Our Solutions
HES introduces a Zero-Trust PKI model that ensures private keys remain entirely secret with users while enabling strong multi-factor authentication (MFA) for secure identity verification. By eliminating private key exposure, our approach enhances both security and privacy.
Prevent vulnerabilities to modern attack vectors
Secure against future quantum computing attacks
Create secure data transfer to enhance existing encryption schemes
Add layers of protection to help users recover their assets through novel MFA
Current Encryption Models
Improved HES MFA Methodology
Data is generated via sensors, machines, transactions, etc.
Encryption occurs at the PC aggregation level (wired/wireless communications)
Today's AES Encryption uses standard PKI
Key store generates the key pairs (public/private keys)
Public key is readily available
Private key is shared by user and key store
If authenticated, data can be exchanged and decrypted
Private key can be intercepted
Data is generated via sensors, machines, transactions, etc.
Encryption occurs at the PC aggregation level (wired/wireless communications)
HES Zero Knowledge MFA PKI
Public key is readily available
User enrolls in HES MFA
Private key is generated by user and verified by keystore without keystore knowing private key
No private key exchange to be intercepted
Novel Solutions Based on Novel Innovations
Our solutions are the result of 10 years of research and innovation. Our foundations patented technologies are the key to our competitive advantage.
High Entropy Security
Enhancing cybersecurity through innovation.
Flagstaff, AZ
Phoenix, AZ
info@highentropysecurity.com
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