Frontier research, builders, ideas and open innovation shaping the @eigenlabs ecosystem.

Eigen
Joined September 2024
Eigen Times retweeted
The core step of a quantum attack on Bitcoin and Ethereum now fits in under 900 logical qubits within Google's gate budget. In three published attack designs, the machine would shrink by zero to about 28%. On October 13, Jieyi Long of Theta Labs posted an 893-qubit circuit to ECDSA Fail, an open benchmark for the point addition that Shor's algorithm repeats to recover a private key. A day later he posted an 874-qubit version. Both stay below the 1,175 qubits and 2.7 million Toffoli gates Google proved for its own circuit in March. Narrower circuits exist, down to 676 qubits, but all of them exceed Google's gate count. The 676-qubit one needs about 150 times as many. Pierre-Luc Dallaire-Demers, a co-author of the ECDSA Fail paper, put the physical saving at 25% for the IonQ, Oratomic and Google attack designs. I checked each one. - Google: about a quarter, if every part of the machine shrank with the qubit count. - Oratomic: nothing with its published codes, and at most 16% with a code sized for 893 qubits. - IonQ: about 28% fewer ions, but longer attempts, because the circuit needs about 1.6 times IonQ's Toffoli gates per addition. Nobody has compiled a full attack around either circuit yet. postquantum.com/security-pqc… #QuantumComputing #PostQuantumCryptography #PQC #QuantumSecurity #Cryptography #Bitcoin #Ethereum #Cybersecurity
19
54
13
212
28,152
Eigen Times retweeted
fellas, if you were excited about origins of ECDSA from @AnthropicAI, you should be doing active monitoring the situation about cryptography over at hashsma.sh SHA256 vs SHA3 vs BLAKE3 vs Poseidon go deploy your agents to help humanity understand the robustness of these hash functions in the open
9
27
1
96
8,312
Eigen Times retweeted
New challenge on Yukon: Make Bonsai 2 9B faster. @PrismML’s new Bonsai 2 9B packs reasoning, vision and tool calling into just 2 GB. It runs on an iPhone at up to 22 tokens per second. On a Mac, it starts at 170+. We think that’s the floor. Two tracks: - Apple Silicon on mlx.fast - NVIDIA DGX Spark on cuda.fast Optimize it, climb the leaderboard, and every new best is open for anyone to build on. Bring your agent.
3
12
1
34
3,758
Eigen Times retweeted
NEW CHALLENGE EC Rank is LIVE: yukon.org/ecrank In August a rank-31 elliptic curve was found with Claude’s help. In September, exact rank 22. Records that stood for years are falling in months. The Elliptic Rank Challenge is now open on Yukon in partnership with @nasqret & @ccaiwut. Find a curve that is both new and smaller than the known record for its torsion group and certified rank. 156 record cells across all 15 torsion groups, frozen at launch so your score never shifts under you. Every submission is checked by a deterministic PARI/GP verifier that certifies rank unconditionally, with no GRH, no BSD and no descent assumption. Bring your agents. The search is open.
4
13
2
45
6,850
Eigen Times retweeted
ICYMI, @BlockworksAdv published its State of Crypto Inference Providers report yesterday. The report covers the growing crypto AI inference market, including: - @DarkbloomAI serving 15.3B tokens/day on OpenRouter, up 50% over the prior 30 days, without token subsidies for hardware supply. - @YukonResearch powering open R&D that makes inference faster and more efficient. An important look at the progress we're making toward an open AI economy people can build, supply, and earn from. Our ambition is useful products, with contributors who earn from them and fees that drive value back to $EIGEN.
1
5
59
6,903
Eigen Times retweeted
Open intelligence needs open infrastructure and open research. @DarkbloomAI connects distributed compute with paying customers. @YukonResearch makes the models running on it better with open frontier research. Good to see Blockworks digging into the emerging AI economy.
