Video here: https://archive.org/details/teardown_portland_2018-Hacking_Appliances_and_Prototyping_Nextgeneration_Technology_and_Netduino_and
The hardware revolution is just beginning! There is a whole class of products out there that haven’t been created yet, but if you can develop apps, you can build them!
Join Bryan Costanich (former VP at Xamarin) and get inspired to build your own connected things as he walks through hacking various appliances including a dehydrator, coffee maker and otherinto connected things using Netduino and Xamarin. Come learn how Netudino.Foundation (http://Netduino.Foundation) makes creating connected things in C# a piece of cake, with a massive library of peripheral drivers for sensors, LCDs, etc., and a handrolled API that makes them a piece of cake to use. Come and see how easy it is to create awesome connected things with it!
4. Microcontrollers will make the revolution possible.
Commodity chips. $2-$10
Low-energy, high-performance.
General Purpose Input-Output (GPIO)
Digital + Analog
Built-in Protocol Support (SPI, I2C, Serial,
CAN, and others)
Analog-to-Digital (ADC) Converters
Digital-to-Analog Converters
Gateway Connectivity (BLE, WiFi, others)
Real IoT is powered by microcontrollers (MCUs).
8. household mains electricity
PID controllers
LCD menu UI
web API
mobile app
Hacking Connected Appliances
Start building the hardware of tomorrow, today.
11. Power Control Household electricity (110V/240V) is
controlled by a relay.
Relays are electromechanical and isolate
circuits.
Controlled by a simple on/off via a digital
I/O pin.
Baseboard @ 3D_Print_Designs repo
OutputPort relay =
new OutputPort(Pins.GPIO_PIN_D2, false);
relay.Write(true);
var relay = new Relay(N.Pins.GPIO_PIN_D1);
relay.IsOn = true;
relay.Toggle()
Netduino.Foundation:
23. Bay Area MakerFaire next week! May 18th-20th
Hardware Hackers Portland June (date TBD)
PADNUG July 3rd
Hardware Hackers July Roadshow (BC, Seattle, Portland, SF, LA,
Phoenix).
Upcoming Events