Little-Known Defense Contractor’s Autonomous, AI–Powered Drone Tech is Quietly Transforming Modern Warfare

This breakthrough technology — already proven effective on the battlefield — makes America even more dangerous to its enemies.

And it puts the company at the forefront of a $98.2 billion military shift

Swarms of small, football-sized drones are unleashed to…

•​Intercept and destroy balloons carrying deadly explosives while they’re still far from their targets…

•​Breach and even clear buildings, potentially sparing the lives of the troops who enter behind them…

•​Surveil and map underground caves and tunnels where enemy combatants are hiding…

•​Stand guard over bases, barracks, factories, ships, and more — sounding the alarm when a threat draws close.

Even more astonishing: each swarm operates autonomously and in synch, under the guidance of a single human operator.

This isn’t some sci-fi future. All this has already happened on battlefields around the world, including Afghanistan, Ukraine, and the Middle East.

In fact, these autonomous drones are already transforming modern warfare, enhancing security, and keeping us all safer…

…even as they make the U.S. far more dangerous to her enemies.

And it’s all thanks to patented technology developed by a little-known defense contractor that has repeatedly pioneered new drone tech since it was founded in 2019.

Drone Operators Are Now Doing the Impossible

The company’s breakthrough operating system — called XOS — allows a drone operator to simply give the drone a task… and then the drone’s AI figures out how to get it done.

For example, flying through a small window, down a dark hallway, or up a narrow city street are tasks even the most skilled operator finds near impossible.

However, with this new tech, the operator merely has to tell the drone or swarm of drones what to do… by highlighting the window, hallway or street… and the drones’ AI makes it happen.

Lockheed Martin is Already On-Board

This likely explains why Lockheed Martin’s Skunk Works division — the company’s tactical research and development arm — has chosen the company’s operating system for use in its own robotics.

And it explains why the company has already landed approximately $90 million in defense, law enforcement, and security contracts.

Its customers include the U.S. Department of War, Homeland Security, and NATO.

Better yet, the company reports approximately $71 million in back-ordered contracts —agreements already scheduled for delivery.

And on top of that, it has a qualified sales pipeline approaching $500 million.

The Genius Company Behind This Extraordinary Breakthrough

The company behind this astonishing technology is called XTEND Reality. And right now it’s a private company in the midst of a merger with a Nasdaq company called JFB Construction (JFB).

Once the merger is complete, the combined company will be known as XTEND AI Robotics.

The merger’s completion could be a powerful catalyst for investors to be aware of.

Now, let’s dig a little deeper into this opportunity…

Autonomous Drones are Changing the Game

A quiet but powerful shift is underway in modern warfare.

For decades, military power was measured in hardware.

More aircraft.
More tanks.
More ships.

Victory often depended on which side possessed the most equipment.

But the rapid rise of autonomous systems is beginning to change that equation.

Because when hundreds — or even thousands — of unmanned systems operate simultaneously, the limiting factor is no longer the weapon itself.

It is coordination. And coordination increasingly depends on software.

For example, the software XTEND Reality is now deploying in its high tech drones.

The Operating System Behind Autonomous Warfare

As I mentioned, the company has developed an operating system known as XOS.

It allows a single human operator to control multiple drones and autonomous platforms simultaneously.

For anyone familiar with modern technology, the concept is straightforward.

Operating systems developed by companies such as Microsoft and Google coordinate the hardware and applications running on computers and smartphones.

Without those operating systems, the hardware would function only in isolation.

XOS attempts to perform a similar role for autonomous systems.

Instead of individual drones operating independently, multiple platforms can operate as part of a coordinated network.

Observation, targeting, and defensive actions can occur within a unified system.bmp

The $98.2 Billion Market Emerging Around Autonomous Systems

The opportunity XTEND is pursuing spans several categories of autonomous defense technology.

These include:

• Loitering munitions and counter-drone systems
• Drone autonomy and control software
• Unmanned ground systems and robotics

Each category operates within its own defense programs and procurement budgets.

