Automating the Repeatable Parts of Hardware Design

Estimated reading time: 2 minutes

Despite working on some of the most sophisticated technology in the world, many hardware engineers still rely on spreadsheets, tribal knowledge, and sometimes, quite literally, pen, paper, and a highlighter. Delivering new hardware products on schedule often comes down to finding a needle in a haystack disguised as a 900-page specification or datasheet.

AllSpice.io set out to automate the repeatable parts of hardware design: the well-defined, rules-based tasks that make sure nothing gets missed and everything lines up. That kind of work technology is well-suited for engineers who shine in system-level design, informed judgment, and creative problem solving. In an ideal workflow, they spend their time on the decisions that shape the product, while technology handles the rest.

AI systems have tremendous value because, rather than replacing engineering judgment, they handle first-pass review work, surfacing potential risks early and directing attention to what matters most. As one example of this approach, we’ve built DRCY, an AI-powered agent designed specifically for hardware design.

The Power of Native Data Access

A hardware-specific AI differs fundamentally from a general-purpose AI solution for design analysis.

When you export a schematic to PDF or take a screenshot for an AI chatbot, you throw away most of the information that matters. An image shows shapes and text, but it does not necessarily understand that a specific line is net VCC_3V3, that it connects to pin 7 of U4, or that U4 is a voltage regulator with specific input/output requirements. Compound that with more complex ECAD data objects—busses, multi-channel sheet hierarchy, and design rules— and you end up with an ECAD-specific logic to reason out before an agent can start analyzing design intent. That adaptor layer is where AllSpice specializes.

To continue reading this article, which originally appeared in the February 2026 edition of I-Connect007 Magazine, click here.