Enhanced data security designed to keep information safe now and in the future

Reliance on traditional perimeter-based authentication mechanisms is ineffective. Data leaks happen; however, the cost to remediate a data leak is no less than the damage from a disgruntled employee or hacker. Encryption protects your data, but overlooked is the organizations ability to deploy and manage a successful and sustainable solution. We viewed the problem through a new lens, and are redefining expectations. We literally threw away the key.^TM

Efemeral^TM (patent pending) is a cryptographic system, which uses military grade AES-256 encryption, designed to secure your information by encrypting each data object with a unique per-object symmetric encryption key.  Our technology applies advanced quantum-resilient mathematics to ensure the cryptographic key is resistant to today’s hacks and tomorrows quantum attacks. Embedded Smart Policies ensure the key regenerating service only computes the key when the policy is met, permitting data to be securely shared across the cloud, web, networks or stored on the Blockchain. The key is transient, existing only long enough to protect your data or make it accessible.  As a result, there is no key to manage, store, lose or have stolen. 

An encryption key that doesn’t exist cannot be stolen

As quantum computers improve in performance and the number of qubits used for calculations increases, current cryptosystems are under more threat of attack. AES-256 is believed to be quantum-resistant; therefore, quantum computers are not expected to be able to reduce the attack time enough to be effective if the key sizes are large enough. Efemeral’s^TM key generating algorithm ensures maximum entropy by interlacing randomly generated mathematical surfaces to encapsulate a key component. The method permits the key to be deterministically recomputed only when needed – still requiring a quantum computer one billion years to break.

Efemeral^TM makes sharing your secure data a breeze.  A built-in policy engine allows fine grained controls over key provisioning.  You have ultimate control of your security without the hassle of managing another security tool. Smart Policies offer a wide range of use cases to define how your protected information can be made accessible.

• Public domain filings can be protected until released, attested to a Non-Fungible Token (NFT) and released by a Smart Contract.
• Legal documents can be held secure and unknown until released by a legal authority.
• Public works project proposals can remain secure until solicitation closing date.
• Restrict accessibility by any number of policy criteria, such as geographical location, multi-factor validation, computer process or control, etc.