The quantum computing threat to current data encryption can't be delayed while organizations address AI security challenges, according to a new analysis published by CRN. The analysis warns that cybersecurity teams and channel partners face a critical prioritization dilemma as two transformational threats demand immediate investment simultaneously. While AI-powered attacks and AI security consume most of the attention and budget, the clock is ticking toward "Q-Day"—the moment when adversaries gain access to quantum computers powerful enough to crack existing encryption.

The analysis details how quantum has lost visibility as a security priority since AI took center stage. Timothy Hollebeek, industry technology strategist at digital certificate authority DigiCert, noted that quantum "used to be one of the top topics in security," creating what he called "a prioritization risk." However, some signs suggest the tide may be shifting. Chris Konrad, vice president of global cyber at World Wide Technology (ranked No. 10 on CRN's 2026 Solution Provider 500), estimated that quantum surfaced in close to half of his discussions at the recent Black Hat USA conference. Konrad observed that the conversation has evolved from questioning whether preparation is necessary to recognizing that "we need to start planning for long-term cryptographic resilience." Estimates for Q-Day's arrival vary, with some projecting it could occur within five years while others offer longer timeframes.

The report emphasizes that transitioning to post-quantum cryptography represents a multi-year undertaking for many organizations, not a simple technology purchase. According to Rob Gregory, CISO at Optiv (No. 29 on CRN's 2026 Solution Provider 500), the shift requires identifying where cryptography is deployed, determining which data needs long-term protection, and figuring out which applications, devices, and systems must migrate to new encryption methods. For large enterprises, changing encryption keys and approaches—potentially including underlying technology replacements—could stretch over an extended period. DigiCert's Hollebeek warns of another risk: organizations may treat comprehensive inventory completion and perfect migration planning as requirements before taking any action whatsoever.

The analysis explains that the dual pressure of AI and quantum creates a resource trap that grows more dangerous as time passes. Waiting for a precise Q-Day timeline will almost certainly leave insufficient time to implement the most critical cryptographic changes an organization needs, the report states. Yet AI security demands are absorbing most available budget and attention, making it difficult to turn quantum awareness into funded, executable projects. The complexity of the post-quantum transition adds to the challenge—it's not something that can be solved with a single vendor relationship or product deployment, making it easy to postpone. Hollebeek's recommendation cuts through the paralysis: ruthlessly prioritize rather than attempting a complete transition. "Figure out the first, most critical thing you have to transition and start your transition journey," he advises, acknowledging that organizations won't migrate everything. Channel partners who help customers navigate this dual-threat environment will need to develop frameworks that allow progress on quantum readiness without sacrificing necessary AI defenses. The winners in this space will likely be those who resist the temptation to treat every emerging threat as equally urgent and instead help clients sequence their investments around actual business risk.