I came for the Signal, but stayed for the Noise. "If you think you understand quantum mechanics, you don't understand quantum mechanics." -Richard Feynman

Joined June 2025
Happy to see friend and long term supporter of @qBitTensorLabs, @RyanBequette on the main stage at exploit pitching an innovative concept for a potential subnet-- Carbon. Good luck Ryan!
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Spoiler alert-- he won. @carbonphysicsai is coming to mainnet!
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The security that protected your bank account until ~2000, can now be broken in under 4 hours on an RTX 6000.
512-bit RSA was commonly used throughout the 1990s, especially in export versions of software limited by US regulations. It was publicly factored in 1999 and largely phased out for new deployments after export controls relaxed in 2000, though scattered legacy uses lingered into the 2010s.
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👀 512 bit --> "In Review" @EnigmaSN63 @qBitTensorLabs
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@grok Until how recently was 512 bit RSA commonly used?
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Well-- I've been saying it for months, but now they are saying it too. Publically. "The result aligns with our own public hardware roadmap for 2028, and reinforces why enterprises should accelerate cryptographic discovery and migration now." ionq.com/blog/the-first-full…
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500-bit RSA has been broken🔥
🚨 MILESTONE SOLVED: 500-bit RSA Broken 🚨 Breaking RSA Milestone 4 with @terraquantum_ag has been solved! Congratulations to Xdev for becoming the first to break 500-bit RSA and claiming the $20,000 USD prize. This milestone saw more than 100 submissions, with miners continuously improving on previous solutions in a race to be first across the finish line. The winning code is now available on our website: qbittensorlabs.com/enigma/ch… On to the next milestone. 🚀 #Enigma #SN63 #BreakingRSA #TerraQuantum
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BeyondNISQ retweeted
I have a feeling someone is about to prove Claude wrong... Stay tuned. #Enigma #SN63 #BreakingRSA #TerraQuantum
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Kudos to @const_reborn and the OTF team for trying something, learning, and iterating-- A strong formula for innovation.
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BeyondNISQ retweeted
Ep. 91 - Bob Wold Bob @BeyondNISQ is building Enigma @EnigmaSN63 and founder of @qBitTensorLabs Timestamps 1:15 - Introduction 1:54 - Bob's Entry From Quantum World 2:58 - Qubit & Superposition Explained 3:09 - Bob's Journey Into Bittensor 4:23 - Backlash From Traditional Quantum Colleagues 5:38 - Quantum Rings vs. qBitTensorLabs 6:14 - SN48 & SN63: How the Two Subnets Relate 6:54 - SN48: Quantum Compute Marketplace 7:39 - The Pivot: From Quantum Innovate to Enigma 8:33 - Incentivizing Breaking Things 9:52 - Enigma's Bounty & Challenge Model 10:07 - Two Entry Points: Academics vs. Hackers 10:57 - Submission Fees & Anti-DoS Mechanics 13:38 - Q-Day: When Quantum Breaks Encryption 15:33 - DARPA Chart: RSA 2048 & Logical Qubits 17:41 - IonQ 2028 Roadmap & 1,600 Logical Qubits 19:33 - RSA, Prime Numbers & Shor's Algorithm 20:57 - Google's Paper: 1,400 Qubits Breaks Bitcoin 22:44 - IonQ Photonic Interconnect: One Risk De-risked 23:54 - Q-Day Won't Be Announced When It Happens 25:32 - Treasury Wallets: Trustless Prize Pools 31:42 - What Treasury Wallets Actually Are 33:45 - Live Challenge: Drain the $ 5K Wallet 34:54 - Breaking RSA & Peaked Circuit Challenges 37:32 - Pressure Testing as a Service 38:18 - Defining Exploits: Code Is Explicit 42:11 - Evaluation Loop 47:24 - Revenue Model & Feral GPL Licensing 49:45 - Commercial Licensing & Royalties 54:33 - Beyond NISQ: What the Name Means 56:16 - When Does the NISQ Era End? 57:56 - Offense vs. Defense: Will Encryption Keep Up? 1:02:15 - What Bob Is Most Excited About for Enigma 1:05:02 - Advice for Professionals Entering Bittensor
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The bottleneck holding quantum computing back isn't hardware. It's that nobody's teaching physicists how to use it. @QuantumRingsInc fixed that. Here's how 👇 youtu.be/wWZ-k4Fp_P4
🤖 Made with AI
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...For reference, according to @IonQ_Inc's roadmap 1,450 logical qubits will be in the rearview mirror in 2028. ionq.com/roadmap
Replying to @projecteleven
Google also published new resource estimates for breaking crypto: 1,200 logical qubits or 1,450 logical qubits depending on the architecture. This is a 10x improvement over the best previously published work. All your models are destroyed.
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"Not Posting the circuit" stops nothing. Simply saying it can be done is enough.
Replying to @projecteleven
Google considers the underlying quantum circuits too dangerous to publish… This is the ❗️FIRST❗️ time this has happened in quantum resource estimation. Google is treating blockchains like a security vulnerability that will be exploited.
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New paper with results claiming that 1k qubits (but more gates) can run decryption. We shouldn’t underestimate how many quantum algorithm improvements remain to be found, even for very well studied applications. Link below
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It was great to spend the weekend with the Hackers, the industry sponsors, and the facilitators. Always inspired by what small teams of passionate people can do in a short period of time.
Witness hundreds of students from across the world contributing to @OpenQuantum_ as they compete to solve the Quantum Rings Challenge in the 2026 @MIT #iQuHACK event. Won't be long before quantum gigabrains like these are competing for massive payouts on #SN63...
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Could this be true? @IcebergQuantum just claimed that instead of ~1M physical qubits, RSA 2048 can now be broken with ~100k physical qubits using their LDPC codes. "As a concrete demonstration, Pinnacle shows how breaking RSA-2048 — long considered to require millions of physical qubits — could be achieved with fewer than one hundred thousand" finance.yahoo.com/news/icebe… While we still have a long way to go to 100k qubits, we seems to be getting about a 10x reduction each year, while quantum computers rapidly grow. Don't Panic, Do Prepare.
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