PROJECT DESCRIPTION

TRENDS AND OPPORTUNITIES

Global organizations and governments are accelerating the adoption of security measures designed to withstand future quantum attacks, creating an opportunity for the Wi-Fi industry to modernize early.

Enterprises are already planning networks that can resist quantum threats. As quantum computing advances, today’s Wi-Fi security will become vulnerable, increasing the urgency for post-quantum protection.

Organizations also require flexible, easily upgradable security to avoid costly system replacements.

Demand for highly secure Wi-Fi is rising across government, defense, finance, healthcare, and industrial IoT.

With widespread confusion about quantum risks, there is a strong demand to have a trusted guidance and lead the industry’s smooth transition into the quantum era.

BUSINESS & MARKET BENEFITS

Early guidance on quantum-safe security reduces operational risk and strengthens customer trust by helping operators and vendors avoid sudden cryptographic failures.

A clear implementation roadmap aligned with global PQC timelines lowers internal development effort and accelerates commercial readiness.

Vendors that adopt quantum-safe Wi-Fi early gain a competitive edge, while shared frameworks improve interoperability across devices, networks, and infrastructure.

Proactive preparation increases resilience against long-term data harvesting threats and supports high-value sectors that require stronger protection.

Centralized WBA direction allows members to shape unified guidance, share expertise, and align best practices, helping the Wi-Fi ecosystem meet emerging regulatory mandates and support mission-critical environments.

EXPECTED OUTCOMES

This project will bring clarity to quantum security risks and establish a structured path toward quantum-safe Wi-Fi.

Key Deliverables

Phase 1 – A comprehensive whitepaper providing accurate, actionable guidance by assessing quantum-computing threats to current Wi-Fi security, illustrating practical use cases, and evaluating countermeasures against post-quantum decryption risks. This phase creates a shared understanding of priorities for operators, vendors, enterprises, and regulators.

Phase 2 – Technical specification development focused on execution and adoption, including demonstrations or PoCs as technologies mature, coordinated engagement with peer organizations, and supporting communication campaigns to drive industry alignment and education.

KEY PARTICIPANTS