Ian Taylor

Title: Ian Taylor and Secure Provenance for Manufactured Components.

Introduction

Ian Taylor is an inventor based in Baton Rouge, Louisiana. His work addresses the challenge of distinguishing authentic manufactured components from counterfeits and detecting possible sabotage throughout an item’s lifecycle.

Latest Patents

Taylor’s patent, “Counterfeit Detection and Provenance with Grating Interferometry, Blockchain, and Smart Contracts,” describes a method and apparatus for verifying the authenticity and provenance of manufactured items, including legacy and additively manufactured components. The approach uses laser power modulation to create selective porosity in a component, encoding digital information as programmable invisible ink. X-ray grating interferometry reads that information and the component’s distinctive texture.

The system can also use a QR code and other anti-counterfeiting features. A smart contract connects X-ray radiography instruments with a blockchain database to establish an item’s provenance. The patent describes the method as compatible with additive manufacturing, injection molding, and casting, while aiming to minimize effects on fabrication and conform to existing item-identification standards. Taylor has 1 patent.

Career Highlights

The supplied career information associates Taylor with the Board of Supervisors of Louisiana State University and Agricultural and Mechanical College, as well as Louisiana Tech Research Corporation. His patent brings together manufacturing techniques, X-ray inspection, and blockchain-based records to support component authentication and lifecycle tracking.

Collaborations

Taylor’s listed coworkers include Leslie G. Butler and Michele L. Maasberg. Their names are provided as professional associations; the available information does not specify their roles in the patent.

Conclusion

Ian Taylor’s patent presents an integrated approach to identifying manufactured components and documenting their provenance, combining encoded physical features, X-ray interferometry, and blockchain-based records.