Building the world’s first tactical UAP-detection network
Securing Our Skies with Innovative Technology
The Problem No One Wants to Admit
For decades, our skies have hosted something we don’t understand.
Defense systems miss them. Intelligence agencies classify them. Academia avoids them.
But the events persist.
Over 500 credible UAP incidents acknowledged by the U.S. government, with hundreds more reported globally every year.
No current sensor fusion platforms are optimized for detecting anomalous flight behaviors like transmedium travel, hypersonic acceleration without propulsion, or time-dilation effects.
No public or fielded defense infrastructure exists to monitor or respond to these incursions despite their repeated violations of restricted airspace, including near nuclear facilities and military installations.
$22M spent by government programs like AATIP and KONA BLUE with zero deployable systems delivered to the field.
We face a blind spot at the edge of our technological reach.
The unknown isn’t just out there, it’s already here.
And our systems were never designed to see it.
We’re developing a next-generation sensing platform built specifically for the unknown.
Not repurposed military tech. Not outdated radar.
This is a ground-up system engineered to detect what conventional tools can’t.
Our platform is:
Modular: adaptable to different terrains and missions, whether it’s mounted on a rooftop, deployed in the field, or networked across regions.
Multimodal: fusing optical, radio frequency, environmental, biometric, and temporal data to capture a full-spectrum view of anomalous activity.
Real-time: built for live detection, correlation, and characterization of aerial anomalies as they happen.