Provide a safe harbor to your data through end-to-end encryption as it protects your organization from breaches and preserves your confidentiality.
An average data breach costs $3.6 million dollars, weak or no encryption exposes sensitive information to significant risks. Securing application data through encryption has become an essential requirement. However, implementing cryptography and managing encryption keys can present challenges, such as significant expenses or limitations in cloud and multi-data center compatibility.
With the implemented solution, your data is encrypted using AES-GCM with a strong 256-bit AES key or other supported key types. In the event of a security breach, even if an attacker gains access to the raw data, they would only encounter encrypted bits that are virtually impossible to decipher without the corresponding decryption keys. This ensures that your sensitive information remains protected and unreadable to unauthorized individuals.
Streamline centralized secret management with Encryption, empowering authorized applications to exclusively access and handle sensitive data.
Encrypting and decrypting application data can be achieved effortlessly through the utilization of an HTTP (TLS) API call. This approach allows for the seamless management of key administration, encryption algorithms and other relevant aspects by leveraging the centralized capabilities provided by the solution. By implementing this methodology, developers can streamline the process of securing their application data while minimizing the complexities associated with key management and encryption algorithms.
To ensure the security of our data, it is crucial to update and roll new cryptographic keys throughout the distributed infrastructure. By periodically changing the keys, we can effectively safeguard our encrypted information, mitigating the risk of unauthorized access. However, it is equally important to carry out this key rotation procedure diligently, with care, attention, and accuracy. By doing so, we can maintain the confidentiality and integrity of our encrypted data, while ensuring that the system operates smoothly.
To implement targeted filtering for Secret Mounts, you can establish a whitelist and blacklist to selectively enable or disable mounts, granting or denying access based on specified criteria. This allows for precise control over which Secret Mounts are replicated, ensuring secure and customized data replication.