasons:

●
The Company’s headquarters, executive leadership, and strategic partners are based in Israel, with
longstanding operational experience and an extensive network of collaborations with universities, labs, startups, and defense-related
entities.

●
Israel recognizes the UAV and drone sector as a critical national priority, particularly considering the ongoing war and changing security
threats. The government has identified the need for locally developed and manufactured unmanned systems as a strategic imperative —
ensuring operational independence, rapid deployment, and reduced reliance on foreign supply chains.

●
As part of this national strategy, there is an increasing emphasis on using Western-approved components to ensure compatibility with
allied defense standards, support international cooperation, and eliminate dependency on non-compliant or restricted-origin technologies.

●
Israel has an advanced regulatory and operational environment, supporting the rapid development, testing,
and deployment of unmanned systems, especially those intended for defense and dual-use purposes.

●
The Israeli government actively supports industrial and defense innovation, including grants for equipment,
tax benefits, employment incentives, and dedicated support programs for priority regions such as Yeruham, where the Company is establishing
its innovation and production center.

●
In alignment with this vision, the company owns government-backed industrial land in Yeruham, southern Israel, on which it is building
a dedicated Operational Innovation Center for UAV and drone development, assembly, testing, and

Collaboration
with the Israeli Defense Forces (IDF)

SkyTech
believes that close collaboration with Israel’s defense system provides a significant advantage in aligning product development
with real-world operational needs, accelerating time-to-field, and ensuring that its platforms meet the highest military and regulatory
standards.

This
relationship supports SkyTech’s commitment to advancing Israeli technological independence, strengthening national production capabilities,
and developing certified, mission-ready drone solutions designed to serve both local defense requirements and global allied forces.

This
initiative is part of SkyTech’s broader strategy to foster a collaborative defense innovation ecosystem, support the scaling of
partner companies, and position SkyTech as a key facilitator of growth and advancement in the UAV and defense technology sectors both
locally and globally.

As
part of this strategic redirection, we are aligning our U.S. corporate platform with SkyTech’s Israeli operations to create a seamless
U.S.–Israel bridge for dual-national activity in the field of unmanned aerial systems (UAS), drones, and related defense technologies.

10

Company’s
Dual-Nation Presence and Competitive Advantage

SkyTech
Orion operates through a dual-nation structure, combining a U.S. parent company with Israeli subsidiaries, CTGL Citrine Global Israel
Ltd. and SkyTech Orion Ltd.

By
integrating innovation, industrial capacity, and defense-grade production standards with Israeli technological excellence, agility,
and field-proven innovation, SkyTech Orion’s dual-nation presence enables the delivery of scalable, modular unmanned systems for
Israel, the United States, NATO, and allied markets worldwide.

This U.S.–Israel framework creates full synergy across innovation,
development, manufacturing, standardization, regulation, and commercialization, forming a unified transatlantic defense-technology platform.

The
Strategic advantages include:

●Access
to leading U.S. and Israeli innovation ecosystems in the unmanned systems and drone industry

●Access
to U.S. defense procurement channels (DoD, FMS, G2G)

●Eligibility
for government innovation and funding programs in both Israel and the United States

●Integration
into development, testing, and training programs of defense entities

●A
secure, traceable supply chain built on Western-standard and NDAA-compliant components

Market
Opportunity

UAVs
& Drones Market Potential

The
global UAV and drone market continues to exhibit strong growth. Market value stood at USD 44.54 billion in 2025 and predicted to increase
from USD 52.65 billion in 2026 to approximately USD 209.91 billion by 2035, representing a CAGR of 16.77% from 2026 to 20352.

The
small drone market size was valued at USD 27.34 billion in 2025 and is projected to grow from USD 34.89 billion in 2026 to USD 168.30
billion by 2034, exhibiting a CAGR of 21.70% during the forecast period. North America dominated the small drone market with a share
of 31.44% in 20253 .

