Quantum computing and artificial intelligence agents are revolutionizing cybersecurity by offering solutions that previously seemed unattainable and generating new challenges in the field of digital security. Thanks to its enormous processing capacity, quantum computing will allow significant advances in all sectors, while IA agents continue to transform the way we work.
Given this panorama, organizations must advance and strengthen their cryptographic infrastructure to resist possible vulnerabilities. To start this critical transition, Cyberark specialists proposes Six key strategic actions in postcuantic cybersecurity:
- Identify the use of public key encryption: Before being able to protect the information, it is necessary to know where public key encryption is being used within the organization. And perform a detection exercise that allows to mapping, precisely, all the points where this type of encryption is applied and how it is being implemented.
- Adopt Postcuatic Cryptography Standards (PQC). In July 2024, the National Institute of Standards and Technology (NIST) published the first three encryption standards designed to resist deciphered efforts of a quantum computer. The NIST recommends that all vulnerable systems be updated within a maximum period of five years.
- Implement a segmented and layer encryptionprotecting the data with an in -depth defense strategy, using multiple layers of encryption that reinforce security at different levels. This approach reduces the risk of unauthorized access and allows a safer and more controlled management of the keys. If a layer becomes violated, another additional layer acts as a protective barrier. Of course, this architecture requires a more complex administration of keys, so it is essential to have efficient systems and processes for management.
- Design agile and adaptable infrastructure: Digital threats constantly change, so infrastructure must be prepared to evolve quickly. This includes the possibility of updating cryptographic algorithms or modifying the key management scheme dynamically, ensuring that data protection is always aligned with the most modern and effective standards.
- Automate the rotation of keys and certificates: Renewing keys and certificates frequently decreases time during which they could be vulnerable to filtration. The automation of this process not only optimizes the management of certificates, but also reinforces the current security position. In addition, it is key to prepare for the new challenges that post -chaptography will bring.
- Protect bots and artificial intelligence agents: AI -based technologies, such as automated bots and agents, must be protected to prevent them from becoming open doors to digital risks. Implementing authentication, encryption and constant monitoring mechanisms helps ensure that these solutions remain safe allies within the technological ecosystem.
