Month: June 2026

ARCYN Defense Announces Investment Round to Accelerate Development of Next-Generation Hypersonic Kinetic Counter-UAS System

ALISO VIEJO, Calif., June 24, 2026 /PRNewswire/ — ARCYN Defense Corp. today announced the opening of its second seed financing round following the successful initial seed round earlier this year. The company is developing a kinetic energy system designed to counter unmanned aerial systems (UAS) and other airborne threats reshaping the modern battlefield.

The new round will support accelerated development, testing, and field validation of ARCYN Defense’s counter-UAS platform, Iron Rain™, which combines patent-pending kinetic innovation, configurable projectile architecture, edge-AI-enabled targeting, and a high-rate-of-fire design to deliver precise, scalable protection against emerging aerial threats.

“Recent conflicts have made clear that drones are no longer a future threat. They are a present and growing danger to military forces, critical infrastructure, and civilians,” said Retired Lieutenant General Eric Wesley, Senior Defense Advisor to ARCYN Defense. “Many existing systems were designed for a different era of warfare. ARCYN Defense is building a system intended for today’s battlefield, where speed, scale, precision, and affordability all matter.”

ARCYN Defense’s system is being designed to leverage edge AI, advanced fire-control integration, and modular kinetic effects to detect, track, prioritize, and defeat drone threats in real time. Unlike systems that rely primarily on jamming, cyber effects, directed energy, or interceptor drones, ARCYN is intended to provide a rapidly deployable, platform-integrated kinetic option for contested environments, including autonomous, EW-hardened, or high-volume drone threats.

“Much of the Counter-UAS market is still focused on solutions that can be expensive, narrow in application, or difficult to scale in contested environments,” said Dr. Aaron Poynton, CEO of ARCYN Defense. “ARCYN is building a complementary kinetic layer designed for speed, portability, precision, and affordability. Our goal is not simply to detect or disrupt drones, but to give operators a practical way to defeat them at scale.”

Given the urgency of the threat environment, ARCYN Defense has accelerated its development timeline. The company recently signed a Cooperative Research and Development Agreement (CRADA) with the U.S. Army Combat Capabilities Development Command Armaments Center (DEVCOM) and is preparing to participate in an upcoming Department of War field trial. ARCYN Defense is also engaged in active conversations with major defense systems integrators as it advances toward demonstration, validation, and broader deployment.

Dr. Fazel Farahmand, CTO of ARCYN Defense, added: “Our technical objective is to deliver a precise, adaptable, and operationally relevant kinetic defense capability for modern aerial threats. By combining our edge-AI targeting, real-time trajectory prediction, and configurable projectile architecture, we are building a modular, high-rate-of-fire, portable, hypersonic defense system designed to respond quickly, integrate across platforms, and scale with the evolving threat environment at a low cost per defeat.”

The company expects proceeds from the second seed round to support additional engineering, prototype refinement, field testing, strategic partnerships, and preparation for broader commercialization.

About ARCYN Defense
ARCYN Defense Corp. is a U.S.-based defense technology company developing next-generation air defense systems for contested environments. The company’s technologies merge kinetic innovation with AI to deliver high-precision protection against emerging threats, with a focus on counter-autonomy, battlefield resilience, scalable defense, and low-cost kinetic defeat for military and civilian infrastructure.

Forward-Looking Statements
This release contains forward-looking statements regarding ARCYN Defense (the “Company”), including statements about its business strategy, product development, capital-raising efforts, and anticipated growth. Forward-looking statements are based on management’s current expectations and are subject to risks and uncertainties including those relating to early-stage operations, defense-sector and regulatory conditions, competition, and the Company’s ability to secure financing. Actual results could differ materially. The Company undertakes no obligation to update them except as required by law.

Media Contact:

Aaron Poynton
(949) 414-9961
leadinvestor@arcyndefense.com

SOURCE ARCYN Defense

Drones Are Not the Future of War—They Are the Problem to Be Solved

Originally posted in Modern War Institute at West Point on June 23, 2026

By Lieutenant General Eric Wesley (USA, Ret)

Every generation of military strategists produces its share of prophets, men and women convinced they have finally witnessed the weapon that will end the age-old calculus of land warfare. After the trenches of the Somme, it was the machine gun. After the Russia-Ukraine War, it is the drone. Today, a chorus of defense commentators, Silicon Valley evangelists, and think tank scholars are converging on a consensus: Aerial drones will define the next century of conflict. They are wrong—or rather, they are asking the wrong question entirely.

The right question is not What can drones do? It is What can drones not do? And the answer to that question is both ancient and decisive: Drones cannot seize ground. They cannot hold it. They cannot compel a population to submit. They cannot plant a flag on a hilltop and mean it.

The Ukrainian Test Case

Consider Ukraine today. The conflict there has become the world’s most intensive laboratory for drone warfare in history. Drones hunt tanks in the open. Loitering munitions strike artillery kilometers behind the line. Commercial quadcopters drop grenades into trenches with terrifying accuracy. Both sides have deployed drones at a scale and sophistication that would have been unimaginable a decade ago. And yet, the front line only moves in increments measured in hundreds of meters per month.

Why? Because after every drone strike, after every armored column destroyed from above, someone still has to walk across that field. Someone still has to occupy the tree line, clear the basement, and stand in the rubble and say: This is ours now. The drone cannot do that. It likely never will.

The war in Ukraine has not produced a decisive outcome precisely because airpower—drone or otherwise—is a tool of attrition, not decision. It degrades. It disrupts. It delays. Indeed, it kills. But the Clausewitzian logic of war remains stubbornly intact: To compel the will of an intransigent opponent, you must ultimately confront him on the ground, in the physical space he values, and take it from him.

Drones have made maneuver more costly. They have not made it less necessary. That distinction is everything.

