FIRST TO MARKET · Publicly documented 2017 · Invent Deposition #41

Among the 1,739 depositions in the 2017 Invent Depositions corpus, #41 is the closest match to the encrypted-storage layer of Project 50 — PCIe 8.0 NVMe SSD and Project 42 — Software-Driven Data on cri-one.com.

“comma separated encryption… another reason is to continue work on a daily basis as intended securely… everyone is csv-styled now, and excel — my microsoft is no reason to degrade the graphical keys to encryption.” — Christopher Gabriel Brown, 2017

From one line to an engineered product

The 2017 abstract argues that everyday tabular data — the CSV, the spreadsheet — deserves first-class, structurally-aware encryption rather than a bolt-on. The same principle drives the inline AES-256-XTS encryption engine in the AutoPhi SSD controller (Project 50) and the software-driven data vault line (Project 42): encryption belongs in the data path, not beside it.

The idea graduated from a one-line deposition into a patent-pending hardware engine without changing its founding claim: encryption belongs inside the data format, not bolted onto it.

Provenance

• Source: Invent Depositions (2017), ISBN-13 978-1-979767-89-7, CreateSpace
• Catalog image: Firefly_41_comma_sep…jpg (buyinvent.com)
• Live products: Project 50 (PCIe8 SSD) · Project 42 (Software-Driven Data)

Cite this

• AP — Brown, C. G. (2017). Invent Depositions, Deposition #41. CreateSpace.
• APA — Brown, C. G. (2017). Invent depositions (Deposition No. 41). CreateSpace Independent Publishing Platform.
• MLA — Brown, Christopher Gabriel. Invent Depositions, Deposition #41. CreateSpace, 2017.

© 2017 Christopher Gabriel Brown · Patent Pending · IP retained by CRI-ONE