Hyper-secure Encryption, Beyond AES-256
Factorially better encryption: at least 10 500 more secure
Almost all today’s encrypted data is enciphered by AES. It is an immensely attractive and rich target for cyber attacks. Almost any break in AES encryption, be it in key-schedule, applied keywords or mistaken implementation, makes your confidential data readable by attackers.
Successful attackers will not inform the world that AES was broken.
LabCipher with its Finite Lab-Transform (FLT) engine, upgrades AES and your other cryptography to unheard levels of security and beyond Quantum Computer Attacks.
Most confidential data is never to be shared with the outside world. There is little or no benefit to use public encryption for internal data.
LabCipher makes your confidential data completely opaque to the outside world.
Almost all data is touched by the Internet and is as a consequence susceptible to theft. Once encryption is broken, there is no turning back the clock. Adversaries are already stealing encrypted data in anticipation of decrypting the stolen data later. LabCipher is a very effective way to protect data against future attacks.
All encryption requires a secret keyword, often established by PKI methods, such as RSA, Diffie Hellman, and Elliptic Curve Cryptography (ECC). these methods will be broken by Quantum Computing. Quantum Resistant methods being developed, but are not ready yet for universal implementation. These novel methods also have performance issues. LabCipher addresses these issues.
Confidential Computing (CC) makes confidential data unreadable to the outside world. The CC market is one of the fastest growing in cyber-security. It reflects the desire to separate confidential data from public access and use. LabCipher makes encrypted data completely opaque to the outside world.
Data authentication by hashing is a security check. The most popular hashing method is SHA-256. Hashing is an important component of digital signatures. It is often desirable that the hash is very secure (such as SHA-256) but still secret, to leave an attacker in the dark about the status of data. LabCipher upgrades hashes such as SHA-256 to becoming unpredictable.
IoT devices commonly have low power processors. As a consequence they may have no or insecure encryption. LabCipher upgrades low-parameter encryption to exceptionally secure.
LabCipher is a Cryptographic Platform for ultra- and factorially better encryption,
authentication and data exchange, built on the unique FLT engine.
The FLT is a novel and patent protected computer technology that modifies known computer operations to unpredictable but cryptographically valid operations. The FLT fundamentally increases uncertainty at factorial levels. An 8-bit bitwise XOR operation is provided with a factorial-256 or greater than 10 500 level of security.
File, disk and volume FLT Encryption
Client and Server based FLT-VPN
Client and server based end to end FLT e-mail and chat
Client specific FLT Browser
Client specific FLT Digital Signature
No cryptography would mean no business over the Internet, no financial transactions, no on-line ordering, no secure supply-chain, and no In-Cloud Data-Storage.
Excellent encryption is the bread-and-butter of the Internet. LabCipher provides ultra secure encryption, beyond what AES offers. LabCipher works on the unique FLT engine which upgrades current cryptography with a factorial factor.
You may feel uncomfortable about so much of your confidential data being stored in the Cloud. And rightfully so. Prepare for the future by LabCipher protection of your data.
Factorially better,
high performance
encryption
Copyright © 2022 All rights reserved.