Quantum Cyber Invites Qualified Foundries, and Prototype-Development Partners to Apply for Its Quantum-Photonic Antenna Manufacturing Program; Responses Due September 18, 2026

Quantum Cyber is seeking partners to prototype its licensed quantum‑photonic antenna for resilient UAS communications, with applications due by September 18, 2026.

Rhea-AI Summary

Quantum Cyber (QUCY) has launched a call for qualified foundries, factories, contract manufacturers, and applied‑R&D organizations to develop the first working prototype of its exclusively licensed quantum‑photonic antenna front-end for defense and national-security UAS communications.

Applications, referencing EX-QPA-RFI-001, are due by September 18, 2026 via email to qucy@arxhq.com. Respondents must provide a structured written package covering technical fit, schedule, budgetary pricing, security/export-control posture, IP and data-rights treatment, and required information to reach a buildable prototype. The prototype scope spans feasibility, process definition, design-for-manufacture, fabrication, packaging, testing, and delivery of at least one operating unit, with a preferred timeline of six months. Quantum Cyber offers either direct paid development or a potential strategic/equity-linked framework, while stating that no equity, exclusivity, license, or partnership is promised by this inquiry.

News Explained

The September 4 call is a private-sector sourcing inquiry—not a government solicitation, contract, or award—and it authorizes recipients to incur no costs; prototype work remains subject to later technical exchanges and definitive agreements.

Market Context

QUCY rose 8.11% on September 2 after a sales-leadership appointment. That historical reference adds ...

Analysis

QUCY rose 8.11% on September 2 after a sales-leadership appointment. That historical reference adds a commercialization lens to this partner search; key watchpoints were the September 18 deadline and whether a definitive agreement followed.

Key Figures

Application deadline: September 18, 2026 Prototype development period: six months Operating units: at least 1 operating unit +4 more

7 metrics

Application deadline September 18, 2026 Quantum-photonic antenna manufacturing program

Prototype development period six months Preferred partner completion period

Operating units at least 1 operating unit Requested prototype deliverable

Defense budget request $55 billion U.S. Department of Defense FY2027 Budget Request

Production farm capacity 80 units Bridgeport 3D printing drone production farm

Executive order Executive Order 14307 American drone dominance national-security priority

License agreement date June 11, 2026 Exclusive worldwide IP License Agreement with Project LightShift

Historical Context

5 past events · Latest: Sep 02 (Positive)

Pattern 5 events

Date	Event	Sentiment	24h Move	Catalyst
Sep 02	sales appointment	Positive	+8.1%	Named a regional sales leader to support GCC and Israeli commercial expansion.
Aug 31	production milestone	Positive	+10.6%	Completed installation of all 80 units in the Bridgeport drone production farm.
Aug 25	sales appointment	Positive	+3.8%	Appointed a U.S. sales head as domestic drone manufacturing advanced.
Aug 20	short-seller lawsuit	Negative	-4.4%	Rejected threatened publications from a short-seller while highlighting manufacturing expansion.
Aug 17	family office forum	Neutral	-0.3%	Announced participation in an invitation-only defense technology investment forum.

24h Move is the share-price change in the day after each event; other market factors may also have contributed.

Pattern Detected

Recent company announcements were followed by positive moves in three of four non-neutral events; the August 17 forum item diverged with a negative move.

Key Terms

uas, export-control, design-for-manufacture, nonrecurring engineering, +1 more

5 terms

uas technical

"communications for unmanned aerial systems ("UAS") operating in contested"

UAS stands for Unmanned Aircraft System, the complete setup that lets a remotely piloted aircraft (commonly called a drone) fly safely — including the aircraft itself, the ground controller, communications links and supporting equipment. Investors watch UAS because rules, technology and demand for tasks like surveying, delivery or aerial inspection directly affect companies’ sales and regulatory costs; think of it as a vehicle plus its keys, radio and support crew that together determine whether it can operate profitably.

export-control regulatory

"under confidentiality and, where applicable, export-control review"

Export-control are government rules that restrict or require permission to ship certain products, technology, or services across national borders. They matter to investors because they can limit a company’s ability to sell goods, access markets, or work with certain partners; think of them like travel visas for products—if a business can’t get the needed clearance, revenue, supply chains and legal risk can be affected.

design-for-manufacture technical

"process definition, design-for-manufacture review, fabrication and packaging"

Design-for-manufacture is an engineering approach that shapes a product’s design so it can be made reliably, efficiently, and at lower cost; it takes into account materials, tolerances, assembly steps, testability, and supply-chain constraints. Investors care because design decisions affect production cost, output quality, manufacturing speed and scale, and therefore a company’s margins, capital needs and operational risk — imagine designing a toy so it snaps together easily on a factory line.

nonrecurring engineering financial

"separate line items for nonrecurring engineering, materials, tooling"