Taken together, analysts estimate these segments could represent a combined market approaching $98.2 billion.

Yet the most important aspect of this shift may not be the hardware itself.

It may be the layer responsible for coordinating it.

Where Value Often Accumulates

Investors have seen similar patterns in previous technology cycles.

During the early years of the personal computer industry, hardware manufacturers dominated the headlines.

Companies such as Dell and Hewlett-Packard produced the machines people used every day.

But over time, much of the long-term value accumulated at the operating-system layer.

Microsoft’s Windows platform became the standard environment connecting hardware and software.

A similar pattern appeared in the smartphone era.

Device manufacturers competed intensely on hardware design.

But the ecosystem ultimately consolidated around operating systems such as Android.

More recently, comparable dynamics have emerged inside defense technology.

Companies such as Palantir Technologies have developed platforms designed to organize and integrate data across military and intelligence agencies.

Meanwhile Anduril Industries has introduced its Lattice operating system to coordinate sensors, drones, and autonomous systems within a unified operational picture.

In each case, the layer connecting the system tends to gain influence as complexity increases.

Human-Guided Autonomy

XTEND’s system allows a single human operator to control multiple systems simultaneously.

The system’s functions often fall into three categories:

Recon.

Strike.

Shield.

Observation, engagement, and defense coordinated within a single platform.

Importantly, the system is designed as human-guided autonomy.

Artificial intelligence assists with coordination and analysis, but final decision-making remains with the operator.

Fully autonomous weapons continue to face regulatory and ethical concerns.

Human-guided systems can often be deployed more easily within existing military frameworks.

The Software Layer of Defense Spending

As autonomous systems expand, defense budgets are beginning to reflect the need for coordination platforms.

Reporting from DefenseScoop indicates U.S. defense spending tied to autonomous systems includes billions allocated across aerial, ground, maritime, and underwater platforms.

Within that broader spending, command-and-control software — the layer responsible for coordinating those systems — represents a rapidly growing category.

That is precisely the layer XTEND’s XOS is designed to occupy.

A Potential $1.1 Billion Opportunity

XTEND has also been selected by the U.S. Department of Defense as eligible to bid on a program designed to supply low-cost “one-way” attack drones.

Rather than manufacturing the drones themselves, XTEND’s operating system would allow operators to control them.

Systems using XOS can reportedly continue operating even when GPS signals or satellite guidance are disrupted.

In modern conflict environments, that capability can be critical.

The total contract opportunity associated with the program has been estimated at approximately $1.1 billion.

The Path To Nasdaq

At the same time these developments are unfolding, XTEND is preparing to enter public markets.

As I mentioned, rather than pursue a traditional IPO, the company has entered into a proposed transaction with JFB Construction Holdings (JFB), which currently trades on the NASDAQ Composite.

Following the transaction, the combined company is expected to operate under the name XTEND AI Robotics and trade under the symbol XTND.

With manufacturing facilities across the United States, Europe, and Asia, the company intends to expand production capacity as demand grows.

The Window Between Deployment And Recognition

Technology transitions rarely occur all at once.

They begin quietly.

New capabilities appear.

Deployments expand.

Orders begin accumulating.

And eventually recognition catches up with reality.

When that happens, markets often move quickly.

Because once a platform becomes integrated into operational systems, replacing it becomes difficult.

Expanding its use becomes easier.

The Market Could Soon Realize XTEND’s True Value

Today XTEND occupies an unusual position.

Its technology has moved beyond the laboratory.

It has already been deployed in real-world environments.

Orders are beginning to accumulate.

And its pathway to public markets is now underway.

For some investors, that may simply be something to watch.

For others, it may represent an opportunity to examine a company positioned inside a technological shift that is still early in its development.

Because the moment markets fully recognize those shifts…

The early stage is often already over.

And the change is reflected not in headlines—

But in price.

And you can become a shareholder today — before the merger — via JFB Construction (JFB).