Use Case: Financial Transaction Security with Eni6ma Technology
Goldman Sachs, a leading global investment bank, handles vast amounts of financial transactions daily, each requiring the highest level of security to prevent fraud and ensure compliance with financial regulations. Traditional methods like MFA/2FA, while secure, can introduce delays and increase the complexity of transaction verification processes.
By integrating Eni6ma’s Cryptographic Hash Functions and Public Key Infrastructure (PKI) into its transaction verification processes, Goldman Sachs can eliminate the need for MFA/2FA while enhancing the security of its financial operations. The Rosario-Wang Proof ensures that each transaction is securely hashed and verified, preventing unauthorized access and tampering without the need for additional authentication steps.
Lockheed Martin, a leader in defense and aerospace, manages highly sensitive and classified information related to national security. Ensuring the security of this information is paramount, and traditional authentication methods like MFA/2FA may not provide the level of protection required for defense systems.
Intel, a leader in semiconductor manufacturing, powers a wide range of IoT devices and platforms. Ensuring the security of these devices is critical, especially in sectors like healthcare, automotive, and smart cities where IoT systems manage critical infrastructure. Traditional authentication methods, including MFA/2FA, may not be feasible for all IoT devices due to resource constraints.
Disney, a global entertainment giant, manages vast amounts of digital content, including movies, TV shows, and interactive media. Protecting this content from piracy and unauthorized access is crucial to maintaining revenue streams and brand integrity. Traditional DRM (Digital Rights Management) solutions that rely on MFA/2FA can be cumbersome and may not provide the desired level of security.
Contact us to learn how the patent pending ENI6MA Authentication technology can revolutionize your organizations privacy and cyber security .