BSides Orlando 2026 · United States · 2026
Organizer-published four-LED KiCad badge design for the upcoming September conference
BSides Orlando's official GitHub organization published 2026-badge, a public KiCad 10 schematic and PCB project, as the conference's current 2026 badge-design trail. The schematic identifies four 3 mm blink-labeled LEDs, a Keystone 3002 1x2032 cell-holder footprint, an MST22D18G2 125 power-switch component, and a 2x3 2.54 mm socket. The official event site sets the conference for September 26 at Full Sail Live in Winter Park, Florida. This supports a planned organizer-published discrete LED badge design, not a released or allocated physical badge, attendee credential, finished BOM, final board revision, firmware, or image license.
People
The organization profile identifies Security BSides Orlando as the official GitHub organization, links the official event site, describes badge firmware/design repositories, and publishes the public 2026-badge source. This is a source-publisher credit, not an individual design, manufacture, artwork, fulfillment, or image-reuse attribution.
SourceIt records a real current organizer source release while preserving the difference between a public board-design snapshot and an issued conference artifact. The sparse KiCad archive supports a discrete electronic design, but it contains no controller, firmware, production, allocation, or completed-event evidence to fill in by inference.
The current native KiCad schematic instantiates four LED_THT:LED_D3.0mm_IRBlack footprints: D1 is valued as a Breathing 3mm LED and D2 through D4 as Fast Blink 3mm LED. It also names a BatteryHolder_Keystone_3002_1x2032 footprint, a power-switch component labelled MST22D18G2 125, and a Conn_02x03_Top_Bottom 2.54 mm vertical socket. The source is a design snapshot; it does not give a BOM, populated or released revision, LED color/current specification, cell inclusion, expected battery life, electrical measurement, safety/compliance result, dimensions, manufacturing output, or in-person distribution.
The public root contains KiCad PCB, project, schematic, and backup files, with no README, firmware, binary, programming/recovery guide, CTF, app, release, or tag. No microcontroller is instantiated in the reviewed schematic, so the record does not infer programmable behavior.
The official site names September 25 workshops and a September 26 conference at Full Sail Live. Its footer 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. The organization added 2026-badge on August 4 with three public commits, no repository description, and no stated license, making a source-backed plan rather than a shipment record the appropriate classification.
Lifecycle
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.
SourceThe 2026-badge root holds native KiCad PCB, schematic, project, project-local, footprint-cache, and backup material. The archive is a design snapshot rather than a BOM, Gerber release, manufacturing order, assembled-unit record, or final revision declaration.
SourceThe schematic identifies D1 as a Breathing 3mm LED and D2-D4 as Fast Blink 3mm LED, all on 3 mm LED footprints. It does not identify their color, supplier, current draw, blink pattern, intensity, population outcome, or field behavior.
SourceThe schematic names a Keystone 3002 1x2032 holder footprint, an MST22D18G2 125 power-switch component, and a 2x3 2.54 mm vertical socket. These source design elements do not establish an included cell, battery runtime, connector role, pinout, host compatibility, electrical limits, polarity protection, safety result, or populated final board.
SourceOperational history
Readers can inspect the source-supported circuit outline without treating a work-in-progress layout as a completed, safe, compatible, or reproducible attendee device.
The dossier does not infer programmable behavior, a user-update path, a released build, support obligation, open-source or open-hardware terms, or permission to redistribute repository files or visual material merely from public visibility.
The catalogue credits the named organization without assigning individual authorship, manufacturing responsibility, artwork ownership, or fulfillment responsibility from unexplained repository provenance.
The pre-event record remains source-backed and image-free rather than copying PCB screenshots, vector artwork, GitHub previews, event graphics, social media, placeholders, or generated approximations.
The catalogue records a real organizer-published planned design without calling it an issued attendee badge, a registration credential, a guaranteed benefit, or a completed distribution.