23 Daily — According to 36kr.com, in 2026, Perspective Leap launched the AI hardware development platform STACK ANYWAY, aiming to lower the barriers for non-engineers to create electronic hardware. The platform allows users to input vague hardware ideas in natural language, which are then decomposed into concrete components lists, wiring plans, and code assistance, enabling ordinary users to develop electronic products independently.

Simplifying Hardware Development with STACK ANYWAY

STACK ANYWAY lets users describe their desired hardware product, such as a cat toy, in natural language. The system automatically breaks down the request in a 3D workspace, recommending microcontrollers, sensors, actuators, and generating detailed component lists and wiring diagrams. The platform also actively asks follow-up questions and offers multiple design options. After purchasing the components, users can follow 3D wiring guides and schematics to assemble the product. The system also assists in generating code, reducing difficulties in hardware-software integration.

Balancing Professionalism and User Friendliness

The Perspective Leap team emphasized that STACK ANYWAY targets users without professional engineering backgrounds. Traditional hardware development requires expertise, particularly in wiring and component selection, which deters beginners. By automating breakdown and providing graphical guidance, the platform addresses users’ difficulties getting started. However, the platform currently cannot automate spatial layout or final product assembly design, requiring users to manually arrange components for a completed physical product.

Editor's take: New Opportunities in Democratizing Hardware Development

STACK ANYWAY, as an AI-driven hardware development platform, breaks down the barriers for ordinary people to make electronic products. This innovation could diversify the hardware innovation ecosystem and offer hardware entrepreneurs new market entry points. Startup teams creating unique applications or customized solutions based on such platforms may quickly enter the emerging hardware maker market. Practical validation involves non-expert users completing the entire process from design on the platform to physical assembly, assessing usability and product stability to evaluate whether the platform effectively democratizes hardware development.