Cofounder and CEO @Samaya_AI. Formerly Research Scientist Google Brain (@GoogleAI), PhD in ML @Cornell.

Joined July 2017
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Thrilled to share two big milestones for @Samaya_AI: the launch of the Agent Control Plane (ACP) and new investment from NVentures (@nvidia VC arm) and @databricks Ventures! 1) The Agent Control Plane (ACP) is a new architecture for personalized, long-horizon AI Agents that execute autonomously for hours, embedding your institutional context and your thesis into every decision. (Like a supercharged Agent harness built for investment decision making.) 2) New investment from NVentures (NVIDIA's VC arm) and Databricks Ventures to support ACP development and the shared belief that verticalization is the key unlock for AI Agents in finance. The hardest challenge for AI in finance is going beyond regressing to the mean. AI must have sophisticated cause-and-effect reasoning, grounded in what's unique to each investor — to translate global information into personalized investment conviction.
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90% of the time when people say they need a model router they really just want a better AI product
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More aligned!
NEW: Anthropic is walking back Claude Fable 5's policy to covertly degrade performance for competing AI researchers, after facing fierce backlash. “We’re changing Fable 5’s safeguards for frontier LLM development to make them visible,” Anthropic tells WIRED. “We made the wrong tradeoff and we apologize for not getting the balance right.”
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Controversies on model nerfing aside, Fable seeing its biggest performance gains on more complex tasks is a clear indicator of large AI capabilities jumps ahead. (We’re far from saturating the frontier and far from defining / measuring the next wave of frontier tasks)
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After seeing AI's progress on IMO last year, it felt like only a matter of time before we'd see it tackle open conjectures. I'm still curious to see if (when) it can *pose* new mathematical conjectures, or even new IMO problems -- that will take a lot of taste. Is anyone working on this?
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managing attention is going to be key to managing agents
Attention is all you need. AI's is endless. Yours isn't. Give it the toil. Keep the taste.
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Consistently seeing that AI pushes human experts to "breadth for depth". Three examples I heard this week: -- In CS research, AI made connections between learning algorithms and logic & set theory leading to an unexpected paper, with the proofs and methods being less familiar to the authors (but verifiable) --In AI model training, coding agents increasingly allow engineers to span disparate parts of the stack, running many experiments on different training variations AND also handling a lot of the distributed training work — things that would have required multiple people with different specializations -- In investment decision making, analysts are able to build an expanded portfolio, and rely on the AI to keep them up to speed and flag key details The shift towards breadth will continue, and just like we've learned to filter AI slop, we'll face something similar in expert work, and need human judgment to know where to focus human intelligence.
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The Anthropic and OpenAI announcements on the new services companies highlight the AI diffusion gap. We've seen incredible advances in core AI capabilities and successes of coding Agents. But there's meaningful differences between code and broader knowledge work: Code context is centralized: All the code lives in the codebase, so an Agent can easily access context. Other knowledge work often has information fragmented across different locations and tools. Code is structured and verifiable: Codebases are structured, which makes them much easier to navigate, define subproblems, and verify outputs. There is a clear cut "human-AI handoff" for code: The AI can provide clear artifacts inserted into the codebase for humans to execute on, there are tools (e.g. diffs) making collaboration transparent, and the codebase also acts as a shared workspace and supports surfaces (CLI, IDE) worked on. This is not nearly as clear in other areas of knowledge work. While AI will likely be as transformative in other areas of knowledge work as it has been for code, there's a lot of work remaining to build the ecosystem for this transformation, whether that's bringing in context, solving for handoffs, introducing structure, and more. (Any key differences I missed between code and general knowledge work?)
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3 years ago... how things have changed
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This misses that APIs are an incredible revenue stream for frontier labs, AND they know that they can't cover every application — so better to support an ecosystem. And that's before getting to (1) enterprises actively demanding API access (2) distilling models to get to the frontier is a lot harder than it seems
It's only a matter of time before only the model creators have access to the most powerful models. The rest get access to smaller, distilled versions. Or access the models through first party apps and services that don't provide direct access to the token path. The investment needs for training are too high, and distillation too effective to warrant any other future.
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Prediction: The more capable AI Agents get, the more humans we will need around them. Two reasons I expect this to happen: 1. Long horizon AI means more human effort at the handoff. When I was at Google Brain, the most effort went into overnight model training runs. Less ongoing human supervision meant (a lot!) more upfront human judgement to set experiments up correctly. 2. Better Agents mean human-level outputs at machine-level speeds. That volume of high quality output will require many humans with domain expertise, judgment and taste to shepherd it into real decisions. Put these together and I see a future of many human “AI Shepherds”. Shared this and more with @kaliouby on the @pioneersofAI (link below)!
