Crown Sterling delivers next generation software-based, AI-driven cryptography in the form of random number generators and encryption products. From irrational numbers that modernize existing cryptography, to leading-edge encryption products and developer tools, Crown Sterling is changing the face of digital security with its non-integer-based algorithms that leverage time, AI and irrational numbers.
Mission: Personal Data Sovereignty
Data is now the most valuable resource on the planet, securing everything from ecommerce to messaging, enterprise computing, and the most important passcodes on the planet. But it all relies on one thing: random number generation. Today’s prime number dependent encryption algorithms are at increasing risk.
The security features relied on for decades will be broken in the near future. Crown Sterling utilizes the class of artificial intelligence known as ‘Supervised Machine Learning’ which relies on linear regression as its gradient descent function, in order to generate high entropy pools of data required for random (irrational) number generation.
Many of the numbers used in today’s digital cryptography systems do not meet all of NIST standards.
The looming threat of quantum computing power is heating up the race to create a new paradigm of secure protocols.
Crown Sterling addresses this challenge without the need for specialized hardware systems, generating random numbers efficiently, consistently and quickly, achieving high entropy values.
Attacks, computing power and hacking methods have evolved and only increased vulnerabilities, as evidenced by daily news reports of serious data breaches.
Recent discoveries reveal predictable patterns previously unknown in number field theory making some widely used encryption systems vulnerable.
Crown Sterling has advanced the popular, proven and scalable Elliptic Curve Diffie-Hellman (ECDH) encryption software module by replacing vulnerable prime number Private Keys with AI-generated non-repeating irrational number Private Keys.
CrownEncrypt™• A cryptographically secure data transfer platform as a service. Crown Sterling provides core technologies for securing digital transactions, using the CrownRNG™ AI-driven engine. CrownEncrypt™ implements the proven and well-validated 512-bit Elliptic-curve Diffie–Hellman (ECDH) protocol with AES 256, in conjunction with a random irrational number generator.
CrownRNG™• Our AI-driven Cryptographically Secure Random Irrational Number Generator is a software which generates random numbers suitable for secured applications as recommended by NIST. Applications include “overlay” technology which can relatively easily upgrade outdated technologies.
Crown Sterling’s non-factored algorithms leverage time, music’s infinite variability, AI, and mathematical constancies to deliver on the promise of quantum encryption without the need for specialized hardware. The proof, though, is in the product:
The successful MainNet represents a major milestone for the blockchain behind the world’s first quantum-resistant digital asset. NEWPORT BEACH, CA – (July 20, 2021) – Crown Sterling recently launched the successful MainNet of the Crown Sovereign token (CSOV), the world’s first quantum-resistant digital asset. Crown Sterling’s successful MainNet launch represents a significant milestone for the […]read more
NEWPORT BEACH, Calif., June 14, 2021 // Crown Sterling Limited LLC., a leader in data sovereignty technologies, has established a “Data Bill of Rights” declaring digital assets to be the intangible personal property of consumers (known as “original producers”). Crown Sterling Limited is a leader in formally recognizing the right for consumers to own, protect, manage, and monetize their digitally produced data. The “Data Bill of Rights” declaration proposes that data, created […]read more
Crown Sterling Founder, Robert Edward Grant, recently spoke with Jody Westby and Jerry Buckley on Individual Data Ownership and Monetization Rights. This episode explores the concept of data ownership, the monetization of personal data, and the role these might play in the national privacy debate as alternatives to consent and opt-in/opt-out. Tune in for this […]read more