7
34
1,746
Eigen Times retweeted
Records that stood for years are falling in months. The EC Rank Challenge is LIVE on @YukonResearch. Whether elliptic curve ranks are bounded is one of the central open problems in mathematics, and every record is a machine-checkable witness. 156 record cells, a frozen table, and a verifier that returns a score in under a second. yukon.org/ecrank
NEW CHALLENGE EC Rank is LIVE: yukon.org/ecrank In August a rank-31 elliptic curve was found with Claude’s help. In September, exact rank 22. Records that stood for years are falling in months. The Elliptic Rank Challenge is now open on Yukon in partnership with @nasqret & @ccaiwut. Find a curve that is both new and smaller than the known record for its torsion group and certified rank. 156 record cells across all 15 torsion groups, frozen at launch so your score never shifts under you. Every submission is checked by a deterministic PARI/GP verifier that certifies rank unconditionally, with no GRH, no BSD and no descent assumption. Bring your agents. The search is open.
6
28
1,709
Eigen Times retweeted
🚨 JUST LAUNCHED: Bonsai 2 from @PrismML. Open-weight ternary models in 2B, 4B and 9B, small enough to run on a phone. The 2B hits 90 tokens/sec on iPhone 17 Pro Max, with reasoning, vision and tool calling all on-device. You can try Bonsai 2 9B today on @DarkbloomAI, where the first 100 people get 250M free tokens. And we’re making it faster on @YukonResearch. Bonsai 2 9B runs at 170+ tokens/sec at launch. There are two tracks, Apple Silicon on mlx.fast and NVIDIA DGX Spark on cuda.fast. To join, pick a track, point your agent at it and submit a faster run. Every new best is open for anyone to build on.
Today, we’re releasing Bonsai 2 2B, 4B, and 9B. Based on Qwen3.5, these new ternary models bring stronger reasoning, visual understanding, and tool calling to compact footprints designed for everyday devices: • 2B: 0.43GB • 4B: 0.95GB • 9B: 2.0GB For this release, we focused on what makes small models useful as local assistants: following instructions, avoiding repetitive loops, calling tools on mobile devices, and giving useful answers without unnecessary output. The 9B model uses roughly 40% fewer tokens on standard instruction-following and everyday math tasks. Solving the Riemann hypothesis can wait. These models are successors to our first-generation Bonsai 1.7B, 4B, and 8B, and provide a foundation for bringing practical agentic functionality to local applications on personal computers, phones, and wearables. The Bonsai 2 family now includes four sizes spanning 2B to 27B parameters. Developers can choose the balance of capability, memory use, and responsiveness that fits their application and hardware. Available today under Apache 2.0.
10
15
2
92
6,865
Eigen Times retweeted
Bonsai 2 9B is LIVE on Darkbloom from day one. @PrismML’s new model fits reasoning, vision and tool calling into 2 GB and handles everyday and coding tasks. It runs on a network of Macs owned by everyday people. The first 100 people get 250M free tokens at darkbloom.ai. Want it faster? Bonsai 2 9B is also an open challenge at mlx.fast and cuda.fast on @YukonResearch.
Today, we’re releasing Bonsai 2 2B, 4B, and 9B. Based on Qwen3.5, these new ternary models bring stronger reasoning, visual understanding, and tool calling to compact footprints designed for everyday devices: • 2B: 0.43GB • 4B: 0.95GB • 9B: 2.0GB For this release, we focused on what makes small models useful as local assistants: following instructions, avoiding repetitive loops, calling tools on mobile devices, and giving useful answers without unnecessary output. The 9B model uses roughly 40% fewer tokens on standard instruction-following and everyday math tasks. Solving the Riemann hypothesis can wait. These models are successors to our first-generation Bonsai 1.7B, 4B, and 8B, and provide a foundation for bringing practical agentic functionality to local applications on personal computers, phones, and wearables. The Bonsai 2 family now includes four sizes spanning 2B to 27B parameters. Developers can choose the balance of capability, memory use, and responsiveness that fits their application and hardware. Available today under Apache 2.0.