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Principles in practice 👏 👏
A statement from Anthropic CEO, Dario Amodei, on our discussions with the Department of War. anthropic.com/news/statement…
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Options for post-scaling frontier differentiation: 1. Product-based differentiation: different frontier models are trained for different types of products (e.g. today ChatGPT generates images, Claude has Cowork, etc.) 2. Frontier capabilities continue to be differentiated: they keep advancing, just less compute heavy. Maybe using algorithmic advances, RL tuning, etc. 3. Models develop unique "personalities": Would argue we've seen this emerge in the past 6-8 months. Before then, the models were more similar, as they've advanced, they also express themselves in different ways. 4. Compute scarcity: Even post-scaling, compute is too scarce for the gap to close. (This one seems less likely to me.)
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Maithra Raghu reposted
If Dario is right about post-scaling economics, and Ilya is right about the age of research returning then the next frontier moat would be faster idea cycles while pretraining gradually becomes commoditized. Excellent synthesis!
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Maithra Raghu reposted
This is really interesting, what happens when the math no longer works due to capital and the models have to differentiate. How will they do it?
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Maithra Raghu reposted
Nice summary of economic angle of Dario podcast. Amortised R&D has positive margin, forward-looking R&D has negative margin. Can't continue bleeding cash indefinitely, what will things look like when the math is brought into balance?
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Seeing a lot of mixed takes on what LLMs do to vertical software moats. Most are framed as if the biggest threat to software is "an LLM in a chat window." But the real threat is the north star: "AI Agents working with 100% reliability, enterprise context, and at institutional scale" that is slowly becoming reality. Some quick thoughts on the biggest misses I'm seeing: Business logic and institutional context are THE most important value add. Firms want expert vertical AI Agents not because they want another chatbot, but because they want something that can deliver outcomes with deep, firm-specific context. Similarly, software companies that are deeply embedded in business context have a meaningful moat. But AI's advantage is that it can be built to adapt to different types of business logic while using a shared platform. Thoughtful UI matters. UI alone is not a moat. But assuming that sophisticated AI Agents can be reduced to a chat box is a huge oversight. Users need to understand how to build Agents that best represent their workflows, how to collaborate and provide feedback, how to get them to reliably interface with other tools. Overloading all of that into a chat box just doesn't work — our lived experience at Samaya — and the need for guided, structured interaction is real. Strong engineering is still not "trivially accessible." While AI coding tools offer a real increase in productivity, building reliable, fast, scalable, and secure systems — the foundation for enterprise-grade AI Agents — is still a substantial lift. And that's not even mentioning model training work that requires deep technical understanding. AI and software teams that maintain a bar for technical excellence continue to have an important edge. With the coding tools, it's technical excellence coupled with focus and velocity. (See e.g. x.com/ibab/status/1983356398… from @ibab ) Nailing the "long heavy tail." When I was at Google, I spent a lot of time training models to be accurate on the "long heavy tail" — a large set of less common but important use cases. Fast forward to now: what's in the long heavy tail has changed, but not its existence. We consistently find small errors in our AI systems (e.g., company tickers, mixing up metrics) that have to be corrected with urgency so they don't compound as the Agent executes. I expect we will always have a changing "long heavy tail" that needs custom development. Proprietary data is not necessarily a moat. On the surface, proprietary data seems like a strong moat, especially for software incumbents. But in practice, a lot of proprietary data is not truly proprietary. It may be a data product with revenues and pressures tied to licensing it out, aggregated across different primary sources — now easier with AI — or tied to other third parties. I expect we'll see a trend towards data becoming more broadly accessible as the value accrues to what you do with the data.
A common mistake that AI companies make nowadays is to not give their engineers enough time and mental calm to do their best work. Constant deadlines, pressure and distractions from daily AI news are poison for writing good code and systems that scale well. That’s why most AI APIs and products have reliability issues. A good company culture that mixes excellence with focus and enough rest leads to faster and better results. The best example of how to do it well is the early Google culture from 1998 which resulted in one of the largest scale and most reliable services on the web in just a few short years. Founders should copy some of the strategies that Larry and Sergey used. They are still underrated IMO despite their huge reputation.
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ex-AI
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