November 11+12 2017
Flying Liquid Crystal Displays
I will present the mechanical and electronic design for a large LCD 'pixel', used in a large-scale museum artwork. ( http://www.jasonbruges.com/digital-ornithology/ ) Standard PCB manufacturing techniques are used to combine control electronics and mechanical structure into an elegant slim module, the aesthetics of which are further enhanced by combining power and control data over two discreet suspension wires.
Internet of Robots
CTRL+HACK+DELETE: Designing and Building a Custom Mechanical Keyboard
There’s an entire subculture of people out there dedicated to pushing the humble mechanical keyboard to its limits. With everything from custom keycaps, to switch mods, to full-blown ground-up creations and everything in between! In this talk, I’ll go through my journey to build a custom, split, ergonomic, staggered-columnar, RGB backlit mechanical keyboard (mouthful!) from scratch. I’ll go over how I picked my layout, chose my switches, designed the boards, programmed the firmware and more!
Getting Started with Vacuum Technology
What I learnt teaching myself some basic glass blowing and experimenting with vacuum electrical devices. Gas discharge tubes, incandescent light bulbs, vacuum diodes and triodes are all accessible to the maker with only some basic equipment.
Michael Ossmann and Dominic Spill
Aye, ARRR! pIRates!
Since starting to build tools for the investigation of infrared communication systems over the past year, we have noticed a number of interesting ways that infrared targets are susceptible to attack. Tiny toys, critical infrastructure...infrared systems are more prevalent than ever. We've taken a Software Defined Radio (SDR) approach to infrared hacking. Join us as we sail the high seas in search of infrared targets and demonstrate creative ways to influence system behavior.
How to Beckon a Robotic Workforce
Many people are afraid that robots are going to take their jobs - and they are right - but that doesn't mean anyone has to get left behind. One solution is to make it easier for non-technical people to learn how to design, build, and run robots, without formal education. Dr. Applestone will discuss her perspective on what it looks like when robots are as much a part of employment as computers are, thoughts on "Made in America", commitment to workforce development, and machine accessibility.
Biomimicry and the Machine: Using psych and bio to bring robots to life
A robot comes to life instantaneously when we hack human instinct and psychology. By building elaborate bio-based skeletons and tuning robotic interactions to biological instincts, we can create surprising and engaging systems that people subconsciously consider "alive." Underscore this with a few psychological elements, and you've got an irresistible, lifelike illusion that enthralls and repulses. Have fun times with biomimicry, and learn to make your own little monsters!
Ashwin K Whitchurch
Are we ready for Open Source Healthcare and medical devices?
Open source hardware is changing the way medical devices are being developed. Cost and IP hurdles have always been the major barriers of entry to medical device innovation. With OSHW, a new revolution is taking place, enabling new medical products and technologies. The talk will focus on how open source technology and specifically open source hardware is shaping medical device innovation in ways deemed impossible, drawing from our own experiences working on medical devices of all varieties.
Applying Acceptance Tests to Hardware
How to apply software's testing mentality to hardware for lean development and happy clients
A Cross-Platform Magstripe Payment Method: BlueSpoof
In this talk, we will discuss how to design a cross-platform tool that it is capable of transmit magstripe information wirelessly implementing sound. What techniques and what tools we have to implement to generate those magstripe audio waves; also how to mimic the magnetic field changes when a card is swiped in the terminal, and how to transmit the audio from many different devices.
The Future is Now
Syd Mead has been inventing our future for over sixty years. Originator of the title Visual Futurist, he has designed everything from yachts to watches to film sets. Since he’s been interviewed several times about his work, we will focus this presentation on his design process and his work beyond film.
Extraterrestrial Autonomous Landing Systems
Often times the most interesting science in our universe is hidden away in hard-to-reach places. To explore these regions, JPL is developing a smart and robust landing system capable of localizing and avoiding hazards. This talk covers the various lander technologies, specifically JPL’s COBALT project and the many adventures of field-testing with VTVL rockets.
The Making of a Secure Open Source Hardware Password Keeper
The Mooltipass Password Keeper project was started four years ago by the Hackaday community to provide a safe and offline way of storing credentials and data. Since then, about 50 individuals from around the globe have contributed to the project, bringing two models of the Mooltipass device to market. This talk will describe the Mooltipass technical choices as well as development process in order to inspire and give advice to enthusiasts who would also like to launch an idea to market.
the imperfect probe: personally expressive machines and why nonsense matters
I would like to talk about the mechanisms I created for an artist residency I had at ESA's technical facility this summer. The appendages I produced are caricatures of the scientific instruments used in space exploration. Rather than the pursuit of collecting data, their functions are inspired by the human need to be personally expressive. I will explain how I made them, also why I believe its important to create "serious nonsense", in a world where there is pressure to produce practical tools.
Applied Engineering for more than just fun and bling
AND!XOR is a hardware hacking group that engineers artisanal electronics; indie conference badges filled with games, puzzles, and bling. There’s quite a change in focus when it comes to design for manufacturing. Garage workshop projects are a lot different than fabrication of hundreds of electronics for an event. This talk covers our hardware engineering journey, design, prototyping, test, and mass manufacturing. More importantly, lessons learned for anyone wishing to scale up their project.
