Cybershine develops precision chemistries engineered to protect, restore, and preserve the materials shaping the future of transportation and aerospace — beginning with the Tesla Cybertruck.

From stainless exteriors to interior composites, every formula is built on measurable science, redefining how advanced machines are maintained in a new era of material innovation.

The Future of Surface Systems

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THE MISSION

Cybershine was founded on the belief that the machines shaping our future deserve chemistry engineered with the same precision as their design.

We create surface systems that protect and preserve the materials driving human innovation — from stainless exteriors on Earth to emerging technologies that will travel beyond it.

Our approach to clean chemistry extends far beyond appearance.

It’s performance-driven, sustainability-focused, and engineered from first principles to act with purpose — removing contaminants at the molecular level, restoring integrity, and leaving nothing behind.

Our mission is simple. Advance the science of clean. Protect what moves us forward.

Advancing the Science of Clean.

Clean chemistry for everything humanity builds next.

THE SCIENCE

Engineered from First Principles.

Every Cybershine protocol begins with measurable science.

Our formulations are developed and validated in Pasadena, Texas through controlled testing that quantifies performance — from particle removal efficiency and contact-angle stability to ionic residue and corrosion resistance.

Each protocol is designed with precision: to decontaminate, refine, or restore materials to their intended state.

Whether removing microscopic buildup or correcting surface tone, Cybershine chemistry delivers controlled transformation that preserves material integrity and design accuracy.

From stainless and coated alloys to glass, composites, and interior polymers, our systems maintain the integrity and performance of the materials that define modern engineering.

THE FUTURE

Cybershine technology bridges the gap between automotive and aerospace — advancing the standards of cleanliness and material performance that define modern engineering.

Our research continues toward next-generation alloys, composites, and surface systems capable of meeting the demands of future mobility and exploration.

Each step forward brings us closer to a unified chemistry platform — one that serves not just the machines we drive, but the ones that will carry us beyond Earth.

Engineered for Stainless Steel // Built for the Cybertruck

Laboratory workbench with multiple labeled bottles, a hand holding a pipette, and a microscope, in a scientific lab.
A person wearing black gloves cleaning a stainless steel table with a cloth, with bottles and equipment in the background.
A digital microscope placed on a table, with a screen showing a magnified surface and a metal tray, alongside a bottle labeled 'CyberShine Batch #0429256' filled with a clear liquid.
A laboratory or workspace with multiple sheets of black barcodes on white paper, clippers, and various bottles on a black table, with drawers and equipment in the background.
Laboratory workspace with bottles, lab equipment, and a sign for CYBERSHINE on a blackboard. Items include glass bottles, a spray bottle, and scientific instruments on a table and counter.
Laboratory setup with beakers, magnetic stirrers, test tubes, and laboratory equipment on a lab bench.
Laboratory workspace with scientific equipment, bottles, spray bottles, a computer monitor, and a large sign reading 'CYBERSHINE' in the background.
A damaged digital screen on a tabletop, with a scratched display and buttons labeled OK, MENU, and power, in a laboratory or workspace with bottles and containers in the background.

Clean chemistry for everything humanity builds next

NOW AVAILABLE

PROTOCOL X // CYBERTRUCK DECONTAMINATION