Cy4Data Labs introduced
Cy4Secure, a new encryption platform designed to secure data at every stage—without requiring decryption. Unlike traditional encryption methods that primarily protect data in transit or at rest, Cy4Secure addresses a long-overlooked vulnerability: safeguarding data while it is actively in use.
Closing the Gap in Traditional Encryption
Today’s encryption standards focus heavily on preventing breaches while data moves across networks or sits in storage. However, once data is accessed and processed, it becomes vulnerable. Common approaches like tokenization, TLS, or field-level encryption provide only partial protection. Technologies like homomorphic encryption allow computation on encrypted data but struggle with real-time performance at scale, limiting their practicality for enterprises handling large volumes of information.
Cy4Secure changes the approach by allowing data to remain encrypted even while it is being queried, processed, and analyzed. This ensures sensitive fields, records, and tables remain protected without impacting system performance or requiring trade-offs between security and accessibility.
Encryption That Moves with the Data
Cy4Secure enables encryption to persist beyond controlled environments. Whether data is on-premises, in the cloud, or spread across SaaS applications, it remains encrypted and protected. The platform manages millions of encryption keys at once, securing individual fields or even single words, without disrupting business operations. By eliminating the need to decrypt data for use, Cy4Secure renders stolen data meaningless, effectively neutralizing the value of breaches. Even if attackers gain access, without the proper encryption keys, the data remains inaccessible.
Continued encryption is essential for organizations looking to reduce their threat surface and mitigate risks associated with AI-driven data exploitation. Cy4Secure offers an approach that ensures data security extends into AI environments and future computing models.