Creating Vehicle Reconnaissance & Attack Tools
In this talk I'll share the exciting details on researching closed systems & creating attack tools to (demonstrate) wirelessly unlocking and starting cars with low-cost tools, home made PCBs, RFID/RF/SDR & more. I'll describe how to investigate an unknown system, especially when dealing with chips with no public datasheets and undisclosed protocols. We'll learn how vehicles communicate with keyfobs (LF & UHF), and ultimately how a device would work that can automatically detect the makes/models of keyfobs nearby. Once the keyfobs have been detected, an attacker could choose a vehicle and the device can wirelessly unlock & start the ignition. Like Tinder, but for cars.
Improved sensors have lead to hardware with better features. However, the use of these improved sensors limit aspects of many systems (such as decreased battery life). Rather than using a complex sensor needing complicated processing, multiple simple sensors with processing that fuses the data together can provide a richer interface between hardware and the world.
How I Built My Own iPhone and Other Adventures in the Cell Phone Repair Markets of Shenzhen
I've spent the past year exploring the cell phone repair markets in Shenzhen.It started with the crazy idea that maybe I could build my own iphone from scratch, from parts that I bought in the market. But what else is possible when you have access to unlimited cell phone parts, cheap and fast manufacturing, and deep repair expertise? I'll take you with me on an adventure through Shenzhen, and explain why I think the Chinese approach to manufacturing, repair, and recycling is so amazing.
Wild Hardware: Adventures with Ecological IoT and National Geographic
Over the last 5 years of expeditions in Angola and Botswana, we have developed FieldKit: a joint hardware/software platform and architecture that fuses the best of open science and open storytelling. We will discuss how big data/IoT formed the foundation for live-data expeditions, and how its helping to protect one of the last untouched places on earth. This will include stories about fieldwork in Okavango, Banff National Park, and the Peruvian Amazon (including a story about a tweet from space)
Devices For Controlling Climates
In 2015, I applied for a job at MIT called "Professor of Other". I was hired in a Research Scientist role to create new technology with "magic and impact". I will present my work, controlling climates at every scale – from personal heating and cooling to controlling the weather.
Wiring Boot Camp
If your wiring doesn't work, nothing else matters. No amount of firmware development, board layout Kung Fu, or component selection can make up for failures in wiring. Strangely, this totally essential work is rarely taught or even discussed. After ten years of wiring large and elaborate installations, Gawthrop gives the talk he wishes he'd heard when starting out. Learn the tools, materials and skills you need to do cables right, and why you should (even for prototypes!).
Hacking your home air
Over 7 million premature deaths annually are associated with poor air quality worldwide. We also spend over 90% of our time indoors and over 25% of the systems that deliver air into our homes and offices have undiagnosed issues. The current state of affairs is unsustainable. I have been developing add-ons for HVAC systems that measure indoor air quality and alert you when HVAC is malfunctioning as well as notifies you about likely sources of air pollution.
Manufacturing Hacks: Mistakes Will Move You Forward
From hardware concept to creation: how to take your idea and see it through to distribution while discovering how mistakes reveal unexpected solutions.
The Balance of Art and Technology
This is a presentation about the relationship of art and technology. How technology pushes and advances art to new levels but when the point of balance is tipped too far towards technology the art no longer exists.
Small Fruit: minituarizing the MacPlus
In this talk, I discuss how I went about making a scale version of the Macintosh Plus: hardware design, finding a screen small enough and interfacing with it, figuring out how to emulate all the hardware and building a case will all be discussed.
Robotic Dresses and Intuitive Interfaces
Can the Laplace Transform help with my music video? A journey of Making, Machines, and Music
Gritty details of design, production, scaling, and distribution of the music and objects we developed for the band Construction's last EP.
Andy E. Lin
Understanding Disability within the Context of Engineering: A View from the Frontline
The relationship between engineering and disability is a complex dynamic. Engineers/makers with the best intentions can become engrossed in producing the next eye-catching design without first understanding the key issues/problems that a person with a disability is facing. This workshop will shed light on some of the key lessons and strategies Andy has gleaned over the years working in the field of assistive technology and rehabilitation engineering.
Nexus Technologies, or How I Stopped Worrying and Learned to Love WiFi
Ten years ago, it used to be a tremendous feat to connect a microcontroller to other micros or your computer over Ethernet or WiFi. Today, it's trivial. In contrast to the corporate vision of the Internet of Things, which leaves you dependent on someone else to provide the service that makes it run, the DIY vision of the IoT is empowering, simple, secure, and interoperable if you want. I'll demo everything from the ground up, live on stage, without a safety net.
IoT Security: A study of failure.
In this medium-technical talk I will be exploring some real-world failures of security in IoT devices. In each case the focus will be less on the vulnerabilities themselves, and more on the principles that were broken and the wider classes of weaknesses that can be introduced as a result. I'll also talk about not just the ways in which each individual vuln could be patched, but also the greater lessons that should be taken away from each situation in order to prevent their recurrence.
State of the Hackaday
Join in a look back over the past year of Hackaday and then peer forward into the future of this, the greatest engineering community on Earth.