Human-Readable High-Density Data Storage: ID 2024-006
A permanent data storage solution offering high density and human-readability.
Problems Addressed
This technology addresses the challenge of storing vast amounts of data in a format that can be read without complex digital systems. Traditional digital storage methods require specific electronic devices for reading and writing, which may not stand the test of time as technology evolves. This invention offers a solution by allowing data to be stored in a way that is accessible with simple optical tools like microscopes, ensuring longevity and accessibility without relying on potentially obsolete technology.
Technology Overview
The Human-Readable High-Density Data Storage system utilizes an innovative approach to write and store data permanently on a medium similar to tape but with extremely high density. Instead of using traditional magnetic methods, this technology employs an array of energy beams or tips that can make precise alterations on the tape's surface. This allows for the creation of human-readable characters and images at a microscopic level. The system significantly increases the speed of writing data by using multiple emitters simultaneously, making it efficient for archiving large volumes of information quickly. Once written, the data can be viewed through standard optical devices like microscopes, ensuring its readability without needing complex digital systems.
Stage of Development
The Human-Readable High-Density Data Storage is in the conceptual and development phase, with no working prototypes.
Benefits
- Enables permanent data storage in a human-readable format.
- Significantly increases write speed with an array of emitters or tips.
- Reduces reliance on digital systems that require specific read-back mechanisms.
Utilizes existing manufacturing methods for cost-effective production.
Applications
- Archival storage for national archives and libraries to preserve documents indefinitely.
- Corporate and personal archives requiring long-term data retention.
- Medical records storage, ensuring data longevity beyond current digital media limits.
- Museums and educational institutions for storing large volumes of historical data.
Additional Information
Technology ID: 2024-006
Sell Sheet: Download the Sell Sheet here
Marketing Plan: Contact us to receive a Marketing Plan Report
Connect with the Tech Transfer to:
- Set an appointment with the technology manager
- Receive additional information
- Request a marketing plan report
- Ask a question about the technology