No, obfuscation renders data unclear and unintelligible. It cannot be understood and is therefore rendered useless. Traditional encryption methods use linear math to generate lengthy encryption keys which are sometimes rotated or sharded to making breaching a system more difficult. However, once a system protected by a polynomial, key-based encryption method is compromised, the data is just sitting there for the taking.

Data that lives behind traditional encryption methods can be compromised when access keys are lost, published or stolen. When someone manages to access this data it's able to be consumed, exfiltrated and put to use.

Our platform obfuscates data (i.e. - renders it unintelligible) including access keys. By replacing the original data with an obfuscated reference point (something we call data shadows) you can remove your data altogether. There's nothing to lose or steal because the original data no longer exists, and without the need for any keys because the technology is truly keyless.”

When data is transformed into something QIDP, what remains are the reference points we captured from the multidimensional representation of data created during the patented shadowing process. When you need the data, we instantly ‘revive’ the original data in its untouched state using two or more shadows. It's hidden in plain sight.

Post-quantum encryptionPQE) is a set of cryptographic techniques designed to resist attacks from quantum computers. Unlike classical encryption methods, PQE utilizes mathematical problems that are believed to be secure against quantum attacks, ensuring long-term data security in the era of quantum computing. Examples include lattice-based cryptography, code-based cryptography, and hash-based cryptography. PQE is essential for safeguarding sensitive information against emerging threats.

QIDP® (Quantum Image Digital Protection) stands out as quantum-resistant due to its reliance on cryptographic techniques that remain secure even against the formidable computational power of quantum computers. Traditional encryption methods, susceptible to attacks from quantum computing, are superseded by QIDP®'s algorithms, which exploit mathematical problems deemed computationally challenging for quantum computers to solve efficiently. As quantum computing capabilities advance, QIDP® ensures the sustained security and integrity of sensitive data, making it an indispensable defense against emerging threats in the era of quantum computing.

None that we're aware of today. Data security solutions created before our shadowing technology are based on Shamir’s Shared Secret polynomial-based concepts, data splitting, and the like. These solutions permit data exfiltration even if less than a sufficient number of parts of the “shared secret” are accessible. Many methods for protecting data through 'sharding' information and access credentials have evolved. However, all of them are flavors of the same flawed linear math, which is the point of entry for the lion's share of cyber attacks. Our technology is geo-spacial (in four dimensions), further compounded by time synchronization. It's the closest thing to magic you'll ever see with 0's and 1's.

HyperSphere serves as an ideal complement to your existing encryption strategy. While encryption alone is valuable for safeguarding access to sensitive data, it may not fully prevent exploitation in the event of a breach. By integrating HyperSphere's Quantum Images as a means of obfuscating your data, you essentially replace the tangible value of encrypted data with a seemingly worthless alternative for unauthorized parties. This strategic enhancement significantly mitigates the risk of exploitation and ensures heightened protection for your valuable information.

Our patented process ensures the comprehensive shadowing and revival of diverse file types. HyperSphere excels not only with structured data but also with unstructured data. From audio and video files to databases and various formats like .exe, .pdf, .psd, .dxf, .dwg, .xml, .tiff, .mov, .mp4, and beyond, our technology guarantees reliable retrieval. There's no file type beyond our reach.