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High security encrypted MIFARE® DESFire® EV2 reader
For projects focused particularly on robust security, DESFire® EV2 readers are the ideal solution. CDVI's high quality readers utilise AES128-bit encryption technology that locks the credential's identifying number. This prevents the reader from unlocking the door without the matching credentials and eliminates the risk of credential cloning.
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High security encrypted MIFARE® DESFire® EV2 reader
Narrow high security encrypted MIFARE® DESFire® EV2 reader/keypad
Desktop card enrolment device for ATRIUM
High security encrypted MIFARE® DESFire® EV2 reader, stainless steel protection
For access control projects focused particularly on robust security, MIFARE DESFire EV2 readers are the ideal solution. These readers are designed to provide an advanced level of protection, making them a top choice for security-conscious installations. CDVI’s high-quality readers utilise AES128-bit encryption technology, a powerful encryption standard widely recognised for its effectiveness in safeguarding data. This technology securely locks the credential’s identifying number, ensuring that only matching credentials can unlock the door.
The use of AES128-bit encryption is crucial in preventing unauthorised access. By encrypting the credential’s identifying number, it becomes extremely difficult for potential intruders to clone or replicate credentials. This encryption standard is robust enough to withstand various forms of cyber-attacks, providing an additional layer of security that is essential in today’s digital age.
Furthermore, CDVI’s MIFARE DESFire readers are not only secure but also reliable and user-friendly. They offer quick and efficient access control, ensuring that authorised personnel can gain entry without unnecessary delays. Overall, DESFire EV2 readers deliver a combination of enhanced security, reliability, and ease of use, making them an ideal solution for any project where security is a top priority.
Read more about how MIFARE DESFire credentials work with our high security readers.