andrayxz retweeted
Gemini 4 Argon has an insanely low hallucination rate on Artificial Analysis. 15%.
Grok 4.7 is at 29%. GPT-6 Astra 45%. Opus 5.5 59%. Fable 5.1 69%.
The only models below it barely answer anything. None of them get more than 15% right.
It gets fewer answers right than Opus 5.5 on max, 50% against 66%. But when it doesnt know, it says so instead of making something up.
Cant wait to get my hands on it.
Harness-Zero shows you can distill useful harness behavior back into the model.
But how do you decide what should be internalized vs stay explicit as skill, eval or hard harness rule?
Feels like the real architecture problem is how to decide which recurring failures can turn into learned behavior and which guarantees must remain explicit and deterministic.
Anyone doing interesting work on this boundary right now?
This. Plus unlike in a nash equilibrium nuclear balance (mutual assured destruction), the race to superintelligence leads to a winner takes all scenario. Advantage compounds instead of balancing out.
In nuclear MAD: more weapons eventually add little strategic benefit
AI superiority: more capability makes further capability easier to obtain
Replying to @elonmusk
China, Russia, soon all countries w strong computer science. Competition for AI superiority at national level most likely cause of WW3 imo.
andrayxz retweeted
China, Russia, soon all countries w strong computer science. Competition for AI superiority at national level most likely cause of WW3 imo.
New consortium to commit to Mistral's compute units 1GW by 2030? EU swan song
Excellent OpEd in the FT by Mario Draghi arguing that (1) without higher productivity Europe cannot sustain our social model; (2) that AI is our best possibility to do that; (3) that dependence on US and China makes this hard for sovereignty.
He proposes building up European compute, using our data advantage, and pooling corporate demand to finance it.
ft.com/content/f054f927-b512…
It’s like sharing a boat and arguing over how much cargo to leave behind. Everyone wants to stay afloat, nobody wants to give up more than the others, and no one knows exactly how much weight will sink it -> Collective-risk dilemma with an uncertain threshold.
If AI can solve Millenium Prize problem it can help here too.
Whether we’re willing to listen is another question.
Industrial society made humans operators.
Knowledge economies made humans decision makers.
Now humans must become principals: “This is the world I want. Explore how we might make it exist.”
Knowledge work is SO much harder to automate with agents than code
We underestimate how easy software development is for agents
- Tons of high quality automated feedback loops (types, tests)
- Well-organized free documentation, searchable on the web
- Simple-to-use workspaces with version control (i.e. repositories)
- Long history of systematising and delegating work (i.e. sprints, tickets, specs)
Knowledge work has none of these advantages
ofcourse
China published the most uncomfortable paper on vibe coding.
ETH Zurich tested 100 developers in a controlled, commercial-grade vibe coding environment to see who actually succeeds.
The findings are brutal.
The researchers tracked computer science achievement, written communication skills, and general cognitive reasoning.
They wanted to see what actually predicts vibe coding proficiency when you never touch a line of source code yourself.
Two major predictors emerged.
Written communication proficiency mattered. The ability to structure thoughts and articulate intent unambiguously in text directly impacts what the AI builds.
But that wasn't even the main takeaway.
Computer science achievement was a massive, dominant predictor of success.
Even when researchers controlled for general intelligence and reasoning skills, CS background still heavily dictated who built working software and who completely crashed.
In fact, CS knowledge contributed roughly twice the unique predictive variance of writing skills alone.
Why? Because vibe coding isn't about writing code. It’s about debugging logic.
When an AI agent builds a complex application and quietly breaks an edge case under the hood, a non-technical user looks at the glowing UI and assumes it works.
They don't know what questions to ask. They don't know what logic to challenge. They lack the mental models to recognize architectural catastrophe.
You can prompt your way past syntax.
You cannot prompt your way past a fundamental lack of engineering intuition.
The hype told us that learning to code is dead because language is all you need.
The data just proved the opposite.
To truly master the vibe, you still need to understand how the machine thinks.
andrayxz retweeted
China published the most uncomfortable paper on vibe coding.
