Hugging Face opens app store for robots—no coding skills required

The idea that a single device can serve as the hub for nearly every digital task is so ingrained that "there’s an app for that" has become a cultural shorthand. Yet until now, the smartphone has remained the sole universal platform—until today. Hugging Face, the decade-old New York startup renowned for democratizing AI models, is expanding that model into the physical world with the launch of the Reachy Mini App Store, a marketplace for robotics applications that requires nothing more than an internet connection and curiosity.

A robotics storefront built for everyone

The Reachy Mini App Store arrives alongside Hugging Face’s open-source Reachy Mini, a $299 desktop robot released in July 2025 following Hugging Face’s acquisition of Pollen Robotics. Unlike traditional robotics development, which often demands specialized engineering knowledge or expensive toolchains, this storefront is designed for accessibility. It already hosts over 200 community-built apps, all free for download, and offers a no-cost pathway for users to create their own applications using Hugging Face’s AI-driven "ML Intern" agent.

With roughly 10,000 Reachy Mini units sold since its release, the platform presents a rare opportunity to redefine how robots are programmed. "Anyone can build the apps," said Clément Delangue, CEO and co-founder of Hugging Face, in a recent video interview. "My intuition is that more and more AI model builders will release on Reachy Mini as a way to test the robotics ability of new models."

Removing the engineering barrier with plain-language robotics

Historically, robotics development has been constrained by two persistent challenges: the scarcity of high-quality, task-specific training data and the steep learning curve of hardware integration. While large language models have mastered coding by training on vast repositories like GitHub, robotics-specific code remains sparse—though GitHub still hosts over 17,000 public repositories dedicated to the field.

Hugging Face addresses this gap with an agentic toolkit that translates plain English instructions into executable robotics code. Instead of requiring users to master firmware nuances or specific SDKs, the system interprets a command such as "wave when someone says good morning," generates the necessary code, validates it against the robot’s constraints, and delivers a ready-to-use package. The platform supports multiple AI engines, including Hugging Face’s own ML Intern, GPT-5.5, Claude Opus 4.6, Kimmy 2.6, Mini Max GM5, and Deep Sig V4 Pro. For real-time interactions, the official apps integrate OpenAI Realtime and Gemini Live, reducing what once took weeks of integration work into a process that can be completed in minutes.

Affordable hardware meets open development

The Reachy Mini’s $299 price point positions it as an accessible entry into robotics, especially when compared to alternatives like Boston Dynamics’ Spot, which retails for around $70,000, or even lower-cost competitors that start above $1,900. The robot is available in two configurations:

• Reachy Mini Lite ($299 + shipping): A tethered model that connects via USB to an external computer for processing.
• Reachy Mini Wireless ($449 + shipping): A standalone unit with a built-in Raspberry Pi CM4 and Wi-Fi connectivity.

Demand has surged, with 3,000 units sold in the past two weeks alone and an additional 1,000 expected within the next 30 days. Even those without a physical robot can participate by using the Reachy App, which includes a 3D simulation of the robot and its responses, allowing developers to test applications in a virtual environment before deploying them to hardware.

The Reachy Mini App Store is hosted on Hugging Face Spaces, offering a collaborative space where developers, hobbyists, and AI researchers can share, iterate, and refine robotics applications. By bridging the gap between accessible hardware and intuitive development tools, Hugging Face is not just launching an app store—it’s reimagining robotics as a platform for creative expression, one where the barrier to entry is no longer expertise, but imagination.