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4Hugging Face Blog·1mo ago

Introducing Daggr: Chain apps programmatically, inspect visually

Hugging Face introduces Daggr, a tool for programmatically chaining AI applications and inspecting their execution visually. The tool appears to target developers building multi-step AI pipelines or agent workflows. As a Hugging Face blog post, it likely integrates with the broader HF ecosystem of models and Spaces.

Related guides (2)

Related events (8)

4Hugging Face Blog·11d ago·source ↗

Hugging Face demonstrates agent chaining two Spaces to build a 3D Paris gallery

A Hugging Face blog post describes an agent that autonomously chains two Hugging Face Spaces to generate a 3D gallery of Paris, illustrating multi-step tool use and Space-to-Space orchestration. The demo showcases how agents can compose existing hosted ML tools without custom infrastructure. This is a practical capability demonstration relevant to the agent-tool ecosystem.

4Hugging Face Blog·1mo ago·source ↗

Scaling AI-based Data Processing with Hugging Face + Dask

Hugging Face published a blog post describing how to scale AI-based data processing pipelines by combining Hugging Face datasets and models with Dask, a parallel computing framework. The post covers patterns for distributed inference and large-scale dataset preprocessing. This is a practical integration guide targeting ML engineers who need to process data at scale beyond single-machine limits.

5Hugging Face Blog·16d ago·source ↗

Hugging Face redesigns hf CLI to be agent-optimized for Hub interactions

Hugging Face published a blog post describing design decisions behind making the hf CLI agent-friendly for interacting with the Hub. The post covers how the CLI is being structured to work well in agentic workflows where LLMs or automated systems issue commands programmatically. This is relevant to the growing ecosystem of AI agents that need to retrieve, upload, or manage models and datasets.

5Hugging Face Blog·3d ago·source ↗

Hugging Face launches Agentic Resource Discovery for agent-based search

Hugging Face announced Agentic Resource Discovery, a new capability allowing AI agents to search for and discover resources on the Hugging Face Hub. The launch appears to enable agents to programmatically find models, datasets, and other artifacts as part of agentic workflows. This extends the Hub's utility as infrastructure for agent-based pipelines.

5Hugging Face Blog·1mo ago·source ↗

Introducing HUGS - Scale your AI with Open Models

Hugging Face announced HUGS (Hugging Face Generative Services), a new product aimed at helping enterprises scale AI deployments using open models. The service appears to target production inference infrastructure for open-weight models, positioning Hugging Face as a managed deployment layer. This is a product launch in the enterprise AI infrastructure space, competing with managed inference offerings from other providers.

5Hugging Face Blog·1mo ago·source ↗

Open-source LLMs as LangChain Agents

This Hugging Face blog post explores using open-source LLMs as agents within the LangChain framework. It examines the capability of various open-weight models to perform tool use, reasoning, and multi-step task execution in agentic settings. The post likely benchmarks or compares several models on agent-relevant tasks, providing practical guidance for deploying open-source alternatives to proprietary models in agent pipelines.

6Openai Blog·1mo ago·source ↗

Introducing the Codex App for macOS

OpenAI has launched the Codex app for macOS, positioning it as a command center for AI-assisted software development. The app supports multiple simultaneous agents, parallel workflows, and long-running coding tasks. This represents OpenAI's push into dedicated developer tooling beyond the ChatGPT and API interfaces.

5Hugging Face Blog·1mo ago·source ↗

CodeAgents + Structure: A Better Way to Execute Actions

Hugging Face published a blog post exploring the combination of code-based agents with structured outputs to improve action execution reliability. The post examines how enforcing structured generation can reduce errors and improve the robustness of agentic code execution pipelines. This represents a practical engineering approach to making code agents more dependable in production settings.