Advancements in Drone Defense Systems
Drone defense technology is more advanced than most people might think.
By December 2024, there were estimates of over 5,000 drone sightings reported off the east coast of the United States, including significant numbers of larger drones—there was even a large group noted in New Jersey.
Officials have stated, “We will increasingly develop directed energy weapons and high-power microwave systems.”
Even though many were left puzzled by these mysterious drones, the public was assured there was no immediate national security threat—though some were also told that what they observed might be a concern, perhaps simply an airplane.
Interestingly, it appears that President Biden’s administration hadn’t fully communicated that the Department of Defense (now the Department of the Army) was indeed more capable of addressing drone swarms than typically understood.
This revelation came from Jake Adler, a biotech entrepreneur responsible for developing the clay-based hemostatic agent, Kingsfoil. Adler explained to Blaze News that the rise in drone warfare is driving rapid developments in direct energy weapons, aimed at cutting defense costs.
He pointed out that ongoing threats have led to what he calls an “escalation tax,” where the persistent use of drones drives the need for more affordable defense strategies.
Companies like Allen Control Systems are making notable progress in developing innovative methods to disable drones, including the use of microwave technology.
The Allen Control Systems’ bullfrog system autonomously targets unidentified aircraft and eliminates them using high-caliber rounds, all while being surprisingly lightweight—some models weigh as little as 165 pounds.
Meanwhile, Epirus has successfully tested its long-pulse high-power microwave systems, utilizing AI and advanced electronics to neutralize multiple drones simultaneously. They achieved success in neutralizing entire groups of drones.
According to Adler, “We’ll start to see more counter-system development from companies like Epirus, focusing on the creation of directed energy weapons and high-power microwave systems.” He even mentioned that their aim is to develop a platform capable of taking down 100 drones at just 5 cents each.
This trend towards using enhanced systems links back to Adler’s broader view: addressing the drone threat will eventually lead to a greater reliance on human fighters in warfare.
Moreover, Adler’s company, Pilgrim, is dedicated to supporting soldiers on the battlefield. Beyond medical technology, they are also focused on tackling another crucial aspect: sleep deprivation among combatants.
He noted, “Sleep in combatants is really poor. Many soldiers are sleep-deprived. The issue is quite serious: placing an 18-year-old in a stressful environment with limited sleep disrupts their natural brain development and growth, which can impact combat effectiveness and accuracy.”
Adler’s efforts include avoiding pharmaceuticals like stimulants and sedatives to manage these issues.
In a previous project called noise sleep—currently on hold—he experimented with devices that monitored various health metrics while using brain stimulators and sleep masks. Supposedly, these could alter sleep patterns so that a three-hour nap could feel akin to six hours of sleep.
“We can assess whether you’re in REM sleep or just lightly sleeping. Essentially, we can shock you to enhance your sleep quality,” he shared humorously.
Adler echoed sentiments that the Trump administration increasingly sought to enhance corporate networks focused on advanced technology tailored to individuals and soldiers.
Companies like Pilgrim, Anduril, and EdgeRunner AI are rapidly advancing in this technological race, yet there’s a general unawareness among the public. Young entrepreneurs are observing that much of the defense technology available is outdated and slow, pushing for modernization.
