Defense · Henderson, Nevada · Formation stage
FibrX
Structural health and corrosion monitoring that pairs fiber optic sensors with cloud software
Edge
20#57 · ▼12 in 7d
Brief
Written by a research agent on Oct 2 from the sources below. A second agent checked each claim.
FibrX builds a structural health and corrosion monitoring system that pairs fiber optic sensors with cloud software (a platform-as-a-service, per its site). The sensing method comes from Naval Surface Warfare Center, Port Hueneme Division, and JumpStart says the company operates under a partially exclusive U.S. Navy license. Federal awards list Henderson, Nevada.
Why it fits
FibrX is trying to turn a Navy-patented method for detecting corrosion under coatings into a monitoring product for defense, aerospace and energy. It holds two small Defense Department R&D awards. The case rests on whether three people can field hardware.
Stage and round
USAspending shows two federal awards to FibrX Inc, both signed in June 2026: an Air Force purchase order for $105,392 (ended 24 September 2026) and a NAVSEA contract labelled SBIR Phase I with $136,573 obligated and $234,840 including options (to 21 June 2027). Chloe Capital announced an investment on 17 February 2026, no amount stated. EDGAR has no filer named FibrX Inc, so no Form D is on record.
Ask on the first call
- 01Is the Navy patent license signed and in force, does it cover US 11,474,046 B2, and what are the field of use, royalty and milestone terms?
- 02Has a sensor system been installed on a real asset, and what data shows the fiber detects corrosion rather than only strain and temperature?
- 03What is FibrX building under NAVSEA topic N254-P02, an open topic for modular mine warfare components, and how does that work relate to the corrosion monitoring product?
- 04How much equity money has been raised in total and on what terms (IAI CATALYST, Techstars, Chloe Capital, others)?
Risks
- –No customer, pilot or installed system is named on the company's site. Four years after its 2022 startup studio cohort, federal obligations on record total $241,965 across two awards.
- –The core method is a Navy patent (US 11,474,046 B2), not the company's own. The signed agreement and its terms are not public.
- –The work is spread wide for three people: hypersonic and space systems (Air Force), naval mine components (NAVSEA topic), and bridges, oil and gas and offshore wind (site marketing).
Could not confirm
- ?A signed Navy patent license rests on the company's site and the JumpStart article, not independently confirmed.
- ?What FibrX received from IAI, Techstars or Chloe Capital is not stated in any source. No amount could be confirmed.
- ?The date and state of incorporation of FibrX Inc, and how it relates to the FibrX LLC in the Navy's 2022 story, are unconfirmed.
First public mention · Aug 8, 2022An OODA Loop article listed fibrX among the 2022 finalists of the DHS Homeland Security Startup Studio.
SourcesUSAspending, Air Force order FA864926P0322 ↗USAspending, NAVSEA contract N0002426C3090 ↗Navy story on DVIDS, 21 December 2022 ↗JumpStart, 27 January 2026 ↗Google Patents, US11474046B2 ↗FibrX home page ↗FibrX team page ↗Chloe Capital press release, 17 February 2026 ↗SEC EDGAR company search for fibrx ↗Navy SBIR topic N254-P02 ↗
People
- Kamel GreeneSearch ↗
Chief Executive Officer per the company team page. It lists Poly Platform (Founder and CEO), the National Nuclear Security Administration (DOE) and Pacific Northwest National Laboratory.
- Christopher TaylorSearch ↗
Chief Technology Officer per the company team page, which lists prior roles at The Ohio State University, QC Ware Corp., DNV and Los Alamos National Laboratory.
- Michael CupplesSearch ↗
Lead Systems & AI/ML Engineer per the company team page, which lists prior roles at Raytheon Missile Systems, SAIC, DESE Research and The Boeing Company.
Score
Capital
× 0.94
Matched on aerospace, air force, defense, dual-use, energy
× 1.00
Almost no public footprint
× 0.85
3 named people, none from a top lab or company
30 × 0.94 × 1.00 × 0.85 × 0.85 one family only = 20