OUR TECH
HyperSphere is a post-quantum data security solution built for the modern internet. Linear X&Y mathematics have been outpaced by quantum computers rendering them exponentially less effective against brute-force attacks and compromised keys. Using a spherical, time-based algorithm, our technology adds a whole new dimension to keeping data secure which is further fortified by time synchronization.
HyperSphere is the only data security tool that doesn't use encryption keys of any kind. Our patented data ‘shadowing’ technology is core to our quantum immune data protection (QIDP®) offering, which prevents any data from being hacked. Using HyperSphere to 'shadow' and 'revive' your data is the closest thing to magic you'll see in binary and is highly effective in protecting your most valuable assets from cyber attacks.
The Problem
Encryption is broken
As evidenced by the myriad news headlines telling of large corporations and brands whose valuable customer data and intellectual property has been compromised by a data breach. Compromised encryption keys are the attack vector for the vast majority of data breaches. Despite significant investment into various key rotation and sharding solutions data breaches are on the rise.
Our Solution
Eliminate the keys & hide the data
Using our proprietary, geo-spacial and time-synchronized algorithm we create a multi-dimensional model of your original data. We then select reference points along the X, Y & Z planes before removing your underlying data so that it can no longer be seen or accessed. What remains are the captured reference points which we call 'shadows'. These shadows obfuscate your data rendering it unusable, unintelligible and otherwise useless. You can revive your original data at any time using two or more shadows.
What is 'Data Shadowing'?
Our technology is a novel breakthrough in data protection that creates quantum immune “shadows” of data that dramatically improve data security. The original underlying data is removed so that only the shadows remain. When you need your original data back our algorithm revives it out of thin air. - Here is an oversimplified explanation.
Define Storage
You define where your data will be placed (e.g. - cloud storage, email, network server, etc.) when our technology turns it into shadows.
Create Shadows
We put your data through our proprietary, geo-spacial & time-synchronized algorithm to create multi-dimensional constructs (or shadows) of that data
Destroy Original
Once several shadows of your original data have been created and saved to your repositories of choice we can remove the original file so that it can't be compromised.
Revive Original
We can instantly recall the original data in its untouched state using two or more shadows that go back through our post-quantum fortified algorithm.
Frequently Asked Questions
Introducing a new paradigm can be challenging and often prompts questions. Particularly when if feels like magic.
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 has been shadowed the original copy no longer exists. What remains are the reference points we captured from the multi-dimensional 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 refers to the point at which quantum cryptography outpaced the linear mathematics used in traditional polynomial-based encryption methods. Quantum computers process information in a radically new way far faster than classical computers. These computers factor large numbers quickly and carry out brute-force attacks on data centers and applications to gain access to sensitive data. The ability to factor a large number renders virtually all current cryptographic solutions obsolete, including linear X&Y solutions such as RSA.
Yes it is. A single data shadow does not contain any information about the protected data that shadow represents. This means that even if a 'bad actor' had access to a shadow of a data file it is not capable of revealing information about the original data file it is referenced from, making it immune to any form of hacking, including quantum computing. The shadows are essentially random coordinates in n-dimensional space that only have meaning when integrated with a sufficient number of other shadows and are aligned with the others in the same shadowing pass.
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 is the perfect compliment to an existing encryption strategy. Using encryption alone is a useful way of protecting access to valuable data. However, when your data is breached you want to keep any bad actors from being able to use what they've gained access to. Complimenting your encryption strategy by also obfuscating your data as shadows is like swapping out the gold bars in your vault with a stack of worthless IOUs. Moreover, as an antiquated AES key or other private key is nothing more to data to us, we can shadow any key to fortify conventional, failed encryption.
We have not yet found a file type that cannot be shadowed and revived using our process. You can use HyperSphere to shadow structured data as well as unstructured data. IAudo files, video files, databases and all kinds of other file types (e.g. - .exe, .pdf, .psd, .dxf, .dwg, .xml, .tiff, .mov, .mp4, etc.)
SEE OUR TECHNOLOGY IN ACTION
Schedule a demo with our team today
