Startup Oratomic Announces Imminent Quantum Computer for Breaking Encryption
According to a publication in TIME, quantum startup Oratomic has brought closer the creation of systems capable of breaking modern encryption protocols. Artificial intelligence algorithms played a key role in this breakthrough.
The Gist: What's Really Happening
Oratomic's announcement is not a scientific sensation but a carefully planned demonstration of technological maturity. The company didn't just publish a paper on optimizing Shor's algorithm—it showed that a quantum computer capable of breaking cryptography can be built on existing technological foundations. This isn't about a hypothetical future machine but a system whose architecture is based on neutral atoms and requires only 10,000 physical qubits—an order of magnitude fewer than what was assumed as recently as February 2026.
The key shift that the media largely missed: Oratomic didn't invent a new algorithm; it used a ready-made optimized circuit from Google Quantum AI and applied its own error correction method based on highly efficient qLDPC codes. In other words, the company took someone else's logical attack circuit and demonstrated how to run it on significantly cheaper hardware. This changes everything: the threat has shifted from theoretical to an engineering problem with a clear timeline.
Timeline and Context
The story began on March 30, 2026, when two papers were published within 24 hours: a preprint by Oratomic on arXiv and a white paper by Google Quantum AI. Google announced the creation of an efficient quantum circuit for breaking secp256k1—the cryptography used by Bitcoin and Ethereum—requiring about 1,200 logical qubits. But the key point was that Google used a zero-knowledge proof to confirm its claims, refusing to publish the circuit itself for reasons of "responsible disclosure."
Oratomic went further. The team, led by Dolev Bluvstein and with the participation of John Preskill—a living legend in quantum computing—showed that running this circuit requires only about 10,000 physical qubits on neutral atoms. The reason for the radical reduction in requirements is the abandonment of traditional surface error correction codes in favor of qLDPC codes with non-local connectivity. In classical architectures, one logical qubit requires up to 400 physical qubits; in Oratomic's system, only 3-5.
Within days, Cloudflare announced an accelerated transition to post-quantum cryptography with a deadline of 2029. Google had done the same two weeks earlier. According to Nature, the publication caused "real shock" among cryptographers and security experts. An analyst at PQShield noted that each such publication brings the advent of a cryptographically relevant quantum computer closer.
A little-known fact: Oratomic was founded as a spin-off from Caltech, and its senior research staff includes Harry Levine from Berkeley and Robert Huang, a former Google Quantum AI employee. It was Huang who told TIME that the original algorithm was "about 1,000 times worse" until they handed it over to the AI tool OpenEvolve for optimization.
Who Wins and Who Loses
Winners:
Oratomic—the main beneficiary. The startup instantly became a key player in the quantum computing market, with a valuation that, according to venture capital sources, grew from about $120 million to over $400 million in the two weeks following the publication. The company has already received funding offers from three leading Silicon Valley funds, including Andreessen Horowitz.
Post-quantum cryptography providers—PQShield, SandboxAQ, IBM—gain a powerful market impetus that decades of marketing could not have created. Every day of delay in migrating to PQC now looks like corporate negligence.
Government agencies—suddenly have an argument to accelerate quantum security programs and secure additional funding. The NSA and CISA have already requested emergency briefings on the results of the publications.
Losers:
Bitcoin and Ethereum—are in the highest risk zone. According to Google's estimates, about 6.9 million BTC are stored in wallets with exposed public keys, including legendary early addresses. For these, a "slow" attack requiring 10 days of computation on an Oratomic system with 26,000 qubits is perfectly sufficient—no one is trying to move those funds in real time.
Cryptocurrency exchanges—face an existential crisis. If the industry does not migrate to quantum-resistant schemes before the creation of a CRQC, trust in cryptocurrencies will collapse instantly. The problem is that migrating decentralized networks is a process that could take years.
Traditional quantum computer manufacturers using superconductors—especially startups that bet exclusively on surface codes. Google's architecture requires about 500,000 physical qubits to break the same cryptography. When a competitor shows a solution with 26,000 qubits on a fundamentally different platform, it's not an engineering advantage—it's a paradigm shift.
Investors in "safe" crypto assets—those who viewed Bitcoin as a long-term store of value suddenly face the prospect that these assets could be stolen with no possibility of recovery by 2030. This should not cause panic today, but it already requires strategic planning.
What the Media Isn't Saying
First: virtually all authors of the Oratomic paper are shareholders in the company, and six of the nine are its employees. This doesn't compromise the science, but it calls into question the objectivity of some claims about timelines. The material is positioned simultaneously as a scientific result and a product roadmap, creating an obvious conflict of interest.
Second: between "10,000 qubits to run Shor's algorithm" and a working machine lies a chasm of engineering problems. Oratomic admits that the largest neutral-atom array to date contains 6,100 qubits, but it does not perform quantum operations. A real fault-tolerant system on neutral atoms has about 500 qubits. From 500 to 10,000 is a 20-fold gap that will require solving problems of coherence, gate fidelity, and scaling optical tweezers.
Third and most subtle: the use of AI is not just an auxiliary tool but the core of the breakthrough. OpenEvolve sifted through thousands of architecture variants, simulating natural selection, and found a configuration that reduced the number of atoms per qubit from hundreds to three. Without this, Oratomic's progress would have been impossible. This is the first documented case where AI directly accelerated the creation of a threat to cryptography—and it raises complex ethical questions that no one is publicly discussing yet.
Forecast: Next 30 Days and 90 Days
30 days (by June 10, 2026):
Oratomic will announce a Series B funding round of at least $200 million at a valuation close to $500 million. Investors are expected to include both traditional venture capital funds and strategic partners from the defense sector interested in quantum supremacy.
Google and Cloudflare will launch a public campaign to pressure cryptocurrency exchanges to accelerate migration to PQC. Expect a joint statement with specific technical recommendations and possibly free vulnerability audit tools.
The crypto market will show volatility: news of the quantum threat has already sparked discussions, but no real movement of funds from early wallets yet. If someone starts massively moving Satoshi-era bitcoins, panic will become inevitable.
90 days (by August 9, 2026):
Oratomic will present an experimental prototype system with 1,000+ operational qubits and demonstrate basic quantum error correction operations. This won't yet be a CRQC, but it will be a sufficient proof-of-concept to attract first clients from the government sector.
NIST and European regulators will publish updated recommendations with shortened deadlines for mandatory transition to post-quantum standards. Whereas previously the deadline was discussed as "by 2033," we can now expect a shift to 2028-2029.
A major bank or financial infrastructure company (candidates: JPMorgan or SWIFT) will announce a full transition to quantum-resistant cryptography for internal systems, using the Oratomic and Google publications as the primary justification for the board of directors.
Strategic takeaway: Oratomic has changed the nature of the conversation about the quantum threat. It is no longer a philosophical discussion about "quantum supremacy" but a concrete engineering plan with specified equipment and timelines. The security of any system using elliptic curve cryptography now has a clear horizon—and that horizon is measured in years, not decades. The entire cybersecurity industry faces its biggest transformation since the transition from DES to AES, and those who start migrating today will be in a winning position tomorrow.
— Editorial Team
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