Ron Evans

"Go Even Further Without Wires" is the thrilling part 3 of the "Go Wireless Saga".

In "Go Without Wires", we wrote TinyGo code that runs directly on Bluetooth devices.

In "Go Further Without Wires", we used TinyGo to connect to WiFi networks, and consequently to the Internet itself.

Now, we will extend our reach further out into the real world, with TinyGo programs that can connect to Wide Local Networks (WAN) using the long distance radio protocol LoRA/LoRAWAN.

This talk will include several live demonstrations, including a flying object.

"Go Even Further Without Wires" is the thrilling part 3 of the "Go Wireless Saga".

In "Go Without Wires", we wrote TinyGo code that runs directly on Bluetooth devices.

In "Go Further Without Wires", we used TinyGo to connect to WiFi networks, and consequently to the Internet itself.

Now, we will extend our reach further out into the real world, with TinyGo programs that can connect to Wide Local Networks (WAN) using the long distance radio protocol LoRA/LoRAWAN.

This talk will include several live demonstrations, including a flying object.

Last year in "Go Without Wires" we saw how you can use TinyGo to program code that runs directly on Bluetooth devices.

Now in "Go Further Without Wires" we will see some of the ways that TinyGo can connect to WiFi networks, and consequently to the Internet itself.

This talk will include several actual demonstrations, including a drone.

In this second chapter of the "Wireless Saga", we will get to see how our TinyGo programs can extend out further into the real world, by connecting to Wireless Local Area Networks (WLAN) using several different wireless chips such as the popular ESP-32.

Go programmers now have access to an entire world of Bluetooth devices, the most popular Wireless Personal Area Network (WPAN) standard ever created, all using our favorite programming language, thanks to the aptly named "Go Bluetooth" (https://tinygo.org/bluetooth).

Developers can write code to control Bluetooth Low Energy devices from standard Go programs running on desktop operating systems.

In addition, developers can create Bluetooth Low Energy peripheral devices running bare-metal on chips made by Nordic Semiconductor, by using "Go Bluetooth" with TinyGo.

This means you can write the code for both sides of your Bluetooth Low Energy wireless application all using Go.

In this talk I will explain the concepts and show code by programming several live objects.

This talk will show using live demos why TinyGo (http://tinygo.org) the Go compiler for "small places" is a excellent choice for next generation IoT and embedded devices.

This talk will show using live demos why TinyGo (http://tinygo.org) the Go compiler for "small places" is a excellent choice for next generation IoT and embedded devices.

TinyGo is an exciting new compiler that brings the Go programming language to microcontrollers and WebAssembly. Come join us in mapping out the future roadmap and hacking on this awesome new project.

TinyGo is an exciting new compiler that brings the Go programming language to microcontrollers and WebAssembly. Come join us in mapping out the future roadmap and hacking on this awesome new project.

TinyGo takes the Go programming language to the "final frontier" where we could not go before... running directly on microcontrollers like Arduino and more! In this talk I will introduce TinyGo (http://tinygo.org) a new miniature version of the Go language that uses the LLVM compiler toolchain to create native code that can run directly even on the smallest of computing devices.

This talk will feature live coding demos of flying objects...

It is easier to see what comes next for the Internet of Things (IoT) when you have eyes on the world. Computer Vision (CV) software, in particular the powerful open source OpenCV (http://opencv.org) has made big leaps in power and usability, and is ready to come into its own as a key part of an advanced IoT solution.

At the same time the Go programming language aka Golang has won over fans with clean code, high-performance, and portability. But there has not been any way to unlock the most state-of-the-art CV libraries using the most state-of-the-art programming language... until now.

Introducing GoCV (https://gocv.io) a new package for letting Go programmers create computer vision applications using OpenCV.

In this talk I will show how to use GoCV to build the next generation of computer vision applications, with live code demonstrations.

It is easier to see what comes next for the Internet of Things (IoT) when you have eyes on the world. Computer Vision (CV) software, in particular the powerful open source OpenCV (http://opencv.org) has made big leaps in power and usability, and is ready to come into its own as a key part of an advanced IoT solution.

At the same time the Go programming language aka Golang has won over fans with clean code, high-performance, and portability. But there has not been any way to unlock the most state-of-the-art CV libraries using the most state-of-the-art programming language... until now.

Introducing GoCV (https://gocv.io) a new package for letting Go programmers create computer vision applications using OpenCV.

In this talk I will show how to use GoCV to build the next generation of computer vision applications, with live code demonstrations.

The Go programming language from Google has become well known for its power and portability in the containerization world. The open source framework Gobot (http://gobot.io) is written in the Go programming language, and brings this same power to IoT development, with support for many different hardware and software platforms.

In this talk, including live demonstrations, we will show how high-performance IoT and robotics solutions can be built using Go.