Storage infrastructure will underpin post-quantum security (www.techradar.com)

Recent developments in storage infrastructure highlight a crucial evolution in how organizations manage data security amid the rise of quantum computing. As AI-driven data growth accelerates, enterprises must address the dual challenges of enhancing data capacity and performance while ensuring long-term integrity and cyber resilience. The emergence of "harvest now, decrypt later" threats, particularly regarding encryption methods vulnerable to future quantum capabilities, underscores the necessity for organizations to rethink their security strategies. Long-term data storage is becoming a strategic asset, emphasizing the need for defenses that extend beyond conventional packing and encrypting of data. To tackle these challenges, the storage industry is increasingly integrating post-quantum cryptography (PQC) into the architecture of enterprise hard drives. This involves implementing security measures such as firmware authentication and secure key establishment, which comply with NIST standards. By reinforcing the underlying trust mechanisms of storage devices, organizations can better safeguard against both current and impending quantum threats. With high-capacity HDDs remaining critical for large-scale data archiving, equipping them with PQC not only enhances existing protections but also ensures that enterprises are prepared for the evolving landscape of data security in the AI era.