“Every 39 seconds a hacking takes place worldwide”
– Security Magazine (2020)
“Global average total cost of a data breach”
– IBM Cost of a Data Breach Report (2022)
“85% of attacks are now utilizing encryptions for their channels”
– Help Net Security
“53% of companies left 1,000+ sensitive files unencrypted”
– Global Data Risk Report
Our novel Chaotic Hybrid Encryption (CHE) is future-proof everlasting encryption that is easy to implement and cheaper than other quantum-proof alternatives. It’s more secure, more efficient and better (unbreakable) encryption than the current standard. It is truly random, requires no expensive specialized hardware, and is localized (Zero Key Distribution).
Protect connectivity of services that send and receive secrets from key management systems to secure your most critical data.
Sending data between cloud environments, networks, or regions? Ensure that your most sensitive data is protected from a man-in-the-middle attack.
Whether transferring data to factories abroad or just between remote offices and child storage, protect your enduring intellectual property.
Whenever you’re moving data, quantum securing your keys immediately enhances data security
DNA data and other personal information have a value that needs to live beyond when quantum computers break RSA and AES encryption. Save your data’s value now.
When RSA, AES or any algorithm fails, your captured data is exposed. Protect important data once and for all.
Developers need familiar tools based on modern development practices. We provide an SDK that can easily be integrated to applications and infrastructure to make them quantum-secure.
Developers need familiar tools based on modern development practices. We provide an SDK that can easily be integrated to applications and infrastructure to make them quantum-secure.
Developers need familiar tools based on modern development practices. We provide an SDK that can easily be integrated to applications and infrastructure to make them quantum-secure.
During onboarding the Key Generation Key (KGK) is distributed securely.
The KGK sets up the parameters for the Chaotic Oscillator, Hybrid Computer and ∞Key Generation.
When encrypting the message, Chaotic Hybrid Encryption (CHE) will generate the One-Time-Pad (OTP) key, as long as the message.
CHE will encrypt the message into a Cypher using the selected encryption algorithm.
The Cypher can be stored (at-rest) securely or transmitted to its destination.
When decrypting the Cypher, CHE will generate the same OTP key and decrypt the cypher, recovering the original message.
Investment, Product and Technology Questions or Requests?
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