ETH Zurich tested 100 developers in a controlled, commercial-grade vibe coding environment to see who actually succeeds.
The findings are brutal.
The researchers tracked computer science achievement, written communication skills, and general cognitive reasoning.
They wanted to see what actually predicts vibe coding proficiency when you never touch a line of source code yourself.
Two major predictors emerged.
Written communication proficiency mattered. The ability to structure thoughts and articulate intent unambiguously in text directly impacts what the AI builds.
But that wasn't even the main takeaway.
Computer science achievement was a massive, dominant predictor of success.
Even when researchers controlled for general intelligence and reasoning skills, CS background still heavily dictated who built working software and who completely crashed.
In fact, CS knowledge contributed roughly twice the unique predictive variance of writing skills alone.
Why? Because vibe coding isn't about writing code. It’s about debugging logic.
When an AI agent builds a complex application and quietly breaks an edge case under the hood, a non-technical user looks at the glowing UI and assumes it works.
They don't know what questions to ask. They don't know what logic to challenge. They lack the mental models to recognize architectural catastrophe.
You can prompt your way past syntax.
You cannot prompt your way past a fundamental lack of engineering intuition.
The hype told us that learning to code is dead because language is all you need.
The data just proved the opposite.
To truly master the vibe, you still need to understand how the machine thinks.
andrayxz retweeted
I raised €1 million for my German startup last week
While yes, this is the biggest VC round raised in Europe in the last decade, here is the reality:
Notary fee: €100,000
Second notary fee: €50,000
Translation (notaries only read German): €50,000
Trade tax prepayment: €600,000
External data protection officer: €50,000 per year
Sustainability report: €100,000
After all costs I am left with a crispy €50,000 that should give me at least 8 years of runway
Americans would never understand the stability European regulatory environment gives you
Andrej Karpathy just rewrote the rules of using LLMs:
"Prompting is going away. Delete everything, keep Graph."
LLMs → Prompts → Agents → Graphs
He dropped his full 2-hour course from Stanford on "Graph-Native Research"
• 00:00 - Intro to Graph systems
• 01:08:09 - LLMs architecture
This Karpathy course can replace a $100K Yale LLM senior degree.
Watch it today, then save the full graph engineering guide below
andrayxz retweeted
the future of intelligence will be open & filled with choice. open models, open harness, infra that you can own if you choose, managed infra, ability to fine-tune, open data, open recipes, open research
and with all that said, you can totally and should totally use the closed frontier models when you need to
it’s about choice, and you can only have choice is the alternative is good enough that it’s worth using
the collective energy of open researchers & engineers & companies is making this more possible every day
open software & open science have been a massive democratization force so ppl around the world collectively benefit from innovation
an incredibly intelligent model to do most tasks, you can fine-tune for your exact use case, open harness to inspect every context fragment
owning intelligence means being able to choose which pieces you want to have full control over & those choices being good enough to actually use
"The reasoning layer that sits above the database is where a new generation of companies is being built."
From "System of Record" to "System of Intelligence"
In the next decade, you want to own the system of intelligence that pulls from the system of record, becomes the user’s one-stop shop for gaining context and taking action, and turns the SoR into something that’s primarily consumed at the API layer.
The reasoning layer that sits above the database is where a new generation of companies is being built, and it’s where the majority of the next decade’s enterprise value of GTM software will end up.
Full piece from a16z's Gio Ahern, Steph Zhang, and Alex Immerman: a16z.news/p/from-system-of-r…
agents, unite! ☭
Replying to @braelyn_ai
once your agent starts managing your calendar you realise the problem was never the tasks. it was the context switching. aawu.ai/openclaw
andrayxz retweeted
Replying to @Gccooke
The real flex won't be coding or prompting.
It’ll be your ability to:
• frame unique problems
• build trust fast
• create stuff people care about
AI makes production cheap.
Meaning goes up in value.




























