Breaking! Trump signs the "Quantum Manhattan Project," $BTC life and death countdown of 5 years, 6.65 million coins have gone fully exposed

Buddy, sit down and have a cup of tea. Today I must talk to you about something more terrifying than any K-line chart—quantum computing is no longer science fiction; it’s already an executive order on the White House desk.

On June 22, Trump signed two documents in one day. One orders all federal agencies to replace their encryption locks with post-quantum standards by 2030, and the other tasks the Department of Energy with building a true “National Quantum Computer.” You read that right, this isn’t a lab discussion; it’s a national plan with a death sentence. Huang Renxun said earlier this year that “practicalization will take at least 15 to 30 years,” but two months later, NVIDIA released an AI-driven Ising model, and Huang changed his tune, saying AI can make qubits more reliable. Quantum computing is accelerating with AI support, and its threat to the encryption industry is also speeding up.

The most insidious part isn’t that quantum computers might suddenly crack everything, but “harvest first, decrypt later”—adversaries can now store on-chain public data and slowly reverse-engineer private keys once quantum machines are mature in ten years. So, the U.S. government has issued a strict order to all federal agencies: high-value assets must complete PQC key migration before December 31, 2030, and digital signature migration is delayed until the end of 2031. Each agency must designate a PQC migration lead within 30 days, reporting directly to the White House OMB and the National Cyber Director. NIST must initiate pilot projects within 180 days and complete them by the end of 2027.

Even more harshly, federal procurement regulations must be amended within 180 days, requiring all contractors supplying the U.S. government—Microsoft, Amazon Cloud, various IT service providers—to meet PQC standards by 2030. The Department of Homeland Security will also assist critical infrastructure sectors like power grids, banks, hospitals, and telecom operators in developing migration plans. The U.S. government is using administrative power to force a major overhaul of global internet security infrastructure.

Another document, “Pioneering the Next Frontier of Quantum Innovation,” even puts the quantum computing race on the table. The White House demands the Department of Energy publish technical specifications within 90 days and explore public-private partnership models within 180 days. This isn’t a small effort; it’s the “Manhattan Project” moment for quantum computing—government funding, policies, and orders to accelerate from lab prototypes to engineering tools.

And what about the encryption industry? $BTC ’s foundation—ECDSA elliptic curve signatures—can theoretically be cracked by quantum computers. According to BTQ Technologies’ October 2025 data, about 6.65 million BTC (worth roughly $745 billion at that time) have their public keys permanently exposed on the blockchain, including 1.9 million early P2PK addresses and about 4 million reused addresses. These coins don’t need quantum computers to attack transactions—they’ve been on the blockchain for over a decade, and once quantum machines are mature, private keys can be slowly reverse-engineered offline.

Since November 2021, $BTC ’s underlying protocol has not activated a soft fork for over four years. BIP-360 proposed some mitigation measures, but a complete solution is still far off. Historical experience isn’t optimistic either: the SegWit upgrade took three years from proposal in December 2015 to mainstream adoption in December 2018. In January this year, BTQ Technologies launched a Bitcoin quantum testnet, fully open and permissionless, inviting miners, developers, and researchers to run nodes, build tools, audit cryptography, and stress-test before mainnet migration. But reaching consensus remains a huge challenge.

Coinbase CEO Brian Armstrong dismissed concerns that quantum computing threatens Bitcoin, saying, “This isn’t just a problem for cryptocurrencies; it’s something the whole world needs to address. We’re working directly with core developers to handle the quantum issue.” But how much of that do you believe?

Other projects are also moving forward. $ETH Foundation has established a dedicated post-quantum security research team, prioritizing PQC. Ethereum Foundation privacy project Kohaku’s Nico stated that Ethereum can start preparing at the account layer now for the post-quantum era, without waiting for underlying hard fork upgrades. $SOL has established the Falcon signature standard and announced a three-phase migration roadmap. NEAR’s development team plans to add quantum-resistant signatures to the testnet by Q2 2026. Zcash aims to implement protocol-level post-quantum privacy protection through Tachyon upgrade by the end of 2026.

Buddy, this high-stakes race against quantum computing has already hit a “5-year countdown” switch for highly centralized federal agencies. For decentralized networks with governance issues and reliance on consensus, the real test isn’t when the quantum crisis arrives, but whether the industry can complete this quantum-resistant upgrade before Satoshi’s blind box is fully decrypted.

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