Nonrecurring engineering (NRE) are one-time costs for designing, developing, testing, or customizing a product or system before it goes into regular production or service. Think of it like the upfront costs to build a prototype or set up a factory line: they matter to investors because they inflate expenses in the short term but do not repeat each period, so distinguishing NRE from ongoing costs helps clarify a company’s sustainable profitability and cash needs.

quantum-dot chemistry technical

"The complete material stack, quantum-dot chemistry, wavelengths"

The design, synthesis and surface treatment of quantum dots—tiny semiconductor particles measured in billionths of a meter—that control their light and electronic properties. Quantum-dot chemistry determines color, brightness, stability and how these particles can be mixed into inks, films or devices, so it matters to investors because it affects product performance, manufacturing complexity, yields and the intellectual property behind display, lighting and sensor technologies.

AI-generated analysis. How Rhea-AI works. Not financial advice.

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Company Confirms It Is Actively Seeking Manufacturing Partners to Build the First Working Prototype of Its Exclusively Licensed Quantum-Photonic Antenna Front-End for Resilient Defense and National-Security UAS Communications

Norwalk, CT, Sept. 04, 2026 (GLOBE NEWSWIRE) -- Quantum Cyber N.V. (Nasdaq: QUCY) ("Quantum Cyber" or the "Company"), a Nasdaq-listed autonomous defense technology company assembling an AI-powered System-of-Systems platform for drone warfare, counter-UAS, and border security applications, today confirmed that it is actively seeking qualified manufacturing partners, foundries, and applied-R&D organizations — and is inviting such organizations to apply — to build the first working prototype of the Company's exclusively licensed quantum-photonic antenna front-end, a compact system intended to support resilient, frequency-agile communications for unmanned aerial systems ("UAS") operating in contested and denied environments.

The call for applications advances the quantum antenna technology previously secured under Quantum Cyber's exclusive worldwide Intellectual Property License Agreement with Project LightShift, Inc., dated June 11, 2026, for defense and national-security UAS applications. With the licensing layer executed and the Company's Bridgeport, Connecticut manufacturing complex advancing toward steady-state drone production, Quantum Cyber is opening the manufacturing side of the quantum-antenna roadmap to qualified.

Call for Applications
Quantum Cyber is inviting qualified factories, foundries, contract manufacturers, and applied-R&D organizations to submit written applications under reference EX-QPA-RFI-001. The application package provides a non-confidential concept envelope and requests a structured written response covering technical fit, work plan, schedule, budgetary pricing, security and export-control posture, workshare and country of performance, IP and data-rights treatment, and the information respondents would require to convert the concept into a buildable prototype package. Inbound interest from qualified organizations the Company has not directly contacted is welcomed.

Applications are requested no later than September 18, 2026, submitted to qucy@arxhq.com with reference EX-QPA-RFI-001 in the subject line. The Company intends, following review, to invite one or more respondents into a controlled technical exchange under confidentiality and, where applicable, export-control review, ahead of any definitive prototype-development and manufacturing agreement. This inquiry is a private-sector sourcing action and is not a U.S. Government solicitation, contract, award, or agency endorsement, and does not authorize any recipient to incur costs.

Anticipated Prototype Scope
The requested written response contemplates a prototype-development program spanning feasibility assessment, process definition, design-for-manufacture review, fabrication and packaging, test and characterization (optical, electrical, magnetic, thermal, dimensional, environmental, and communications performance, as applicable), and delivery of at least one operating unit with full documentation. The Company has indicated a preference for partners capable of completing prototype development within a six-month period. The complete material stack, quantum-dot chemistry, wavelengths, topology, tolerances, and performance targets remain proprietary and would be released only through a controlled technical package following execution of applicable agreements and any required export-control review.

Dual-Track Commercial Framework

• Option A — Direct Paid Development. A conventional budgetary cash proposal for feasibility, process definition, prototype fabrication, packaging, testing, and documentation, with separate line items for nonrecurring engineering, materials, tooling, and optional follow-on units.
• Option B — Strategic Partnership or Equity-Linked Structure. A separately negotiated structure involving in-kind development, preferred manufacturing status, strategic investment, or equity-linked consideration. Any Option B proposal must state the equivalent cash cost and would remain subject to due diligence and definitive agreements. No equity, exclusivity, license, investment, or partnership is offered or promised by this inquiry.
  

Executive Order 14307 has established American drone dominance as an explicit national-security priority, and the U.S. Department of Defense FY2027 Budget Request allocates approximately $55 billion toward drone and autonomous warfare programs — the largest single-year autonomous-warfare allocation in U.S. history. In parallel, Quantum Cyber's Bridgeport, Connecticut manufacturing complex has moved from acquisition into operation, with the Company's first mini-interceptor drone completed on-site and its 80-unit 3D printing drone production farm advancing toward commissioning. Advancing the licensed quantum-photonic antenna into prototype manufacturing at this point in the roadmap complements the airframe, propulsion, and domestic-manufacturing progress previously announced.

