The 2016 Hackaday SuperConference was not the sort of event where people politely nodded at slides, collected tote bags, and escaped before the coffee went cold. It was a weekend built for people who believe a conference badge should blink, compute, confuse, entertain, and possibly make nearby non-engineers ask, “Is that safe?” Held on November 5 and 6, 2016, in Pasadena, California, the event brought together hardware hackers, engineers, makers, artists, researchers, reverse engineers, security experts, and the proudly curious.
At its heart, the 2016 Hackaday SuperConference was a celebration of hardware creation. That sounds tidy, but the reality was delightfully messy: 21 talks, 5 workshops, lightning talks, meals, a Hackaday Prize party, an electronic badge hacking competition, and a crypto challenge packed into 48 hours. It was part technical conference, part maker festival, part puzzle hunt, and part support group for people who keep spare voltage regulators in drawers “just in case.”
For anyone interested in open hardware, embedded systems, conference badges, DIY electronics, or the culture of making things that actually do something, the 2016 Hackaday SuperConference remains a memorable milestone. It showed how a technical gathering can become more than a schedule. It can become a temporary village where ideas move from notebooks to breadboards, and where a tiny LED matrix can become the social center of a room.
What Made the 2016 Hackaday SuperConference Special?
The SuperConference was designed around a simple but powerful idea: hardware is best understood when people build, break, explain, modify, and share it. Unlike conferences where the audience passively receives information, SuperCon encouraged attendees to take part. The badge was programmable. The workshops were hands-on. The hallway conversations were often as valuable as the official talks. Someone could arrive as a software person and leave having flashed firmware onto a physical object for the first time.
The event took place around the newly opened Supplyframe DesignLab in Pasadena, with nearby Los Angeles College of Music spaces used for talks and workshops. That physical setup mattered. A hardware conference needs more than chairs and projectors. It needs benches, tools, nearby collaborators, and enough electricity to make the room hum like a friendly robot. The DesignLab gave the weekend a workshop atmosphere, while the formal talk spaces supported deeper technical sessions.
Pasadena also helped shape the event’s personality. Old Town Pasadena gave attendees restaurants, coffee, bars, and walkable streets nearby. That made the SuperConference feel less like a sealed convention center and more like a weekend takeover by people carrying laptops, soldering irons, and mysterious Pelican cases.
A Speaker Lineup Built for Hardware Curiosity
The 2016 Hackaday SuperConference speaker list was impressively broad. The talks covered computer vision, small-scale manufacturing, space systems, bio-inspired sensing, home computer history, security tools, advanced scientific apparatus, virtual reality, IoT applications, chip reverse engineering, artistic PCB design, motion control, ternary computing, and SteamVR tracking. In other words, it was a buffet where every dish came with a datasheet.
From OpenMV to Reverse Engineering
Kwabena W. Agyeman presented the story of OpenMV, a project that brought computer vision into the world of small, hackable microcontroller-based cameras. That topic fit SuperCon perfectly because it sat at the intersection of embedded systems, accessibility, and practical experimentation. It was not simply “look what this board can do”; it was “look what people can build when machine vision becomes approachable.”
Ken Shirriff’s talk on reverse engineering analog and digital chips represented another classic Hackaday theme: understanding technology by opening the black box. Reverse engineering is not just technical archaeology. It is also a way of preserving knowledge, teaching design principles, and revealing how elegant or strange old hardware can be under the microscope.
Space, Security, VR, and Strange Machines
Steve Collins of NASA’s Jet Propulsion Laboratory brought the drama of spacecraft problem-solving to the conference with a talk on what happens when things go wrong in space. Samy Kamkar contributed the security flavor, bringing the playful danger that makes hardware hacking both fun and slightly alarming. Alan Yates discussed Lighthouse, the SteamVR tracking system, giving attendees a glimpse into precision indoor positioning and the engineering behind immersive virtual reality.
Other talks moved through bio-inspired systems, scientific prototyping, motion control, kinetic art, human-centered design, and even food hacks. That variety was not random. It reflected the Hackaday worldview: hardware is not one field. It is a meeting place for physics, code, manufacturing, art, biology, math, and the occasional pizza-related engineering breakthrough.
The Badge: The Real Star of SuperCon
Every great hardware conference needs a badge. Not a plastic rectangle with a name printed on it. A real badge. A machine. A conversation starter. A little electronic creature that hangs around your neck and silently judges your firmware.
The 2016 Hackaday SuperConference badge was designed by Voja Antonic, a respected figure in electronic badge design and computing history. The badge built on ideas from the Hackaday Belgrade badge but added a refreshed visual design and new features. It had a 16-by-8 LED matrix made from 128 discrete LEDs, four buttons, an accelerometer, infrared communication, a USB bootloader, and expansion options. It could run demos, support games, display animations, and invite attendees to hack it.
