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Quantum Security & PQC
India Finalizes Quantum-Safe Roadmap: CII Migration by 2029, Testing Labs by 2026
India's finalized quantum-safe roadmap adds Preferential Market Access mandates, a detailed four-level certification framework, and sector-specific technology guidance. The timelines hold — but the execution gap just got harder to ignore.
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CNSA 2.0
The 2027 Procurement Gate: Why CNSA 2.0 Compliance Starts Now
January 1, 2027 is when CNSA 2.0 stops being guidance and becomes a procurement gate. Combined with the FIPS 140-2 sunset in September and CMMC enforcement in November, it creates a five-month compliance squeeze that cannot be solved by urgency…
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CNSA 2.0
CNSA 2.0: The Complete Guide to NSA’s Post-Quantum Requirements
The definitive vendor-neutral reference to NSA's Commercial National Security Algorithm Suite 2.0 — the most operationally specific post-quantum cryptography mandate in the world. This guide breaks down every component of CNSA 2.0 in one place: the complete algorithm suite with…
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CNSA 2.0
CNSA 2.0 vs. the World: Navigating Diverging Global PQC Requirements
The world's major cryptographic authorities agree that post-quantum migration is necessary. They disagree on nearly everything else: which algorithms, which parameter levels, whether hybrid is mandatory, and whether NIST's standards are sufficient.
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CNSA 2.0
CNSA 2.0 for the Defense Industrial Base
CNSA 2.0 applies to National Security Systems. The requirements cascade to every prime contractor, sub-tier supplier, and commercial vendor selling into classified environments — arriving alongside CMMC 2.0 enforcement and a FIPS 140-3 validation bottleneck.
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CNSA 2.0
CNSA 2.0 Beyond NSS: Why Financial Services Is Adopting It Anyway
CNSA 2.0 technically applies only to National Security Systems. In practice, its algorithm choices are appearing in financial services procurement language, board-level risk assessments, and counterparty due diligence — creating a de facto standard for high-assurance cryptography far beyond its…
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CNSA 2.0
The SLH-DSA Exclusion: Why NSA Left Out NIST’s Conservative Fallback
NSA excluded NIST's hash-based signature algorithm from CNSA 2.0 and stated it does not plan to add future post-quantum standards. The decision reveals how NSA thinks about lattice security, operational simplicity, and the trade-offs that other national authorities resolve differently.
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Quantum Threat to Cryptocurrencies
Preparing for Crypto’s Quantum Future: A Practical Guide
The quantum threat to cryptocurrencies is real but not imminent. The migration will take years. This guide translates the full series into specific actions, segmented by who you are and what you control.
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Quantum Threat to Cryptocurrencies
Beyond Bitcoin and Ethereum: Quantum Vulnerabilities Across the Blockchain Ecosystem
Zcash aims for full post-quantum security by 2027. Solana's two core teams independently chose Falcon. Algorand deployed PQ signatures in 2022. QRL has been quantum-safe since 2018. The blockchain ecosystem's quantum readiness varies from leading-edge to nonexistent.
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Quantum Threat to Cryptocurrencies
Bitcoin’s Quantum Migration: The Decade Is Political, Not Technical
Jameson Lopp proposed freezing 6.5 million quantum-vulnerable Bitcoin. The community called it authoritarian within hours. The engineering exists. Whether Bitcoin's decentralized governance can coordinate action against a time-bounded threat is the open question.
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Research
Theorists Prove Passive Quantum Memory Works in Three Dimensions, Settling a 25-Year-Old Question
A Caltech–UCSD team has constructed a 3D quantum system that can store a qubit for exponential time without active error correction. The result settles a question that has resisted the field's best efforts for a quarter century.
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Quantum Threat to Cryptocurrencies
Fixing the Lightning Network: A Protocol-Level Migration Roadmap
Fixing Lightning requires changes to every layer of the protocol stack, from Noise transport through Sphinx routing to on-chain HTLC settlement. This is the BOLT-by-BOLT migration roadmap, structured by what can be shipped now versus what requires a Bitcoin consensus…
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Quantum Threat to Cryptocurrencies
The Lightning Network’s Quantum Problem: Why Layer 2 Is Harder Than Layer 1
Lightning's quantum vulnerability runs deeper than Bitcoin Layer 1. The protocol requires continuous public key exposure across funding, routing, gossip, and revocation. Application-layer upgrades can protect metadata, but fund security demands a base-layer consensus change.
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Quantum Threat to Cryptocurrencies
Ethereum’s Five Quantum Vulnerabilities: Why Smart Contracts Change Everything
Ethereum's quantum exposure goes far beyond wallet signatures. Five distinct vulnerability classes threaten accounts, admin keys, smart contracts, validator consensus, and the data availability layer, each with different attack mechanics and different mitigation paths.
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Quantum Threat to Cryptocurrencies
Fixing Bitcoin: The Post-Quantum Migration Technical Roadmap
Making Bitcoin quantum-safe requires a new output type, a signature algorithm ten times larger than ECDSA, a multi-year UTXO migration, and emergency escape hatches for when the timeline slips. This is the full engineering roadmap.
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