"Executing the Project LightShift license in June was our first public commitment that the quantum layer of our platform would be real. Today's call for applications is the second," said David Lazar, Chief Executive Officer of Quantum Cyber. "We are actively looking for manufacturing partners — factories, foundries, and applied-R&D organizations — and we are inviting them to apply. Our goal is to identify a qualified partner, deliver at least one operating unit, and demonstrate that a quantum-photonic antenna designed for resilient UAS communications can be built. The production of the Quantum Antenna is intended to allow Drones to navigate and communicate on an alternative secure Quantum communication frequency. We are trying to solve one of the biggest obstacles on the battlefield today, which is building alternative technology for secure reliable Global Positioning System (GPS) . "

About Quantum Cyber N.V.
Quantum Cyber N.V. (Nasdaq: QUCY) is a Nasdaq-listed autonomous defense technology company assembling an AI-powered System-of-Systems platform for drone warfare, counter-UAS, and border security applications, integrating autonomous UAS, counter-UAS interceptor capability, a licensed quantum photonic array technology layer, and a U.S.-based manufacturing footprint in Bridgeport, Connecticut. For more information, visit www.quantum-cyber.ai.

Forward-Looking Statements
Certain statements in this press release are "forward-looking statements" within the meaning of the Private Securities Litigation Reform Act of 1995, including statements regarding the Company's ability to identify, engage, and contract with a qualified prototype-development and manufacturing partner; the scope, cost, schedule, and results of any resulting program; the design, feasibility, and performance of the licensed quantum-photonic antenna and any prototype thereof; the Company's Bridgeport, Connecticut manufacturing operations; and the U.S. defense procurement environment. No prototype has been built or tested by the Company; referenced design specifications are internal targets that have not been independently validated and may differ materially from any device ultimately produced. This press release does not describe, and should not be interpreted as describing, any current U.S. Government contract, award, agency endorsement, or authorization to incur costs. The Company has not entered into any prototype-development or manufacturing agreement in connection with this inquiry, and there can be no assurance that it will do so. These statements are subject to risks and uncertainties, and, except as required by law, the Company undertakes no obligation to update them.

Investor Relations Contact
Arx Investor Relations
North American Equities Desk
qucy@arxhq.com

FAQ

What did Quantum Cyber (QUCY) announce about its quantum-photonic antenna program?

Quantum Cyber announced that it is actively seeking qualified manufacturing partners and applied‑R&D organizations to build the first working prototype of its exclusively licensed quantum-photonic antenna front-end for defense and national-security unmanned aerial systems (UAS) communications.

What is the application deadline for Quantum Cyber (QUCY) quantum-photonic antenna RFI EX-QPA-RFI-001?

Applications for Quantum Cyber’s quantum-photonic antenna manufacturing program, under reference EX-QPA-RFI-001, are requested no later than September 18, 2026, and must be submitted via email to qucy@arxhq.com with that reference in the subject line.

Who can apply to Quantum Cyber (QUCY) quantum-photonic antenna manufacturing program?

Quantum Cyber invites qualified factories, foundries, contract manufacturers, and applied-R&D organizations to apply. The company welcomes inbound interest from qualified organizations it has not directly contacted, provided they respond with the requested structured application package.

What work scope is contemplated for the Quantum Cyber (QUCY) quantum-photonic antenna prototype?

The requested prototype program covers feasibility assessment, process definition, design-for-manufacture review, fabrication and packaging, test and characterization across multiple performance domains, and delivery of at least one operating unit with full documentation. Quantum Cyber indicates a preference for partners able to complete this within about six months.

What commercial options is Quantum Cyber (QUCY) offering for the quantum-photonic antenna development?

Quantum Cyber outlines two options: Option A, a direct paid development proposal with budgetary cash pricing and line items for engineering, materials, tooling, and optional follow-on units; and Option B, a negotiable strategic or equity-linked structure stating an equivalent cash cost, subject to due diligence and definitive agreements.

Does Quantum Cyber (QUCY) promise equity or exclusivity in this quantum-photonic antenna inquiry?

No. The company states that this is a private-sector sourcing action and that no equity, exclusivity, license, investment, or partnership is offered or promised by this inquiry. It also specifies that the request is not a U.S. Government solicitation, contract, award, or endorsement.

How does the quantum-photonic antenna fit into Quantum Cyber (QUCY) broader UAS roadmap?

Quantum Cyber positions the antenna as a quantum layer complementing its airframe, propulsion, and domestic manufacturing progress. The company has an operating Bridgeport, Connecticut complex, has completed its first mini-interceptor drone, and is commissioning an 80-unit 3D printing drone production farm alongside advancing this quantum-antenna prototype effort.