A research report from NYDIG, titled “Quantum: Buy the Migration, Not the Machine,” argues that recent US government policy shifts have turned quantum computing risks into a near-term infrastructure spending cycle. The analysis, authored by Greg Cipolaro and released on June 26, 2026, centers on two executive orders signed four days earlier by the White House.
These directives move quantum technology from hypothetical discussion to concrete deadlines and funding priorities.
One order focuses on defense. It requires federal agencies and contractors to replace vulnerable encryption protecting data, communications, and software.
Key milestones include a National Institute of Standards and Technology (NIST) internal pilot by the end of 2027, full transition to post-quantum cryptography (PQC) for key establishment by December 31, 2030, and for digital signatures by December 31, 2031.
The motivation is the “harvest now, decrypt later” threat: adversaries could already be collecting encrypted information today, planning to unlock it once sufficiently powerful quantum computers emerge.
No cryptographically relevant quantum computer (CRQC) exists yet, so the urgency stems from regulatory timelines rather than an immediate technical breakthrough.
The second order takes an offensive stance, directing resources toward accelerating US capabilities in quantum computing, sensing, networking, and supply chains.
While this builds long-term technological leadership, the report notes that near-term commercial opportunities in this area remain limited, particularly in sensing applications targeted for fielding by late 2028.
Cipolaro’s central thesis is straightforward: the first wave of meaningful spending will support the migration to quantum-resistant systems, not the development of quantum hardware itself.
Organizations must first locate existing encryption, swap it for NIST-standardized PQC algorithms (such as ML-KEM for key encapsulation and ML-DSA for signatures, finalized in 2024), and verify the upgrades.
This process creates immediate demand for specialized tools and services.
Federal estimates from the Office of Management and Budget project roughly $7.1 billion (in 2024 dollars) for migrating prioritized non-national-security systems from 2025 to 2035, though the figure carries high uncertainty and excludes classified systems.
Broader commercial spillover is expected to be substantially larger as federal requirements influence contractors and private-sector practices through updated acquisition rules.
The research report identifies clear beneficiaries in the migration phase: cybersecurity platforms, cloud providers, identity and access management vendors, public key infrastructure (PKI) and hardware security module (HSM) suppliers, key management systems, network security firms, zero-trust solution providers, code-signing services, federal system integrators, and independent validation companies.
Early spending is likely to flow first to integrators handling assessments and planning (2026–2028), followed by software and platform vendors.
For cryptocurrency markets, the analysis highlights Bitcoin as a key case study.
Roughly one-third of Bitcoin’s supply sits in quantum-vulnerable forms, including older pay-to-public-key outputs and addresses with exposed or reused public keys.
Active wallets can be moved to quantum-safe addresses, but lost coins and certain early-era outputs function as potential future “bounties.”
The primary risk is not an imminent cryptographic break but the speed and credibility of ecosystem-wide migration.
Governance conservatism, which has long been a Bitcoin strength, could slow coordinated upgrades.
According to insights from NYDIG, opportunities exist for services that provide exposed-key analytics, audits, and migration coordination.
Cipolaro concludes that the quantum story is fundamentally an infrastructure upgrade cycle with fixed regulatory clocks.
Investors should prioritize companies enabling the transition over pure quantum hardware plays, which remain longer-term optionality bets due to unresolved technical challenges in error correction and commercial scalability. The NYDIG update has concluded that as federal mandates extend outward, the migration theme is positioned to drive sustained spending across both government and commercial sectors long before any quantum machine achieves broad practical dominance.