Quantum computing is radically changing the cybersecurity landscape. While this technology offers significant advances in processing and analysis capabilities with extensive applications in simulation, optimisation, and artificial intelligence, it also poses an unprecedented threat to the traditional cryptographic systems that underpin current online security.
Quantum computing, in particular, has the potential to break algorithms such as RSA, ECC and other public key systems using techniques such as Shor's algorithm. This scenario, anticipated as ‘Q-Day’, forces a massive migration from current cryptography to quantum-safe cryptography.
Given that many current systems and devices will not be able to adapt easily, a considerable technical and organisational effort is required.
Given the increasing proliferation of NoSQL databases in modern applications, it is critical for developers and security teams to understand the risks associated with NoSQL injections. This article discusses the threats and impact of these vulnerabilities, the techniques attackers use to discover and exploit weaknesses in applications, and best practices for protecting against these types of attacks. Through a defense-in-depth strategy, which combines input validation, secure queries, strict access controls, and continuous monitoring, organizations will be able to strengthen the security of their applications against NoSQL injections and mitigate the associated risks.