Shanghai, China

Espressif Systems (688018.SH) today announced ESP-Mosaico, a modular development platform designed for AI-assisted hardware creation. ESP-Mosaico allows creators to combine functional modules and multiple devices while enabling Coding Agents to understand the current hardware configuration and participate directly in application development.

ESP-Mosaico supports two complementary development approaches. Chat Coding lets creators start from a natural-language request and quickly build working hardware prototypes without setting up a local development environment. Vibe Coding brings AI Agents deeper into the engineering workflow, including implementation, deployment, testing on physical hardware, and continuous iteration.

Software can now be generated and modified rapidly with AI, but hardware is still often constrained by fixed boards, interfaces, and product forms. ESP-Mosaico is designed to make hardware equally extensible: capabilities can be added as ideas evolve, without requiring creators to define the final form of a device from the outset.

The name Mosaico, meaning “mosaic,” reflects this concept—individual hardware building blocks can be combined to create something larger and continuously evolving.

Modular Hardware That Grows with the Application

At the center of ESP-Mosaico is a compact standalone host featuring a 480 × 480 OLED touchscreen, haptic feedback, a built-in battery, USB Type-C connectivity, and expansion I/O.

The host is powered by Espressif’s ESP32-S31, a RISC-V SoC running at up to 320 MHz, with 512 KB SRAM and support for up to 32 MB of high-speed DDR PSRAM. ESP32-S31 also integrates Wi-Fi 6, dual-mode Bluetooth 5.4, and 802.15.4, and supports interfaces including 1 Gbps Ethernet, USB 2.0 High-Speed OTG, hardware JPEG encoding and decoding, and DVP camera input.

ESP-Mosaico extends these capabilities through modular hardware for functions such as cameras, sensors, buttons, lighting, and motors. Supported modules can be automatically identified and integrated by the system, reducing the need to repeatedly handle wiring and low-level driver adaptation.

Composability also extends across devices. Multiple ESP-Mosaico hosts can recognize their relative position and orientation and synchronize application state wirelessly, allowing devices to be joined, separated, or rearranged as part of the application itself. This enables experiences ranging from cross-screen games to modular information displays and other multi-screen applications.

Bringing AI Agents into Real-World Development

Chat Coding: From an Idea to a Working Prototype

For creators new to programming or AI-assisted development, ESP-Mosaico provides Chat Coding through ESP-Claw, the Coding Agent built into the platform.

Creators simply describe what they want to build. ESP-Claw uses the capabilities of the connected ESP-Mosaico hardware to generate, build, and deploy the application. Development does not require a locally configured toolchain, while application interfaces, logic, and peripheral control that do not depend on online services run locally on the device after deployment.

Creators can then continue refining the application conversationally—for example, adding functionality, changing behavior, or improving the user interface—turning an initial idea into an interactive hardware prototype through successive iterations.

ESP-Mosaico also connects to Skills Lab, where device applications can be packaged as reusable Skills containing Lua scripts, assets, and peripheral dependencies. Creators can install existing Skills, customize supported applications, or publish their own Skills for others to use.

Vibe Coding: Iterating Directly on Real Hardware

ESP-Mosaico is supported on

Espressif Systems

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