Military
and security applications represent the largest segment (45–50% of the market), followed by civilian and commercial uses in industry,
agriculture, logistics, photography, media, mapping, and research.

The
war in Ukraine has dramatically accelerated the evolution of tactical small drones and loitering munitions into essential tools of modern
warfare. Ukrainian forces have demonstrated the battlefield dominance of mass-produced tactical drones, capable of neutralizing enemy
assets worth hundreds or thousands of times more than the cost of each drone. These affordable, scalable systems have become front-line
force multipliers, reshaping the nature of asymmetric warfare.

In
Ukraine, drones are responsible for 60–70% of battlefield damage and most casualties4. The Ukrainian industry is
now producing hundreds of thousands of tactical drones annually, with current demand already surpassing one million units per year -
underscoring the scale at which modern conflicts require drone-based combat capabilities.

The U.S.
Army is undertaking an unprecedented expansion of its drone procurement program. The US Army plans to acquire at least one million drones
by 2026-2028 with the potential to scale from hundreds of thousands to several million drones annually thereafter highlighting the accelerating
demand for unmanned aerial systems across defense sectors, driven by evolving battlefield needs and large-scale modernization efforts5.

Competition

The
Company operates in the highly competitive and rapidly evolving global Unmanned Systems Market, and specifically the small Unmanned
Aerial Systems (sUAS) market, with direct competition from large, established defense contractors as well as emerging drone technology
companies developing autonomous, mission-specific, or multi-domain unmanned platforms.

The
global small Unmanned Aerial Systems (sUAS) market is currently at a critical turning point. While the demand for tactical drones
has exploded, the market remains polarized between two inadequate extremes, creating a significant “Strategic Gap”:

Chinese
Dominance and Regulatory Restrictions: Chinese manufacturers, led by entities like DJI, currently dominate the global commercial
drone market and components’ supply chain. However, these platforms are increasingly restricted or banned in Western defense and
federal applications (e.g., U.S. NDAA compliance) due to cybersecurity vulnerabilities and geopolitical risks.

Improvised
Solutions: In active conflict zones like the Ukraine, immediate wartime needs have led to the mass use of improvised FPV racing drones.
While cost-effective, these systems lack the standardization, reliability, and security protocols required by professional military industries.

2
Unmanned Aerial Vehicle (UAV) Drones Market Size and Forecast 2026 to 2035, Precedence Research, Jan 2026

3
Small Drone Market Size, Share & Industry Analysis, Fortune Business Insights, March 2026

4
The New York Times, A Thousand Snipers in the Sky, By Marc Santora, Lara Jakes, Andrew E. Kramer, Marco Hernandez and Liubov Sholudko
March 3, 2025

5 Reuters,
Exclusive: US Army to buy 1 million drones, in major acquisition ramp-up, By Phil Stewart and Idrees Ali November 7, 2025

11

Traditional
Defense Systems: Established defense contractors provide advanced UASs, but these systems are often prohibitively expensive, costing
tens of thousands of dollars per unit) Their high cost and complex, low-volume manufacturing cycles make them unsuitable for mass, attainable
deployment in modern high-intensity conflicts.

In the
small Unmanned Aerial Systems (sUAS) market competition is driven by technological capabilities, system reliability, cost efficiency,
manufacturing scalability, regulatory compliance, and the ability to meet diverse operational requirements for defense, homeland security,
and commercial customers.

While
the market continues to expand due to increased adoption of unmanned aerial, ground, and maritime systems, competitive pressures remain
significant as many companies seek to introduce advanced architectures, interoperable mission packages, and next-generation autonomous
capabilities.

The Company’s
competitive differentiation is rooted in its modular platform design, unified electronic interfaces, and the replication manufacturing
method that enable rapid adaptation and scalability, short time to market, reduced life-cycle costs, and efficient, consistent production
across multiple operational domains using latest technologies, including additive 3D printing.

