Cryophase Platform Development

Where Cold
Creates.

CryoFlux Technologies, LLC — Marietta, Georgia

We govern thermal energy at the frontier of cryogenic physics. 40+ provisional patent applications. Five deployment lanes. One governing doctrine: cold is not the absence of heat. Cold is the instrument of precision.

Gregory Noland Deeter - Founder, CryoFlux Technologies

Gregory Noland Deeter — Founder

40+ Provisional Applications
5 Deployment Lanes
225903 USPTO Customer No.
2026 Founded, Marietta GA

Five Lanes.
One Governing Cold.

Every CryoFlux invention traces back to a single architectural foundation: on-site LN2 generation delivering precision cryogenic cold to the exact point of thermal demand. Five lanes. One supply chain. The same cold everywhere it needs to be.

01

Data Center

CTD — Cryocentric Thermal Dispersion

Rack-level and chassis-level LN2 cold plates eliminate water cooling towers. Zero water consumption. Precision cold delivery at the compute surface. CryoShelf, CryoChassis, CryoRack architecture.

02

MRI & Medical

CB-1 Platform — Cold Head Replacement

Retrofit LN2 architecture replaces the Gifford-McMahon cryocooler in superconducting MRI systems. Eliminates helium dependency, mechanical vibration, and single-point failure. ~50,000 installed units addressable.

03

Organ Transport

VitalChain™ — Cold Chain Governance

Governed cryogenic cold chain for organ preservation and transport. The organ in transit is a patient in CryoState™ — held in governed dormancy, waiting for the thermal balance shift that restores its purpose.

04

Defense & Government

HTS Cooling — Mil-uASU — SBIR/STTR

Cryogenic thermal management for HTS superconducting systems. Navy minesweeping magnet cool-down architecture. Veteran-owned small business. SAM.gov registered. DARPA MTO and Navy STTR N25A-T028 aligned.

05

Building & Infrastructure

CAH — Cryocentric Atmospheric Harvesting

On-site LN2 generation via air separation closes the supply chain for every downstream CryoFlux application. ASU-20 and micro-uASU-1 platforms. Co-product oxygen and argon revenue.

IP

IP Portfolio

USPTO Customer No. 225903

40+ provisional applications filed 2026. NP conversion deadlines through 2027. Sole inventor: Gregory Noland Deeter. Micro entity. All applications on record.

"The physics were always there.
CryoFlux arrived at the coordinates."
Gregory Noland Deeter — Founder and Managing Member

Built from
Cross-Domain
Pattern Recognition

Gregory Noland Deeter is the Founder and Managing Member of CryoFlux Technologies, LLC. His methodology — Synthagence™, the deliberate synthesis of proven technologies from different domains into integrated platforms — produced the entire CryoFlux portfolio.

The platform emerged from the intersection of USAF telecommunications engineering, two decades of forensic equipment breakdown investigation, and a single engineering question asked in February 2026: what if you could govern thermal energy with the same precision a physician governs a patient’s vital signs?

The answer became 40+ provisional patent applications, five deployment lanes, and a governing doctrine that has no prior art in any domain it addresses.

CompanyCryoFlux Technologies, LLC — Marietta, Georgia
TitleFounder and Managing Member
Military ServiceUSAF Telecommunications Engineering — 5 Years
Military ServiceUSAFNG Combat Air Traffic Control — 2.5 Years
CareerForensic Loss Investigator, Tek Gear Guru — 20 Years
DesignationCertified Technology Appraiser
USPTOCustomer No. 225903 — Micro Entity — Sole Inventor
MembershipsCSA (Cryogenic Society of America) — ASME MemberCORE
Federal RegistrationSAM.gov Registered — NAICS 541712 — VOSB Pending
Governing PhilosophyBuilding Business Synthagence™ Since 1966

Aligned with Federal
Priority Programs

CryoFlux Technologies is actively pursuing government funding and contract vehicles across defense, energy, and research agencies. Veteran-owned. SAM.gov registered. SBIR/STTR eligible.

Navy STTR

N25A-T028 — Rapid Cryogenic Cooling of Superconducting Systems

CryoFlux CryoSupercharge Loop architecture directly addresses the Navy requirement to cool 2,000 lb HTS minesweeping magnet systems from 300K to 40–50K in under 24 hours using circulating helium and heat exchanger technology.

DARPA MTO

Microsystems Thermal Management — Executive Summary Submitted

CryoFlux precision thermal governance architecture addresses microsystem and electronics thermal density challenges relevant to DARPA MTO program objectives. Executive Summary Rev 1 prepared and submitted.

ARPA-E / SBIR

COOLERCHIPS — Data Center Thermal Efficiency

CryoFlux data center CTD platform addresses data center energy and water consumption reduction objectives. SBIR/STTR eligible. Phase I and Phase II pathways active. SAM.gov INC-GSAFSD20795657.

Let’s discuss what cold creates for your application.

Whether you are a government program manager, potential investor, technology partner, or patent counsel — we welcome the conversation. CryoFlux operates under NDA for technical discussions.

2607 Grist Mill Rd, Marietta, Georgia 30068
USPTO Customer No. 225903 — Micro Entity