Beyond Boundaries.
Beyond Limits.

Pioneering integrated RF technologies for
mission-critical operations of tomorrow.

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Air. Land. Sea. Space.

Security Risks Have Evolved. Communications Have Not.

Across every domain, the electromagnetic spectrum is being challenged by emboldened adversaries. ​



Existing platforms cannot access the frequencies required to adapt to evolving operational demands, leaving them vulnerable to adversaries who can detect, jam, and target transmissions within minutes.

The Mandate

As threats grow in sophistication and range, so must our ability to stay connected across the electromagnetic spectrum.

"We cannot expect military success in any domain if we fail to take bold action to ensure that the United States and its Allies have freedom to act in the (electromagnetic) spectrum."

Retired General John E. Hyten
Former Vice Chairman, Joint Chiefs of Staff

"As soon as your system turns on, you can be identified on the electromagnetic spectrum… It is the lead input to your targeting apparatus."

Retired Col. Thomas Goettke
Former Commander of the 10th Mountain
Division Artillery, Fort Drum

"The electromagnetic spectrum during wartime is a very, very vulnerable area."

Lt. Gen. Jeth Rey
Deputy Chief of Staff, G-6
OUR SOLUTIONS

Command and Control
Without the Compromise

DeployX delivers advanced communications solutions with the frequency, agility, low-detectability, and survivability to enable reliable beyond-line-of-site technology in contested electromagnetic environments.
Project Keryx
Plasma Electrically Small
Antenna Technology
Project
Keryx
Plasma Electrically Small
Antenna Technology
PROJECT Keryx

Today's military operations are constrained by large, power-hungry, and easily detectable antennas that lack the form factor to enable mobility.

Meanwhile, conventional electrically small antennas lack bandwidth and frequency performance.

Project Keryx is a patent-pending plasma antenna shattering the size and power limitations of traditional antenna technology with:

99.99% Size and Weight Reduction
Ultra Wideband Capability
Low Power Requirements
100x Stronger Signal Strength
Low-detectability
Learn More

“This technology has the potential to fundamentally change the size, versatility, and survivability of antenna systems across defense and commercial platforms."

- Dr. Daniel J. Miller
Antennas & RF Systems Program Officer at Office of Naval Research

Trusted By
Global Organizations

Army Phase I SBIR contract
To enable secure, real‑time, long‑distance transmission for ground vehicles.
2026 NATO DIANA Cohort
Top 3% of applicants
VTT Launchpad Accelerator Official Selection
To pioneer communications systems on an international scale
DARPA ERIS
“Awardable” on the ERIS marketplace

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Information Advantage

Partner with us to shape the next generation of advanced RF technology.
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