BSides Orlando

BSides Orlando 2026

The completed September 26, 2026 Central Florida Security BSides conference at Full Sail Live, with September 25 pre-conference workshops. Its official GitHub organization published a CH32V003 LED badge design from August 4, 2026; the 2026-badge repository was not publicly reachable from September 25 and reappeared on September 29-30 with the badge firmware, a v1.0.0 release dated September 26, the EasyEDA Gerbers as ordered from JLCPCB, and a README stating that its programmer SAOs flashed all of the attendees' badges in the Soldering Village at BSides Orlando. The official Build Your Badge page, merged on the conference day, describes the part-built attendee solder kit and credits kcolley for the PCB and Shep for the art. The official event page still read pre-event on October 1, 2026, so the edition is marked completed on the organizer repository's post-event statement; the number of badges handed out is not published.

Full Sail Live, 141 University Park Dr, Winter Park, Florida · United States · 2026

BSides Orlando 2026 Electronic Badge

BSides Orlando 2026's attendee badge is a retro-futurist CH32V003 RISC-V board, a 1960s World's Fair vision of tomorrow with Lil Chompy the alligator at the wheel of a flying car, handed out as a part-built solder kit and programmed in the conference Soldering Village. Security BSides Orlando's official GitHub organization published the design from August 4, 2026; its 2026-badge repository was not publicly reachable from September 25 and reappeared on September 29-30 with the KiCad source, the EasyEDA full-colour-silkscreen Gerbers as ordered from JLCPCB, the badge firmware, a v1.0.0 release dated September 26, and a README stating that its programmer SAOs flashed all of the attendees' badges in the Soldering Village at BSides Orlando. Three SK6812MINI-E RGB LEDs form the flying car's headlights and a fingerprint-scanner indicator, four self-blinking LEDs light the tower spire and geodesic sphere, two capacitive touch pads sit under the fingerprint and Lil Chompy's head, one AAA cell feeds a TPS61021A boost converter, and the SAO header doubles as an SAOv3 host and a 115200-baud serial console running the Lil Chompy and the World's Fair text-adventure CTF.

Lifecycle

Add-ons & Upgrades

BSides Orlando 2026 Electronic Badge official event-day build guide

assembly format

Part-built attendee solder kit

The official Build Your Badge page says the badge arrives with the microcontroller, reverse-mounted LEDs, and tiny parts pre-soldered, and that attendees solder four LEDs and the SAO connector on the front and the power switch and battery holder on the back before inserting an AAA battery, with help at the Soldering Village.

Compatibility: BSides Orlando 2026 badge as described on the official build page; the page does not say who received a kit or how many were handed out.

BSides Orlando 2026 Electronic Badge organizer firmware source and release

badge CTF

Lil Chompy and the World's Fair console CTF

A text adventure on the 115200-baud SAO-header console: players hold the real fingerprint pad to pass the fairgrounds gate, tap Lil Chompy's head to wake him, and find the flight passkey to fly up the Sky Spike. Beating it prints a flag for the event CTFd site, lights a second sphere LED, unlocks rainbow headlights, and enables PEEK, which can dump the firmware; a second flag is readable only at the real flash address, not the boot-mirror alias.

Compatibility: BSides Orlando 2026 Electronic Badge with a 3.3 V USB-serial adapter on the SAO header

BSides Orlando 2026 Electronic Badge official organization source-backed

event association

Official organization and 2026 badge-repository connection

BSides Orlando's official site links the GitHub organization, whose profile calls itself the official GitHub organization for Security BSides Orlando and describes its Badge repositories as electronic badge firmware and designs. That organization published the public 2026-badge project. This establishes an organizer-published planned badge-design trail, not attendee inclusion, production completion, a credential function, or delivery.

Compatibility: BSides Orlando 2026 Electronic Badge

BSides Orlando 2026 Electronic Badge organizer firmware source

expansion protocol

SAOv3 host with Hack@UCF SAO unlock

The badge acts as an SAOv3 host over I2C with boot-time and hot-plug discovery and optional LED mirroring; attaching a Hack@UCF SAO permanently unlocks a colour-crossfade headlight mode and a gold scanner idle. The SAOv3 host library submodule was not yet public at the September 30 push.

Compatibility: SAOv3 and static SAO add-ons on the BSides Orlando 2026 badge

BSides Orlando 2026 Electronic Badge organizer documentation and release asset

factory programming tool

RP2040 programmer SAO

A WaveShare RP2040-Zero running picorvd-for-badges, wired as an SAO-header probe powered by the badge, flashes firmware.bin over SWIO and triggers the badge self-test; the README says these programmer SAOs programmed the attendees' badges in the Soldering Village and gives build instructions.

Compatibility: BSides Orlando 2026 Electronic Badge; pico_rvd_factory.uf2 from the v1.0.0 release

BSides Orlando 2026 Electronic Badge public pre-event production-ready design

generated manufacturing files

JLCPCB production outputs

The September 1 commits added a full JLCPCB Gerber set, drill files, BOM, and CPL placement file and declared the final schematic ready to order. These outputs document a manufacturing-ready design; they do not evidence a placed order, fabricated boards, assembly, attendee allocation, or distribution.

