At the World Economic Forum in Davos on January 22, 2026, Global Board Advisors Corp (GBAC) and BoardroomEducation.com unveiled Quantum Strategic Intelligence (QSI), a groundbreaking open Sovereignty Standard designed to address the escalating risks posed by quantum computing and agentic-AI. This new governance architecture doesn’t replace established frameworks like COSO, COBIT, and NIST, but extends them to encompass the “policy, physics, and sovereignty dimensions” crucial for navigating the Quantum-AI age. Central to QSI is The Mosca Metric, a board-level solvency test quantifying quantum risk by assessing data vulnerability against encryption timelines. As Prof. Yusuf Azizullah, GBAC -Boardroomeducation.com CEO, explains, “QSI lets boards and sovereigns add a sovereignty‑grade governance layer to existing ERM—fast, auditable, and non‑disruptive.”
Quantum Strategic Intelligence Framework Launched at Davos
This isn’t simply an upgrade to existing cybersecurity protocols; it’s a fundamental shift in how organizations and governments approach risk management. “Those frameworks were built for a classical, process-centric world,” explains Prof. Yusuf Azizullah, GBAC -Boardroomeducation.com CEO. To counter this, QSI promotes “Physics-Based Defense,” including technologies like Quantum Key Distribution (QKD) which leverages the laws of quantum mechanics to ensure secure key exchange. The framework’s layered architecture offers tools tailored to different audiences, from a “Sovereignty Standard” mandating geopatriation of critical data for governments to an “Analogy: adding a strategic weather radar to a ship’s navigation system” for C-suite executives.
GBAC is now calling for a “cross-sector coalition” to operationalize QSI, inviting standards bodies, regulators, and tech providers to participate in a 6-9 month pilot program. “Risk is shifting fast from math to quantum physics,” Azizullah states, emphasizing the urgency of adopting a proactive, physics-informed approach to strategic intelligence. This initiative signals a growing awareness that safeguarding data in the quantum era demands a new paradigm of governance, one that prioritizes national sovereignty and long-term resilience.
COSO, COBIT, and NIST Extended for Quantum-AI Risks
The established foundations of enterprise risk management are facing a paradigm shift, demanding an extension beyond traditional process-centric models. Classical encryption, reliant on mathematical hardness, will be increasingly vulnerable to quantum computers, creating a “Harvest Now, Decrypt Later (HNDL)” scenario. This layered architecture is offered at multiple levels, from a “Sovereignty Standard” for governments mandating data geopatriation, to a practical “Overlay” for executives integrating with existing ERM investments. This metric quantifies quantum risk by comparing data lifespan and migration time against the projected timeline for encryption failure—providing a clear trigger for action.
A simplified example illustrates the concept: if “Data Lifespan + Migration Time” exceeds “Time Until Encryption Breaks,” remediation is required. This allows boards to move beyond abstract risk assessments toward concrete, solvency-grade decisions. Yusuf Azizullah, GBAC -Boardroomeducation.com CEO. The aim is to establish a globally scalable Sovereignty Standard, ensuring resilience in the face of rapidly evolving quantum and AI threats.
Risk is shifting fast from math to quantum physics. QSI lets boards and sovereigns add a sovereignty‑grade governance layer to existing ERM-fast, auditable, and non‑disruptive.
Prof. Yusuf Azizullah
The Mosca Metric Quantifies Quantum Risk & Solvency
This isn’t about predicting if quantum computers will break encryption, but assessing when and whether organizations are prepared. QSI frames this metric as a “board-ready exposure check,” designed to be easily understood by those responsible for overall organizational solvency. As Prof. The launch includes a call for a “cross-sector coalition” to implement QSI, with a target of 6–9 months to validate interoperability and harmonize policy globally, demonstrating the urgency of addressing this evolving threat landscape.
Sovereignty Standard Enables National Data & Compute Resilience
This is not just about technology, however, but about recognizing compute and data as “digital food security for the 21st century.”
The standard offers a layered approach, tailored to different organizational levels. For governments and central banks, the Sovereignty Standard mandates “geopatration of critical compute and data,” alongside rigorous supply-chain audits for quantum inputs, ensuring national autonomy. A key component is the “Wassenaar Minus One” Audit, a stress test assessing national supply chain resilience against export controls on critical quantum components. Yusuf Azizullah, GBAC -Boardroomeducation.com CEO.
