QIZ Security and Google Cloud collaborate on encryption that is safe against quantum threats.

      TL;DRQIZ Security has announced a partnership with Google Cloud aimed at assisting enterprises in transitioning to quantum-resistant cryptography. This collaboration merges QIZ’s cryptographic posture management platform with Google Cloud’s infrastructure, enabling organizations to gain insight into cryptographic risks across hybrid environments as regulatory deadlines approach.

      The urgency to safeguard sensitive data against future quantum computing threats has been amplified. QIZ Security, a startup focused on cryptographic posture management, has revealed a collaboration with Google Cloud that seeks to expedite the adoption of quantum-resistant cryptography, which regulators and technology experts increasingly view as critical.

      This partnership integrates QIZ’s platform, which identifies and catalogs cryptographic assets throughout hybrid environments, with Google Cloud’s worldwide infrastructure and security tools. The goal is to provide organizations with comprehensive visibility into cryptographic risks that encompass cloud workloads, on-premises setups, applications, databases, and broader infrastructures.

      At the core of this initiative lies a long-standing concern within the security community: quantum computers are anticipated to eventually compromise widely utilized public-key cryptographic systems such as RSA and elliptic curve cryptography. This scenario has led to the emergence of “harvest now, decrypt later” tactics, where attackers capture and store encrypted data today with plans to decrypt it when sufficiently advanced quantum computing capabilities become available.

      The timeframe for this potential threat appears to be narrowing. In March 2026, Google advanced its internal deadline for fully transitioning to post-quantum cryptography, aiming for completion by 2029, significantly ahead of the U.S. government's own timelines. The National Institute of Standards and Technology (NIST) established its first three post-quantum cryptography standards in August 2024, formalizing algorithms like ML-KEM and ML-DSA that are designed to resist quantum attacks. Alongside this, regulatory demands are escalating: the NSA’s CNSA 2.0 framework requires quantum-resistant algorithms for new national security systems acquired starting January 2027, and the European Union is expected to release a coordinated implementation roadmap by mid-2025, with a target for critical infrastructure resilience by 2030.

      QIZ’s platform tackles the operational challenges involved in this transition. It conducts organization-wide cryptographic discovery, pinpoints encryption susceptible to quantum threats, prioritizes risks, generates migration strategies, and facilitates ongoing governance and regulatory compliance. When utilized within Google Cloud environments, it assesses cryptographic posture across distributed systems, providing security teams with a cohesive overview of what can otherwise be a complex and unclear issue.

      The collaboration primarily focuses on regulated sectors, such as financial services, government, telecommunications, and critical infrastructure, where the repercussions of a cryptographic breach would be particularly severe and where compliance timelines are strict. For these organizations, the task extends beyond simply adopting new algorithms to comprehending the locations of legacy encryption, its interactions with other systems, and identifying the assets with the highest exposure.

      The momentum behind post-quantum cryptography has surged significantly over the past year. Research conducted between May 2025 and March 2026 has sharply decreased estimations of the quantum resources necessary to compromise RSA-2048, shortening timelines that previously appeared comfortably far-off. Major cloud service providers, governmental entities, and standards organizations are now aligning efforts, establishing crypto-agility—the capability to switch cryptographic components without needing to rebuild entire systems—as a standard expectation rather than a theoretical goal.

      For enterprises that have not yet started their cryptographic inventory, the partnership between QIZ and Google Cloud presents a well-defined starting point. For those already on the path, it offers the centralized management that a disjointed combination of manual audits and spreadsheets cannot deliver. In either case, the opportunity to prepare is diminishing, and the consequences of inaction are increasingly difficult to overlook.