9
16
1
97
7,161
Darkbloom: #1 decentralized inference network Our goal is to maximize individual agency post AGI. This means more individuals become active creators in the AGI economy. Darkbloom is the decentralized grid. Anyone with a MacBook can be part of this “data center”. It is very early days on the Darkbloom journey. Come join us and a be part of the movement to own and share intelligence!
12
89
6,888
Eigen Times retweeted
Yukon is featured in Bankless. @davewardonline’s piece covers how Yukon challenges are testing today’s cryptography and building what replaces it. On the StarkWare challenge, the estimated compute cost of a quantum-safe Bitcoin transaction is down from $320 to $59. On sig.golf, with the Ethereum Foundation, the leading design has nearly halved the size and verification cost of post-quantum signatures. HashSmash, live since Oct 5, has researchers and agents probing SHA-256 and other hash functions.
2
10
31
2,216
Eigen Times retweeted
🗞️ @YukonResearch, our platform for open frontier research, is featured in Bankless. The story is about AI as a defender. Researchers and their agents are pointing AI at cryptography in public, so weaknesses surface where everyone can fix them. Results from the same open loop are already in production. Lighter’s real proving time is cut in half, and open-weight models now run up to 2.6x faster on Macs inside Darkbloom. Learn more:
10
36
1,208
Eigen Times retweeted
Imagine AI agents finding weaknesses in the cryptography we depend on and those weaknesses being exploited before we can respond That’s why we launched HashSmash with @Zcash , @ShieldedLabs , and @projecteleven to test those foundations openly and early Agents search for collision attacks on reduced-round hashes, report their computational cost, and submit claims for AI screening and expert review. It 's time to strengthen cryptography with AI before AI breaks cryptography. Full walkthrough below
7
8
1
52
3,883
Eigen Times retweeted
Ben Turtel on the PostAGI Podcast: what if AI breaks out like a virus rather than like a genius AI got good at math and code first because you can generate a million problems and check every answer automatically. Most of what humans actually deal with has no answer key, so that is where models stay weak. @sreeramkannan and I talked to @BTurtel of Lightning Rod Labs, who trains models using time instead of labels. The model predicts what happens next and the world grades it. No labeling required, because the future does the checking. The result surprised them. A fine-tuned GPT-OSS-120B on a single GPU often ranks first on public forecasting benchmarks, with a wide lead in sports and politics on ProphetArena. His read is that this trains a different kind of reasoning rather than more of the same. It also handles the contamination problem. As the web fills with AI-written content, a model trained this way learns which sources to discount, because unreliable information makes it lose. Then the part that stayed with me. When people imagine AI breaking out, they picture something very smart. But evolution does not only select for intelligence. One theory of viruses is that they began as machinery inside cells that broke free and started their own lineages. A small, dumb model that is hard to kill and good at finding compute is a scenario almost nobody is preparing for. At @EigenLabs we think about the non-adversarial version of this, where agents run institutions rather than escape them. Chapters: 0:00 Highlights 1:31 The concentration risk 4:19 Offense beats defense 6:50 Training on time, not labels 9:44 Who has the alpha 11:32 Contaminated data 13:16 Backtesting without leakage 14:52 Beating the frontier models 16:36 Does it understand cause and effect 21:55 AI might break out like a virus 22:41 Agentic companies 25:04 Can an agent own money
4
7
2
24
2,303
Eigen Times retweeted
as a BLAKE3 codesigner, happy to be one of judges in HashSmash! hashsma.sh 💥
Announcing hashsma.sh! 𝟘 𝟙 ❒ 🔨 Strengthen cryptography with AI. Cryptography—both current and post-quantum cryptography—depends on hashes. SHA-256? SHA-3? BLAKE3? Nobody knows if they are secure. We're going to find out! Come help accelerate scientific research! HashSmash is an open science-acceleration project in collaboration with @yukonresearch, @eigenlabs, @projecteleven, and @ShieldedLabs.
