Let's rock some AI with Azure Machine Learning en

Machine learning is a complex subject that requires a great deal of advanced math, software development skills, hardware setup and much more. Simple tasks like setup a ML environment can be very time consuming.

That's why AzureML is a great solution to focus on the important task: Machine Learning. In this session we will review how to train and deploy machine learning models using different techniques, no code approach using the drag-and-drop designer, programming with Jupiter Notebooks and also with Automated Machine Learning.

Let's rock this !

Diversity is more, much more! Living in tech as a Latino who can’t dance en

I was born and raised in Argentina, then I lived +11 years in Spain and +3 years ago I moved to Canada. During the past 15 years I was an outsider, and this also impacted my professional life. I was lucky enough to travel for 5 years working in Europe, and I learned a lot on how my latino background impacted my professional career.
This session is mostly sharing what I’ve learned during these past years. How I learned to get the most from sentences like “You have a very strong accent; I don’t think you will fit this meeting. These are Senior Executives” or “Wow, your accent is amazing, our leadership team will love it!”. In both scenarios, I manage to move from frustration or surprise to a let’s focus on our business.
And it’s not only about language and accent; family, culture and even food and drinks are a part of the story. Espero que nos veamos en la sesion!

Let’s code a drone 🚁 to detect objects and have fun with Azure IoT en

You can control a drone using 20 lines of code. That’s the easy part. However, adding extra features like face or object detection and program the drone to follow and object or a face requires … another 20 lines of code!
During this workshop we will review how to connect to a drone, how to send and receive commands from the drone, how to read the camera video feed and how to apply AI on top of the camera feed to recognize objects or faces. We will use a simple house drone ($100) and Python. And, when we review some enterprise scenarios, we will use Azure IoT to sync the drone information in IoT mode.
Let’s build this!

Let’s build an Anomaly detector system with a few lines of code and without code at all! en

Detect anomalies is a common scenario which affect dozens of industries. From analysis of Power Consumption, analysis of Medical Data and even analysis of personal information, anomalies can be detected based on historical data.
During this workshop we will code a complete system to detect anomalies, we will train a create a model and later use this model with new data to identify anomaly. Later in the workshop we will review a new set of options to create an Anomaly Detection System without a line of code!
Let’s build this!

Getting Started with Machine Learning.Net and Auto ML en

Machine Learning has moved out of the lab and into production systems. Understanding how to work with this technology is one of the essential skills for developers today. In this session, you will learn the basics of machine learning, how to use existing models and services in your apps, and how to get started with creating your own simple models.
And if you are a .Net developer, we will cover the basis of Machine Learning.Net, a complete ML framework to work with C#, F# or any other .Net Core language.

Let’s perform Anomaly Detection using ML.Net on a drone flying data from Azure IoT en

You can control a drone using 20 lines of code. That’s the easy part. Sending the drone telemetry to Azure IoT is a little tricky, however, it requires another 20 lines of code. And when all the information is on Azure IoT, we can perform Anomaly Detection on the drone telemetry using ML.Net on the cloud.
We will use a simple house drone ($100), Python and C#. And, besides the drone telemetry analysis, I’ll share additional enterprise scenarios.
Let’s build this!

1st part of the track is about how to create an SDK to control the drone. 2nd part is how to send the telemetry to Azure IoT. 3rd part is how to analyze this telemetry using ML.Net. 4th part is to share real scenarios on where to apply this. I’m planning to spend +60% of the session on steps 3 and 4.
For each event, I prepare a custom demo for the 2nd part :D

Using Azure IoT to feed my squirrels 🐿️ en es

Winter is here and my backyard squirrels friends still come every day to get some food, snow is not a problem for them.

In this session we will review the basic concepts of Azure IoT and we will create a simple animal detector. When an animal is detected, the device will that will play video and music. And it will also send telemetry to Azure IoT to control the automatic feeder.

We'll share a few implementation options, so you can get some fun ideas and walk away with a plan to start creating your own masterpiece.

- Learn how to create ready to use IoT application.
- Learn how to develop for low powered devices with accessible sensors.
- Use analytics capabilities to analyze historical data and correlate telemetry from devices.
- Network with other professionals interested in Azure IoT

How GitHub CoPilot 🤖 is helping me with code and docs at Microsoft en

GitHub Copilot works with a broad set of frameworks and languages. Currently Copilot supports Python, JavaScript, TypeScript, Ruby, Java, and Go. However, I also used it with other languages like C++ and C#; and even while I'm writing documentation with MarkDown.

I'm always in charge. Cycling through Copilot suggestions and manually editing the suggested code is an amazing flow. What I really like is that GitHub Copilot adapts to my own code style.