SkyTech’s
business strategy, combining U.S. & Israeli R&D and manufacturing offers an agile, secure, and scalable platform designed to meet
the evolving needs of modern defense forces. This integrated approach positions the Company as a credible and trusted emerging supplier
in both domestic and international UAV, drone and defense technology markets.

Regulatory Environment –in the Defense UAV
Sector

Regulatory Compliance of Products

The Company is currently advancing
the regulatory and certification processes required to enter these markets and will continue to disclose its progress in regulatory compliance
and operational readiness in future reports, in accordance with applicable disclosure rules.

Regulatory
Compliance for SkyTech Center Israel

We
acquired approximately 125,000 sq. ft. (11,687 sqm) of industrial land in the south of Israel, designated for the development of the
Cannovation Israel Center. The planned 65,000 sq. ft. (~5,800 sqm) facility will include advanced manufacturing spaces, logistics and
distribution areas, import/export infrastructure, office space, a training and conference center, and a visitor complex for international
partners.

The
development of the center is subject to a range of regulatory approvals and compliance processes, including but not limited to:

●
Industrial zoning and building permits from the local planning and building committee.

●
Environmental permits as required by the Israeli Ministry of Environmental Protection.

●
Fire and safety compliance, including authorization from the National Fire and Rescue Authority.

●
Occupational health and safety approvals.

●
Import/export licensing from the Ministry of Economy and relevant customs authorities.

●
Security and defense-related certifications, where applicable, especially if the site will support activities related to UAV or defense
technologies.

The
construction will be carried out by a professional real estate project management firm, and the Company is currently in the process of
retaining regulatory consultants and engineering professionals with experience in industrial and defense-compliant infrastructure to
oversee the permitting and compliance process.

We
expect to complete the permitting phase in accordance with Israeli law and submit the final detailed engineering and construction plans
for approval in line with the project timeline. The Company will continue to report on progress and compliance as part of its disclosure
obligations.

Properties

●
SkyTech Orion Ltd.

The
Company holds this entity through its wholly owned Israeli subsidiary, CTGL Citrine Global Israel Ltd. As of December 31, 2025, the company
increased its ownership stake to 69.5%.

●
Land
Asset in Yerucham, Israel - In February 2022, the Company’s Israeli subsidiary,
Skytech Orion Ltd. (then Cannovation Center Israel Ltd.) acquired approximately 11,687 square
meters (approximately 125,000 sq. ft.) of industrial land located in Yerucham, southern Israel.
The acquisition was made under a Development Agreement with the Israel Lands Authority (ILA)
as part of a government-backed industrial initiative. Under the agreement, the Company is
required to complete the development of the site within four (4) years, with possible extensions
subject to ILA approval. Upon completion, the Company will be granted a 49-year long-term
lease, renewable under standard terms, which is considered equivalent to ownership rights
under Israeli public land law. On September 25, 2025, ILA approved to extend the
agreement for another year.

The property has been designated for the development of operational
innovation center, as part of its broader platform of Operational Innovation Centers intended
to support growth, enhance scalability, and provide a foundation for future business activities.
Following a grant received from the Ministry of Economy, the Company is currently advancing
the development of the SkyTech Innovation Center in Yerucham. The site allows for additional
development for other operational or industrial activities, which the Company is currently
evaluating. It should also be noted that the land is subject to certain ownership and eligibility
restrictions under Israeli law, including requirements related to Israeli citizenship or
approved entities that are required to hold control over the land.

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The site allows for approximately 9,600
square meters (approximately 103,000 sq. ft.) of industrial development. The Company is currently evaluating whether to utilize the full
development capacity or to allocate approximately 5,000 square meters (approximately 54,000 sq. ft.) specifically for the SkyTech Innovation
Center. (we prepared a development plan that integrates both activities, combining the SkyTech Innovation Center with additional industrial
uses.)

