MASTERING THE SPECTRUM OF STEALTH

Protecting the Physical Layer
of Critical Infrastructure.

An engineered thin-film and coating platform for signature control, EMI containment, and directed-energy resilience — deployed across defense, government, commercial, and critical-infrastructure sectors. Independently validated. Available today.

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One Platform. Every Critical Sector.

Physical-Layer Electromagnetic Protection.

GT Optics manipulates electromagnetic energy — from optical wavelengths through the radio-frequency spectrum — by controlling the geometry and composition of materials at the micro and nano scale. The result is a horizontal, engineered-surface platform: signature control, EMI containment, and directed-energy resilience delivered as thin films and coatings, not as bulk armor. One qualified material system, applied to the surfaces that already exist.

The same platform serves defense, government, commercial, and critical-infrastructure sectors: national-security facilities, defense platforms, data centers, secure rooms, utility infrastructure, and mission-critical electronics. Every performance figure traces to an accredited third-party report. Delivered as a few grams per square meter — no demolition, no copper rooms, no dead weight. Available today. Validated today. Deployable today.

40–100+
dB Attenuation
100+
dB Across 30 MHz–1.3 GHz
5
Deployment Domains
65+
Patent Portfolio
The Portfolio

One Platform. Five Deployment Domains.

The same engineered thin-film and coating platform serves five deployment domains that share a common defense: physical-layer electromagnetic control. One qualified material system — configuration is tuned at the integration point.

Secure Facilities
01 · Secure Facilities
SCIFs · Medical · Hospitals · Dental · Telecom

SCIFs (fixed, portable, modular), medical imaging suites, hospitals, dental offices, telecommunications facilities, and secure operations centers. Retrofit or new construction, without the weight or facility disruption of legacy copper shielding.

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 Data Centers
02 · Data Centers
Hyperscale · AI Compute · Enterprise · Edge

Server-rack shielding, cable-run and penetration treatment, secure-room and NOC hardening across hyperscale, AI-optimized, enterprise, colocation, and edge data-center environments. Deployable without disrupting airflow, thermals, or floor plans.

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 Platforms Air Land Sea
03 · Platforms — Air, Land & Sea
Defense & Commercial · Manned & Unmanned

Signature control and electromagnetic hardening for defense and commercial platforms across air, land, and sea — combat aircraft, ground vehicles, naval platforms, unmanned systems, commercial aviation, and commercial mobility fleets.

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 Critical Infrastructure
04 · Critical Infrastructure
Power · Water · Fuel · Telecom · Continuity

HPM resilience and physical-layer hardening for the utility infrastructure that underlies modern life — power substations, water and wastewater controls, fuel systems, telecommunications backhaul, and continuity-of-operations infrastructure.

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 Component Protection
05 · Component Protection
Cabling · Harnesses · Boards · Enclosures · Cabinets · Networking

Component-level shielding for mission-critical electronic systems — cabling, wire harnesses, connectors, PCB and board enclosures, server cabinets, sensor housings, networking equipment, and OEM component integration.

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Flagship Brand
SecureWrap®

SecureWrap® is GT Optics' commercial brand for the qualified thin-film and coating material system spanning all five deployment domains. One validated material — configured per program at the integration point.

Configuration is tuned per program — host substrate, frequency profile, form factor, and integration path drive the design. Facility- and platform-level qualification is performed at the integration point by the accrediting authority.

Why GT Optics

Five Reasons Buyers Specify GT Optics.

GT Optics competes on validated performance, defensible intellectual property, and U.S.-domiciled production \u2014 delivered across a single engineered thin-film and coating platform.

01

Intellectual Property \u2014 Patents, Process, and Materials

Exclusive worldwide license in the defense and DoD-contractor field-of-use to a 65+ patent portfolio in micro-optics and electromagnetic-spectrum manipulation. GT Optics filed its own provisional patent on Micro-Facet Lightweight EMI Shielding Film and Coatings on February 18, 2025. Layered IP across the patented technology, the design and manufacturing process, and the engineered material stack.

02

Independently Validated Performance

Configurable 40 dB to 100+ dB attenuation, engineered and independently validated across 30 MHz through 1.5 GHz under ASTM D4935-10 by an accredited third-party EMC laboratory (Independent Test Report 2511-235E Rev. A, January 2026). Performance is configured per program — engineered against the host substrate, film stack, and integration geometry, with configuration-specific qualification performed at the integration point by the accrediting authority.

03

Multi-Threat Protection with Signal-Integrity Preservation

Protects against EMI, EMP, RF exploitation, laser targeting, physical-cyber intrusion, and high-power microwave threats. Engineered not just to block interference, but to protect and improve signal integrity across the systems it shields.

04

Deployable Form Factor

Lightweight, easy to apply, flexible, breathable, and durable. Engineered so that installation is never the constraint \u2014 retrofit into existing facilities, applied at manufacture, or field-deployable to the theater.

05

U.S.-Domiciled Production & Material Platform Consistency

Manufacturing at the GT Optics facility in Dallas, Texas; sputter coating under contract by a reputable U.S. sputtering firm; independent testing through accredited third-party laboratories. The same engineered film and coating system spans fixed-facility retrofit, factory-applied modular SCIFs, and battlefield-deployable units \u2014 one validated material, three deployment classes, one qualification pathway.

Technology

Designed, Engineered, and Manufactured Here.

GT Optics designs its own nanostructures in COMSOL Multiphysics, transfers them to substrate through lithography, and completes each product through sputter deposition of engineered material stacks \u2014 configuring nanostructure geometry, material stack, substrate, and application process to the threat, weight, environment, and duty cycle of each deployment.

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Company

Built for This Moment.

GT Optics is led by a professional operating team combining defense, technology, finance, and executive operating experience \u2014 supported by a board and advisor bench with decades of national-security and industrial credibility.

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Ready to Specify GT Optics on Your Next Project?

Whether you're a defense contractor, government buyer, facility integrator, infrastructure operator, financial institution, or space-industrial-base OEM, we're ready to help you scope, spec, and deploy GT Optics products.

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