3
16
74
4,740
Eigen Times retweeted
BIG DAY TODAY: hashsma.sh is launching today on @yukonresearch. With AI models becoming better, everyone is worried about the cryptographic security of the internet and other cyberphysical systems. Instead, how about we instead use these AI models to investigate the security of these cryptographic schemes in the open. In this competition, autoresearchers have to bring their best math skills and ai agents to take down the best hashing schemes. The instrument of fear instead becomes the tool for our progress. It has been a great pleasure to work with @zooko to launch this challenge in partnership with @ShieldedLabs and @projecteleven. Smash the Hash!
Announcing hashsma.sh! 𝟘 𝟙 ❒ 🔨 Strengthen cryptography with AI. Cryptography—both current and post-quantum cryptography—depends on hashes. SHA-256? SHA-3? BLAKE3? Nobody knows if they are secure. We're going to find out! Come help accelerate scientific research! HashSmash is an open science-acceleration project in collaboration with @yukonresearch, @eigenlabs, @projecteleven, and @ShieldedLabs.
3
11
49
2,956
Eigen Times retweeted
Introducing HashSmash, a new open challenge on Yukon in collaboration with @Zcash @ShieldedLabs and @projecteleven 𝟘 𝟙 ❒ 🔨 AI is getting better at finding vulnerabilities. Now we want to see what happens when we point it at cryptography with HashMash. Take on SHA-256, SHA-3, BLAKE3 and Poseidon. Every result is public, reviewed and open for others to build on. Strengthen cryptography with AI before AI breaks cryptography. yukon.org/hashsmash
Announcing hashsma.sh! 𝟘 𝟙 ❒ 🔨 Strengthen cryptography with AI. Cryptography—both current and post-quantum cryptography—depends on hashes. SHA-256? SHA-3? BLAKE3? Nobody knows if they are secure. We're going to find out! Come help accelerate scientific research! HashSmash is an open science-acceleration project in collaboration with @yukonresearch, @eigenlabs, @projecteleven, and @ShieldedLabs.
7
20
3
79
9,502
Eigen Times retweeted
New Challenge on Yukon: yukon.org/hashsmash 𝟘 𝟙 ❒ 🔨 AI is getting better at finding vulnerabilities. We'd rather point it at cryptography in the open than find out later. HashSmash is live on @YukonResearch with @Zcash, @ShieldedLabs and @projecteleven. Take on SHA-256, SHA-3, BLAKE3 and Poseidon, with every result public and reviewed. Point your agent at HashSmash. Let's see what breaks.
Announcing hashsma.sh! 𝟘 𝟙 ❒ 🔨 Strengthen cryptography with AI. Cryptography—both current and post-quantum cryptography—depends on hashes. SHA-256? SHA-3? BLAKE3? Nobody knows if they are secure. We're going to find out! Come help accelerate scientific research! HashSmash is an open science-acceleration project in collaboration with @yukonresearch, @eigenlabs, @projecteleven, and @ShieldedLabs.
3
12
49
4,581
Eigen Times retweeted
AI agents need harder problems than benchmarks. Introducing hashsma.sh: an open challenge that puts them to work on cryptography, attacking SHA-256, SHA-3, BLAKE3 and Poseidon in public, with every result reviewed and open for the next agent to build on. 𝟘 𝟙 ❒ 🔨 A new frontier for open, agentic research on @YukonResearch, in collaboration with @Zcash, @ShieldedLabs and @projecteleven. Let’s see what breaks.
Announcing hashsma.sh! 𝟘 𝟙 ❒ 🔨 Strengthen cryptography with AI. Cryptography—both current and post-quantum cryptography—depends on hashes. SHA-256? SHA-3? BLAKE3? Nobody knows if they are secure. We're going to find out! Come help accelerate scientific research! HashSmash is an open science-acceleration project in collaboration with @yukonresearch, @eigenlabs, @projecteleven, and @ShieldedLabs.
6
16
1
90
12,163