The badge was approachable but not boring. A beginner could plug it into a computer, load firmware, and make LEDs blink. An experienced embedded developer could dig deeper, bypass assumptions, write custom code, and turn the badge into something unexpected. That layered design is one reason the 2016 SuperCon badge is still remembered. It gave everyone a doorway.
Why the Badge Worked So Well
Good hardware design is rarely about cramming in the most parts. The 2016 badge succeeded because it balanced aesthetics, manufacturability, and interaction. Its exposed PCB was not a compromise; it was the design language. The LED matrix was visible and inviting. The buttons made it playable. The accelerometer gave it movement. The infrared capability made badges aware of each other. The USB mass-storage-style programming flow lowered the barrier to entry.
Most importantly, the badge had personality. It was not just an object handed out at registration. It became a shared platform. People compared animations, explored hidden functions, asked for help, and watched others bend the device into new forms. At a normal conference, the badge says who you are. At SuperCon, the badge asked what you could make.
The Crypto Challenge: Five Puzzles and One Very Tiny Battlefield
The 2016 Hackaday SuperConference badge included a crypto challenge that turned the device into a puzzle platform. Attendees could load a challenge application onto the badge and work through five puzzles using the LED display, buttons, logic, observation, and more than a little stubbornness. The challenge drew inspiration from badge puzzle traditions at hacker conferences, but it had its own SuperCon flavor: compact, clever, and built around hardware that attendees already had around their necks.
The puzzles included tasks involving pattern recognition, Morse-like signals, game-style logic, glyphs, hidden interactions, and final-code reasoning. A key detail made the challenge especially fun: it could be attacked in many ways. Some people played the puzzles as intended. Others inspected binaries, disassembled code, wrote scripts, shared hints, or combined approaches. That is not cheating in hacker culture; that is just using the entire toolbox, including the weird tools in the bottom drawer.
Jonathan Dahan won the crypto challenge. His path included solving parts of the game, using tools to interpret signals, examining the firmware, and applying brute-force reasoning where it made sense. The victory captured the spirit of the event: persistence, technical creativity, and the ability to pivot when the puzzle refuses to behave like a polite puzzle.
Badge Hacking: Blinky, Deadbug, and Over the Top
Beyond the official crypto challenge, the badge hacking competition encouraged attendees to modify the badge in physical, visual, and ridiculous ways. Categories included Most Blinky Badge Hack, Most Deadbug Badge Hack, and Most Over the Top Badge Hack. This was not merely decorative. It was a public demonstration of hardware improvisation under time pressure.
One standout hack came from Sprite_TM, who turned multiple badges into a synchronized display using infrared communication. Instead of being limited to a single 8-by-16 display area, the hack coordinated multiple badges into a larger visual canvas. It was technically clever, visually funny, and exactly the kind of project that makes people gather around a table with expressions halfway between admiration and “I should have brought more jumper wire.”
Another important badge-hacking moment came from first-time embedded participants. The event celebrated complex hacks, but it also celebrated someone compiling sample code and flashing a badge for the first time. That is crucial. A healthy maker community does not only applaud the wizard who reverse engineers firmware before breakfast. It also applauds the beginner who gets one LED to obey. That first success is often the hook that brings someone deeper into electronics.
The Hackaday Prize Party
The 2016 SuperConference also hosted the Hackaday Prize party, where winners of the year’s engineering competition were announced. The Hackaday Prize challenged people to “make something that matters,” and the 2016 field included more than a thousand entries before being narrowed down to finalists.
The grand prize went to Alberto Molina Perez for DTTO, a modular, self-reconfigurable robot made from 3D-printed modules, servos, magnets, and off-the-shelf parts. DTTO could change shape by rearranging its modules, suggesting possible uses in search, exploration, and adaptable robotics. Other recognized projects included an affordable reflectance transformation imaging dome, a laser-cut optics workbench, a ferrofluid-based tilt sensor, and Mechaduino, a stepper motor system aimed at bringing more sophisticated motion control to accessible hardware.
This prize component gave the SuperConference a wider purpose. The weekend was not just about clever hacks for their own sake. It highlighted projects that aimed to solve problems, lower costs, open knowledge, and make advanced tools more available.
Manufacturing Lessons Hidden Behind the Fun
The 2016 badge looked playful, but its production story was a serious lesson in small-batch electronics manufacturing. Around 300 badges had to be produced in time for the event. That required design review, bill-of-materials decisions, supplier selection, contract manufacturing, panelization, assembly, firmware flashing, testing, and rework.