The Machine Gun’s Lesson

We have been here before. In August 1914, the armies of Europe marched into a world that had been quietly transformed by the machine gun and industrial artillery. Tacticians who had spent careers studying Napoleonic maneuver discovered that open-field infantry assaults against interlocking fields of fire were simply suicidal. The Western Front ground to a halt. Some observers—understandably, watching the carnage—concluded that offensive ground warfare was finished. Trench warfare, they argued, was the future.

They were wrong. The machine gun was not the future. It was the problem. And within four years, British engineers had built a lumbering, underpowered, mechanically unreliable iron box on tracks that could cross no-man’s-land and suppress a machine gun nest from close range. The tank did not eliminate the problem of the machine gun. It solved it well enough to restore what the machine gun had stolen: the ability to move, to exploit, to break through and pour into the enemy’s rear. Maneuver returned. Decisive outcomes became possible again.

The drone is analogous to the World War I machine gun. It has dramatically raised the cost of movement in the open. It has forced infantry to dig deeper, disperse further, and move only at night or under electronic concealment. It has made the tank—and indeed every surface platform—newly vulnerable in ways that demand urgent solutions. But it has not repealed the principles of war validated over centuries. It has not invented a new theory of victory. It has created a new problem for maneuver forces to solve.

What Comes Next

The answer will not come from more drones. It will come from whatever restores the ability to maneuver under drone threat—just as the tank restored maneuver under machine gun threat. That may be electronic warfare systems—and the agile management of them—that can blind and jam swarms. It may be directed-energy weapons that can cheaply defeat mass drone attacks. It may be more innovative, affordable counterdrone technologies that exploit the vulnerabilities of light aircraft. It may be autonomous ground systems that can move forward without risking human lives, drawing drone attention and depleting enemy munitions before human forces exploit the gap. It is certainly some combination we have not yet fielded at scale.

What it will not be is the drone itself. History is not kind to the school of thought that mistakes the current dominant problem for a permanent feature of warfare. The machine gun theorists were not ignorant men—they were simply extrapolating from what they saw rather than from what war requires. What war requires has not changed since Thucydides first recorded it as a fact of political life: the capacity to take and hold what your enemy values, and to do so at a cost he finds unsustainable.

Until a weapons system can do that from the sky—until a drone can knock on a door, secure a city block, and look a population in the eye—the boots will have to follow. The drone is a remarkable and lethal tool. But remarkable and lethal tools have always been the prelude to the next problem, not the solution to the last one. The visionaries who understand that will win the next war. The ones who don’t will be building drone factories while their enemy figures out how to own the ground beneath them.

Lieutenant General Eric Wesley (USA, Ret) is the former director of the Futures and Concepts Center and deputy commander of Army Futures Command. He currently serves on a number of boards for companies developing drones and counterdrone technology, advanced nuclear power, combat vehicles, and next generation artificial intelligence. He serves as a senior advisor to ARCYN Defense, a counterdrone company.

The views expressed are those of the author and do not reflect the official position of the United States Military Academy, Department of the Army, or Department of Defense

ARCYN Defense Enters Cooperative Counter-Drone R&D Agreement With U.S. Army DEVCOM Armaments Center

ALISO VIEJO, Calif. — June 4, 2026 — ARCYN Defense Corp announced today that it has entered into a Cooperative Research and Development Agreement (CRADA) with the U.S. Army’s premier armaments research and development center, U.S. Army Combat Capabilities Development Command Armaments Center (DEVCOM).

The CRADA establishes a formal framework for ARCYN Defense and DEVCOM Armaments Center to exchange technical information, evaluate emerging capabilities, and assess potential approaches for developing, integrating, testing, and maturing technologies relevant to counter-unmanned aerial systems.

ARCYN Defense is developing next-generation counter-drone technologies to help detect, track, and defeat aerial threats with greater speed, precision, and affordability. That mission has become increasingly urgent as drones rapidly change the character of conflict, moving beyond surveillance to systems used for targeting and attack against U.S. forces and critical assets.

“Drone warfare has become one of the defining challenges of the modern battlefield,” said Aaron Poynton, Chief Executive Officer of ARCYN Defense. “This agreement gives ARCYN a structured pathway to work with Army armaments experts, evaluate our technology against real operational needs, and continue advancing practical, affordable counter-drone defense capabilities.”

The initial work is expected to include technical exchange, capability assessments, periodic reviews, integration planning, and the development of a maturation roadmap for ARCYN’s Iron Rain technologies that may align with U.S. Government requirements. As part of the effort, ARCYN will provide technical data and documentation related to its Iron Rain kinetic effector hardware and AI software systems.

“Counter-drone defense requires more than a single technology breakthrough,” said Dr. Fazel Farahmand, Chief Technology Officer of ARCYN Defense. “It requires a system that can be rapidly assessed, refined, integrated, and scaled for real-world operational environments. This collaboration will help us evaluate Iron Rain through a disciplined technical process and continue maturing the system against the types of threats forces are seeing today.”

The DEVCOM Armaments Center, headquartered at Picatinny Arsenal, is the U.S. Army’s principal organization for armaments research, development, engineering, and lifecycle support. Its mission includes developing new armaments capabilities, improving fielded systems, maintaining a strong technology base, and providing technical support to soldiers in the field.

The CRADA supports research and development activities and does not represent a procurement decision, production commitment, contract award, or endorsement by the U.S. Army or DEVCOM Armaments Center.

About ARCYN Defense
ARCYN Defense develops next-generation air and counter-threat defense systems that combine edge AI, advanced sensing, and kinetic technologies to deliver precision, resilience, and affordability at scale in modern operational environments. More at www.arcyndefense.com

Media Contact:
press@arcyndefense.com