Hackaday Supercon 2026 badge production hits 1,000 units as SAO culture thrives

Hackaday's upcoming Superconference badge will be distributed to approximately 1,000 attendees, funded by event sponsors rather than individual makers. The article reflects on the culture of exchanging small open hardware items, particularly Shitty Add-Ons (SAOs)—small, inexpensive PCBs that makers design, produce, and give away to fellow hackers. The author notes that personal connections to hardware creators influence tool selection, citing a Raspberry Pi Pico clone built by Hack Club high school students and CNLohr's ch32v003fun board with esp32s2-funprog programmer as examples of dev boards preferred over commercial alternatives due to their provenance. The piece frames this exchange as both practical and social, with makers receiving as many items as they give away.

The SAO ecosystem and badge economics

• SAO form factor: Shitty Add-Ons are deliberately small, low-cost PCBs that enable makers to practice full-stack PCB production at small scale without significant financial risk, making them suitable for gifting and exchange.
• Supercon 2026 badge scale: Hackaday is manufacturing 1,000 badge units for this year's conference, a substantial production run enabled by sponsor funding rather than individual or community budget constraints.
• Non-commercial dev board preference: The author explicitly chooses community-made boards—specifically Hack Club's Raspberry Pi Pico clone and CNLohr's ch32v003fun with esp32s2-funprog programmer—over commercial alternatives when prototyping, citing personal connection to the creators.
• Reciprocal exchange dynamic: The SAO scene operates on balanced give-and-take rather than pure altruism, with participants receiving approximately as many items as they distribute.
• Sponsor-mediated production: Hackaday's ability to produce more elaborate badge designs depends on Supercon sponsors absorbing manufacturing costs, distinguishing institutional from individual maker economics.

Why it matters

The SAO and badge culture documented here sustains a tangible, non-monetary economy in open hardware that lowers barriers to PCB design skills and creates social infrastructure for knowledge transfer. For Linux and open source users, this maker exchange network produces accessible, documented dev boards that often ship with open toolchains—such as the ch32v003fun project's RISC-V tooling—providing alternatives to vendor-locked commercial hardware and expanding the pool of supported platforms for embedded development.