Several practical lessons emerged. Parts that are easy to source in one country may create problems when a design moves toward production elsewhere. Fine-pitch components, such as accelerometers, may look innocent in a schematic and then become tiny gremlins during assembly. USB connectors may require manual intervention. Pick-and-place programming takes real time. Testing every board is not optional when attendees are expecting the badge to become their weekend toy, tool, and identity marker.
This behind-the-scenes work is part of why the badge mattered. It was not a one-off prototype made for a demo table. It was a short-run product delivered under deadline pressure to a highly technical audience. That audience would absolutely notice if the hardware was sloppy. Hardware hackers are friendly people, but they can smell a cold solder joint from across the room.
Why the 2016 Hackaday SuperConference Still Matters
The 2016 Hackaday SuperConference stands out because it represented a mature version of maker culture. It was not only about Arduino blinking or 3D printers humming in the corner. It brought together professional engineers, artists, scientists, security researchers, hardware entrepreneurs, educators, and hobbyists. It treated open hardware as both serious engineering and joyful exploration.
The event also showed the value of community infrastructure. Hackaday.com published coverage. Hackaday.io hosted project files. GitHub preserved code. Tindie later helped make badges available. Videos and writeups extended the conference beyond the weekend. In that sense, SuperCon was not limited to the people who physically attended. It became part of the public record of hardware hacking culture.
For search engines and readers alike, the phrase “2016 Hackaday SuperConference” now points to more than one event. It points to a moment when conference badges became educational platforms, when prize projects demonstrated meaningful invention, and when a community gathered around the belief that electronics should be understandable, modifiable, and fun.
Experience Section: What It Felt Like to Be Around the 2016 Hackaday SuperConference
Imagine walking into the 2016 Hackaday SuperConference with a laptop bag, a USB cable, and the quiet confidence of someone who has definitely read half a datasheet before. The first thing you would likely notice is the sound: conversations about firmware, laughter from people comparing badge animations, keyboards tapping, tools clinking, and someone nearby explaining why their project “worked last night.” That phrase, of course, is the unofficial anthem of hardware.
The badge would immediately change the social rules. Instead of awkward small talk, attendees had a built-in icebreaker. “What are you running on yours?” is much better than “So, what do you do?” One question leads to a demo, the demo leads to a bug, the bug leads to three strangers leaning over the same table, and suddenly everyone is friends because nothing bonds people faster than shared confusion over interrupt timing.
The talks would offer inspiration, but the most memorable learning might happen between sessions. Someone could explain how they approached the crypto challenge. Another person might show a hardware modification held together by hope, solder, and probably not enough strain relief. A beginner might ask how to flash the badge, and instead of being dismissed, they would get a quick lesson. That welcoming transfer of knowledge is what makes events like SuperCon powerful. The community does not simply display expertise; it circulates it.
There would also be a wonderful tension between polish and chaos. On stage, speakers presented refined ideas about manufacturing, space systems, VR tracking, and chip reverse engineering. On tables, attendees experimented in real time, where success and failure were both visible. That contrast made the event feel alive. Finished knowledge and unfinished tinkering occupied the same room.
For a hardware enthusiast, the badge hacking area would be the emotional center of the weekend. It would be impossible not to glance around and think, “I should try something.” Maybe you would start small: a scrolling message, a custom animation, a button-controlled pattern. Then you would see someone else add external hardware, synchronize multiple badges, or create a deadbug sculpture, and suddenly your modest plan would become more ambitious. This is how maker escalation happens. It begins with one LED and ends with a table full of wires.
By the end of the weekend, the best souvenir would not be the badge alone. It would be the confidence that comes from touching the whole stack: idea, schematic, firmware, manufacturing, debugging, presentation, and community feedback. The 2016 Hackaday SuperConference gave attendees a rare experience: a technical event where learning was not locked inside slides. It was hanging from everyone’s neck, blinking in red LEDs, waiting to be hacked.
Conclusion
The 2016 Hackaday SuperConference was a defining hardware gathering because it combined deep technical content with active participation. Its talks covered serious engineering territory, from reverse engineering and space systems to manufacturing and VR tracking. Its badge turned attendees into developers, puzzle solvers, and hardware experimenters. Its Hackaday Prize party connected the fun of making with the larger goal of building useful, accessible technology.
Most conferences are remembered by their keynote speakers. The 2016 Hackaday SuperConference is remembered by its badge, its community energy, its clever challenges, and its proof that hardware culture works best when people are invited to open things up. It was not just a weekend in Pasadena. It was a compact demonstration of what happens when curiosity gets a PCB, a deadline, and a room full of enablers.
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