During this session, we will review how Copilot works with Python, C++, C# and Markdown. And also, how I'm getting help while I'm learning new languages like JavaScript or TypeScript 😁.

Usemos Azure IoT para darle de comer a mis ardillas 🐿️. en es

El invierno ha llegado a Canada, y eso no ha frenado a mis amigas ardillas que viven en mi patio trasero. La nieve no es problema, vienen todos los días a buscar algo de comida. Es por eso, que para poder controlar la cantidad de ardillas que me visitan he decidido crear un sistema utilizando Azure IoT.
En esta sesión repasaremos los conceptos básicos de Azure IoT y crearemos un sencillo detector de animales. Cuando se detecta un animal, el dispositivo enviará telemetría a Azure IoT para controlar el alimentador automático.
Compartiremos algunas opciones de implementación, con la idea de que este ejemplo pueda inspirar a otras ideas divertidas y ayudar a crear una aplicación basada en Azure IoT.

- Aprenda a crear una aplicación de IoT lista para usar.
- Aprenda a desarrollar para dispositivos de baja potencia con sensores accesibles.
- Utilice capacidades de análisis para analizar datos históricos y correlacionar la telemetría de los dispositivos.
- Establecer contactos con otros profesionales interesados en Azure IoT

Utilizando modelos de Azure Custom Vision en Azure functions es

Azure Custom Vision es un servicio de reconocimiento de imágenes que le permite crear, implementar y mejorar sus propios modelos de identificación de imágenes. Un modelo entrenado para identificar imágenes aplica etiquetas (que representan clasificaciones u objetos) a las imágenes, de acuerdo con sus características visuales detectadas.
En esta sesión revisaremos los pasos necesarios para crear, exportar y utilizar un modelo de identificación de imagen entrenado desde Azure Custom Vision. Revisaremos formatos de modelos populares como ONNX y TensorFlow, y los adaptaremos para que se usen en una Azure Function.
Al final de la sesión, tendremos un conjunto de opciones disponibles para usar una Azure Function como una API Serverless que puede clasificar imágenes.

• Aprenda a crear una aplicación de visión artificial con Azure Custom Vision.
• Aprenda a implementar la aplicación Azure Custom Vision en una Azure Function.
Conéctese con otros profesionales interesados en Azure Functions.

Usemos Azure IoT para darle de comer a mis ardillas 🐿️. es

El invierno ha llegado a Canada, y eso no ha frenado a mis amigas ardillas que viven en mi patio trasero. La nieve no es problema, vienen todos los días a buscar algo de comida. Es por eso, que para poder controlar la cantidad de ardillas que me visitan he decidido crear un sistema utilizando Azure IoT.
En esta sesión repasaremos los conceptos básicos de Azure IoT y crearemos un sencillo detector de animales. Cuando se detecta un animal, el dispositivo enviará telemetría a Azure IoT para controlar el alimentador automático.
Compartiremos algunas opciones de implementación, con la idea de que este ejemplo pueda inspirar a otras ideas divertidas y ayudar a crear una aplicación basada en Azure IoT.

- Aprenda a crear una aplicación de IoT lista para usar.
- Aprenda a desarrollar para dispositivos de baja potencia con sensores accesibles.
- Utilice capacidades de análisis para analizar datos históricos y correlacionar la telemetría de los dispositivos.
- Establecer contactos con otros profesionales interesados en Azure IoT

The cosmic power of Azure Cosmos DB and Azure IoT telemetry to feed itty bitty wildlife 🐿️ en

Winter is here and my backyard squirrels friends still come every day to get some food, snow is not a problem for them.

In this session we will review the basic concepts of Azure IoT and we will create a simple animal detector. When an animal is detected, the device will feed them. The solution will send telemetry to Azure IoT and store the information in Cosmos DB without writing a line of code.

We'll share a few implementation options, so you can get some fun ideas and walk away with a plan to start creating your own masterpiece.

🧠 Let's get the best of OpenAI in Power Platform! (Yes, ChatGPT style) en

You heard about ChatGPT, a chatbot launched by OpenAI, and built on top of OpenAI's GPT-3 family of large language models. The dialogue format makes it possible for ChatGPT to answer follow-up questions, admit its mistakes, challenge incorrect premises, and reject inappropriate requests.

If you want to know how to add all this power to our Power Platform apps, this session is for you.We are going to add OpenAI GPT capabilities to a couple of demo Power Platform End-to-End solutions.

Building our own OpenAI demo app is a fantastic way to learn about Power Automate, Power Apps and other tools in the Power Platform family.