As the property is located within a nationally
prioritized industrial zone in Yerucham, the Company believes it is well-positioned to obtain the required approvals. The Israeli government
has already approved our drone innovation center plan on the same land with a footprint of approximately 5,000 square meters.

On January 12, 2025, Cannovation Center
Israel Ltd. (subsequently renamed SkyTech Orion Ltd.), the Israeli subsidiary received official notification from the Israeli Ministry
of Economy and Industry that it had been awarded a government grant in the amount of NIS 12.5 million (approximately USD 4 million). The
grant, in the amount of NIS 12.5 million (approximately USD 4 million), is structured as reimbursements of approximately 37.5% of the
Company’s eligible expenses, including construction, equipment, services, and other costs submitted in connection with the establishment
of the SkyTech Innovation and Production Center. The grant was awarded as part of a national strategic program supporting the defense
sector. The funds are designated for the establishment of the SkyTech Innovation and Production Center in the city of Yerucham, Israel,
on land that had previously been allocated to the subsidiary by the State of Israel as part of a prior grant for the construction of an
Operational Innovation Center. This new grant is in addition to the prior allocation and supports the construction of approximately 5,000
square meters of facilities on the 11.7-dunam (about 2.89 acres) plot. The Center will include assembly lines, R&D laboratories, testing
facilities, and an advanced production system focused on developing and manufacturing defense-grade UAV and drone solutions.

The address of SkyTech Orion Ltd is 5 Rashi
St. Yerucham, Israel 8050743

SkyTech Orion Global Corp – . Our
US offices are located #3 Bethesda Metro Center #700, Bethesda, Md 20814.

Our website address is www.skytech-global.com.

Employees/Consultants

We
currently engage 18 consultants, including our officers, on a part- time basis, working in various fields of management, research
and development, product management, marketing and regulatory advice. Most of our activities are done with external consultants and
professional companies that provide us the required services.

Legal
Proceedings

As
of the date of this filing, the Company is not aware of any legal proceedings involving the company and/or its subsidiaries.

Our
Corporate History

We
were incorporated under the laws of the State of Delaware on May 26, 2010 under the name “TechCare Corp.”.

On
January 6, 2020, our predecessor company, TechCare Corp., a Delaware corporation (“TechCare”), and Citrine S A L Investment
& Holdings Ltd., an Israeli corporation and a major shareholder of our company (“Citrine S A L”), and a group of related
persons and entities (the “Citrine S A L Group”) entered into a Common Stock Purchase Agreement (the “Citrine S A L
Group Agreement”), which was later amended and restated on February 23, 2020 (the “AR Citrine S A L Group Agreement”).
Pursuant to the AR Citrine Agreement, TechCare agreed to sell Citrine S A L Group and its group of business partners, up to an aggregate
of 893,699,276 shares of TechCare’s common stock, representing approximately 95% of TechCare’s fully diluted capital, in
two tranches, with the initial tranche of up to 452,063,196 shares of the TechCare’s common stock to be sold conditioned upon (i)
the resignation of the then members of its board of directors, (ii) the appointment of the current members of the Board, and (iii) the
transfer of the TechCare’s signatory rights to all Company bank accounts in the name of Citrine S A L Group’s nominee. In
addition, the AR Citrine S A L Group Agreement provides for the second tranche of up to the remaining number of shares of common stock
that will result in Citrine S A L Group, owning 95% of the TechCare’s fully diluted capital stock, to be sold conditioned upon
the filing of the Company’s previously approved amendment to its First Amended and Restated Certificate of Incorporation to increase
the Company’s authorized capital. Shares of the Company were issued and sold in accordance with this amended agreement to Citrine
S A L Group on February 27, 2020, March 5, 2020, and, after the Company amended its Certificate of Incorporation to increase its authorized
share capital, on November 11, 2020.

On October 17th, 2025
2025, Citrine Global Corp. changed its name to SkyTech Orion Global Corp. in Delaware, reflecting its strategic focus on UAV and drone
solutions.

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