Solutions / Fields-Encrypt®
Fields-Encrypt®
Protection of data at rest, without leaving exposed what happens when the data is used
Fields-Encrypt® is a fully agnostic, multiplatform solution. It can be deployed on any cloud provider (such as AWS, Azure, Google Cloud, Oracle Cloud or IBM Cloud) as well as on on-premises infrastructure and mainframes (IBM z/OS, IBM i).
Thanks to an architecture built from multiple components in several programming languages, the tool adapts in the most efficient and secure way to any operating system (Linux, Windows, macOS, AIX, Solaris) and processor architecture (x86, ARM, System/390, POWER, RISC-V). On the security side, it natively integrates hardware security modules (HSM) of any range or manufacturer on the market, guaranteeing maximum flexibility and regulatory compliance.
Exceptional performance
Fields-Encrypt® stands out for its efficiency, able to process millions of records in a few minutes using multiple processors.
That speed comes from its proprietary interprocess communication library and NIST-approved encryption algorithms, guaranteeing superior performance compared with other solutions on the market.
Applications and flexibility
It can protect any sensitive data stored in databases or data repositories.
This includes addresses, names, email addresses and more. It can also tokenize real first and last names for testing and development purposes, ensuring that production data is never exposed in those environments.
PCI DSS compliance
Implementing Cyte's Fields-Encrypt® is a crucial step to protect data and meet the standard's requirements.
By adopting this solution, organizations can make significant progress on their path to security and regulatory compliance.
Crypto-agility by default
Fields-Encrypt® encrypts and tokenizes with NIST-approved algorithms that are swapped by policy, integrated with any HSM on the market, and without altering the applications that query the database. When the standard changes, the configuration changes; the database schema and your systems' code stay as they are. It is the crypto-agility by default shared by every Cyte encryption product.
Learn more
The cryptography that withstands the quantum computer
post-quantum cryptography replaces the mathematical problems a quantum computer solves quickly, such as factoring large numbers or computing discrete logarithms, with problems that neither classical nor quantum computers can solve, such as lattices and error-correcting codes.
Read the guide → Crypto-agility · cryptographic agilityChanging an algorithm should not be a project
an organization is crypto-agile when the algorithm is a configuration parameter and not a line of code, when it knows where every key and certificate is, and when rotating them is an operational routine with a date on the calendar, not a project with a steering committee.
Read the guide →Support and professional assistance
Contact a specialist or schedule a demo of Fields-Encrypt®.
