The emergence of quantum computing and AI is redefining corporate cybersecurity. To prevent these emerging technologies from becoming risk vectors, companies must anticipate and adopt a postcussical cybersecurity strategy as soon as possible.
The risk is no longer theoretical: the quantum era is getting closer
While generative artificial intelligence has already been consolidated as a usual tool in the business environment, quantum computing begins to appear as the next great technological jump. And with it, a new type of threat: the ability to decipher current cryptographic systems in just seconds. This scenario, known as “Quantum Threat“forces to review from today the bases of business digital security.
It is not alarm, but in advance. In the words of Cyberark experts, a company specialized in identities management and protection against advanced threats, “the time to act is now. Companies must begin to prepare for a future where their current cryptographic systems will cease to be effective.”
Six steps to build a postcussic cybersecurity strategy
Cyberark proposes a clear road map, divided into six strategic actions, so that organizations reinforce their safety in the face of threats derived from both quantum computing and the massive use of AI agents.
- 1. Detect where public key encryption is used. The first step is to know the real map of encryption use within the organization. Identify which systems depend on vulnerable algorithms in the face of a possible quantum deciphering allows to prioritize mitigation efforts.
- 2. Adopt the new NIST standards. In July 2024, the National Institute of Standards and Technology (NIST) published the first three algorithms of POSCONENT CRYPTOGRAPHY (PQC). Cyberark recalls that these standards are not only available, but should begin to be implemented, especially in critical infrastructures or highly regulated sectors.
- 3. Apply segmented encryption and layers. Faced with current and future threats, a strategy of in -depth defensethat uses multiple layers of encryption, allows you to shield the most sensitive information. If a key is compromised, another layer acts as an additional barrier. Of course, this approach requires advanced keys of keys and certificates.
- 4. Design dynamic cryptographic architectures. Postcuantic cybersecurity requires adaptable systems. The key is not only to protect current data, but power Reconfigure quickly Algorithms or management policies when new vulnerability or technological advance appears.
- 5. Automatize key rotation. Periodically renewed keys and certificates reduce exposure to risk. Automatizing this process not only saves time, but also contributes to a stronger security posture against quantum threats or attacks that take advantage of gaps in AI.
- 6. BLINDAR BOTS AND AGENTS OF IA. As intelligent bots and assistants become an integral part of business processes, they also grow as possible attack vectors. Encrypt your communications, validate your authenticity and monitor your activity It is essential to prevent them from becoming an entrance door for cybercriminals.