Compatibility: BSides Orlando 2026 Electronic Badge

BSides Orlando 2026 Electronic Badge schematic- and BOM-backed design detail

planned controller

CH32V003F4P6 microcontroller

The revised schematic instantiates U1 as a WCH CH32V003F4P6 RISC-V microcontroller in a TSSOP-20 package, and the production BOM carries its LCSC part number. The September 29-30 firmware release and README document its use: SPI-DMA-driven SK6812 output, ADC touch sensing, open-drain beacon LEDs, I2C1 SAO hosting, and a UART console sharing the SWIO pin, flashed in production by an RP2040 picorvd probe.

Compatibility: BSides Orlando 2026 Electronic Badge

BSides Orlando 2026 Electronic Badge schematic-, library-, and commit-backed design detail

planned expansion surface

SAO v2 expansion connector with ESD protection

J1 is valued SAO Connector on the repository-local Simple_Addon_v2 2x3 socket, and an August 13 commit message names the added I2C pull-ups, SAO ESD protection, and series resistors, realized as D4 TPD4E05U06 and the 33R series resistors. The sources do not publish the pinout mapping beyond the library standard, tested host compatibility, or an expansion ecosystem claim.

Compatibility: BSides Orlando 2026 Electronic Badge

BSides Orlando 2026 Electronic Badge schematic-backed design detail

planned lighting circuit

Retained Breathing and Fast Blink 3 mm LEDs

The earlier discrete design survives in the revised schematic as D5, valued Breathing 3mm LED, and D6 through D8, valued Fast Blink 3mm LED, on 3 mm through-hole footprints. The sources do not identify their color, supplier, current draw, blink pattern, or population outcome.

Compatibility: BSides Orlando 2026 Electronic Badge

BSides Orlando 2026 Electronic Badge schematic- and BOM-backed design detail

planned lighting circuit

Three SK6812MINI-E reverse-mount addressable LEDs

D1 through D3 are SK6812MINI-E reverse-mount addressable RGB LEDs, carried in the production BOM. The sources do not document their animation behavior, control mapping, mounting face artwork interaction, or populated outcome.

Compatibility: BSides Orlando 2026 Electronic Badge

BSides Orlando 2026 Electronic Badge schematic- and BOM-backed design detail

planned power surface

Single AAA cell with boost converter

BT1 is valued 1x AAA on a BH-AAA-1X holder footprint, and U2 is a TPS61021ADSGR boost converter with Q1 SI2302S, replacing the earlier CR2032 Keystone-holder framing of the August 4 snapshot. The sources do not state an included cell, chemistry, runtime, measured current budget, or safety result.

Compatibility: BSides Orlando 2026 Electronic Badge

Operational history

Issues & Camp Impact

allocation and quantity boundary · organizer repository and official build page · on-site programming documented; badge count and ticket inclusion unpublished

The organizer README says the programmer SAOs programmed all of the attendees' badges in the Soldering Village, and the September 29 commit documents a JLCPCB order on a 3x5 panel, but no source gives the number of boards ordered or handed out, a ticket-tier rule, leftover stock, or failures. The 2026-badge repository was not publicly reachable from September 25 through September 29, and the official event page still had no wrap-up on October 1.

The record treats attendee programming at the event as organizer-stated, without asserting a count or that every registrant received a badge.

design-credit and distribution-role gap · official organization and public repository review · named designers and organization credited; manufacture and fulfillment roles not recovered

The rev R1 schematic title block names Kevin Colley, whose commits carry the August 4 microcontroller addition through the September 1 production files, while Jose Rodriguez authored the August 4 initial discrete-LED design whose Jose_3mm_Led library symbols survive in the retained blink LEDs. The organization profile establishes Security BSides Orlando as publisher, but the reviewed public material does not name a manufacturer, assembler, funder, or distribution owner, and the repository predates any stated official event-page badge announcement.

The catalogue credits the title-block designer, the initial-design author, and the organization without assigning manufacturing, artwork-ownership, or fulfillment responsibility beyond what the public sources state.

final hardware, manufacturing, and electrical-safety gap · KiCad source, BOM, and production-file snapshot · production-ready design documented; final board unconfirmed

The reviewed files now publish Gerbers, a drill set, a production BOM, and a CPL file, but they still do not document a placed order, received boards, assembly, powered test, measured current budget, battery life, thermal or fault behavior, cell inclusion, compliance result, or a final populated revision.

Readers can inspect a manufacturing-ready source design without treating it as a completed, safe, validated, or reproducible attendee device.

firmware, release, and license gap · public repository tree and GitHub metadata · firmware and release published; no repository license; SAOv3 library pending

The republished repository now carries firmware source, a v1.0.0 release with binaries, and build and flashing documentation, but still has no LICENSE file or detected licence, and its saov3-lib submodule pointed at a library the README says was not yet public, so a clean source build is not yet reproducible from public material alone.

The dossier documents published firmware behaviour and hashes without implying open-source terms, redistribution permission, or a reproducible build.

missing rights-cleared image · local project policy · needs licensed original replacement

No BSides Orlando 2026 Electronic Badge image is published because the official event and GitHub sources do not pair a selected factual badge photo or upstream raster with a reusable license or explicit permission basis, attribution, source URL, and processing notes. The repository's front and back renders, programmer photo, and artwork files carry no stated license.

The record remains source-backed and image-free rather than copying PCB screenshots, vector artwork, GitHub previews, event graphics, social media, placeholders, or generated approximations.

Resources

Sources