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GPUs when you need them: Introducing Flex-start VMs

Innovating with AI requires accelerators such as GPUs that can be hard to come by in times of extreme demand. To address this challenge, we offer Dynamic Workload Scheduler (DWS), a service that optimizes access to compute resources when and where you need them. In July, we announced Calendar mode in DWS to provide short-term …

SimpleFold: Folding Proteins is Simpler than You Think

Protein folding models have achieved groundbreaking results since the introduction of AlphaFold2, typically built via a combination of integrating domain-expertise into its architectural designs and training pipelines. Nonetheless, given the success of generative models across different but related problems, it is natural to question whether these architectural designs are a necessity to build performant models. …

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À propos de Palantir

Réponses aux Questions Fréquentes sur Palantir Nous avons reçu de nombreuses questions concernant Palantir. Étant donné le grand intérêt que sucite notre entreprise, nous avons rassemblé quelques unes des questions les plus fréquentes et nous y répondons dans cet article. Que fait Palantir ? Palantir Technologies est une entreprise de logiciels qui fournit des plateformes de gestion de …

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Launching Gemini CLI extensions for Google Data Cloud

In June, Google introduced Gemini CLI, an open-source AI agent that brings the power of Gemini directly into your terminal. And today, we’re excited to announce open-source Gemini CLI extensions for Google Data Cloud services.  Building applications and analyzing trends with services like Cloud SQL, AlloyDB and BigQuery has never been easier — all from …

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Defensive Databases: Optimizing Index-Refresh Semantics

Editor’s Note: This is the first post in a series exploring how Palantir customizes infrastructure software for reliable operation at scale. Written by the Foundations organization — which owns the foundational technologies backing all our software, including our storage infrastructure — this post details our experience tuning and customizing ES without forking the source code. We have two primary …

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Running deep research AI agents on Amazon Bedrock AgentCore

AI agents are evolving beyond basic single-task helpers into more powerful systems that can plan, critique, and collaborate with other agents to solve complex problems. Deep Agents—a recently introduced framework built on LangGraph—bring these capabilities to life, enabling multi-agent workflows that mirror real-world team dynamics. The challenge, however, is not just building such agents but …

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AI Innovators: How JAX on TPU is helping Escalante advance AI-driven protein design

As a Python library for accelerator-oriented array computation and program transformation, JAX is widely recognized for its power in training large-scale AI models. But its core design as a system for composable function transformations unlocks its potential in a much broader scientific landscape. Following our recent post on solving high-order partial differential equations, or PDEs, …

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Scaling Muse: How Netflix Powers Data-Driven Creative Insights at Trillion-Row Scale

By Andrew Pierce, Chris Thrailkill, Victor Chiapaikeo At Netflix, we prioritize getting timely data and insights into the hands of the people who can act on them. One of our key internal applications for this purpose is Muse. Muse’s ultimate goal is to help Netflix members discover content they’ll love by ensuring our promotional media …

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Rapid ML experimentation for enterprises with Amazon SageMaker AI and Comet

This post was written with Sarah Ostermeier from Comet. As enterprise organizations scale their machine learning (ML) initiatives from proof of concept to production, the complexity of managing experiments, tracking model lineage, and managing reproducibility grows exponentially. This is primarily because data scientists and ML engineers constantly explore different combinations of hyperparameters, model architectures, and …