Episódios
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Azure Digital Twins is a platform as a service offering that enables you to create live digital twin graphs that represent entities and their relationships. In today's world where your IDE automatically detects your coding style and makes recommendations using machine learning, creating a digital twin might seem like more work than you're accustomed. First, you'd need to create a document using the Digital Twin Definition Language (DTDL). Then you'd need to add it to Azure Digital Twins using a Restful API call. You then need to repeat this process as changes are required. A more familiar way might be to use Plain Old Class Objects or simply POCO. You may already be familiar with it if you've used Entity Framework Core. Using POCO, you may find it easier to create and manage your digital twins using a code first approach.Learn more about this at https://aka.ms/iotshow/CodeFirstDigitalTwins
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How about having interactive Digital Signs that bring new digital experiences in the physical world, like being able to play Flappy Bird on a large screen while waiting for your bus? Ombori Grid, powered by Azure IoT Edge, makes it possible. See how with a nice demo before you go try it out yourself at https://ombori.com/grid
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Learn what's new with Azure IoT Edge developer tools. If you are building edge devices powered by Azure IoT Edge, you will learn about the latest addition to your toolbox that will make your day-to-day simpler and more productive.Learn more at https://aka.ms/IoTShow/GettingStartedWithIoTEdgeDev
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Today, customers who are leveraging FreeRTOS on their devices and wish to connect to Azure IoT services need to resort to home-grown solutions or venture to adapt existing SDKs to work with FreeRTOS. With the Azure IoT middleware for FreeRTOS they'll get a proper SDK that exposes the APIs these developers expect to see when getting their devices connected to Azure. In contrast with home-grown solutions, the Azure IoT middleware for FreeRTOS is maintained and supported by Microsoft, and it is an open-source project that allows customers to adapt it to a number of different hardware combinations to support their business and technical requirements.
Learn more reading the blog post at https://aka.ms/AzureIoTMiddlewareForFreeRTOS/Blog
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Like to use .NET for your coding and want to code for microcontroller powered devices to connect them to Azure IoT? The new .NET nanoFramework SDK now supports Device Provisioning Service for SAS, Certificate, individual and group device! Learm more at https://aka.ms/IoTShow/nanoFrameworkAzureIoT
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Charles is an engineer who has no background in IoT nor in data science. Despite this, he was able to create innovative solutions that can literally change people's lives thanks to technology like IoT or AI at the edge made accessible to all. Charles walks us through his journey in building a customized signed language recognition solution for a disabled person who cannot sign like everyone because of their disability.Learn more reading Charles blog post at https://aka.ms/iotshow/AccessibleTech
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Edge Device observability is critical to managing production edge deployments and devices. You can remotely observe and monitor your Azure IoT Edge fleet using Azure Monitor or Azure IoT Central application and built-in metrics integration. To enable this capability on your device, add the metrics-collector module to your deployment and configure it to collect and transport metrics to Azure Monitor or your Azure IoT Central Application.
Learn more reading the blog post at https://aka.ms/iotshow/EdgeDeviceObservabilityInIoTCentral
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Join us to learn more about an upcoming feature in Azure IoT Central that will enable you to build your IoT solution once and onboard multiple tenants into it - we're calling this feature Organizations. During this session we'll provide an overview of the feature, its use cases and roadmap, and we'll wrap it up with a live demo. Learn more at https://aka.ms/iotshow/iotc-organizations
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Terry Warwick and Craig Loewen join Olivier on the IoT Show to discuss Azure IoT Edge for Linux on Windows (EFLOW) and Windows Subsystem on Linux (WSL): what they are and when to use which.
Learn more reading the blog post at https://aka.ms/iotshow/EFLOWandWSL
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Please meet the .NET nanoFramework. As its name indicates the nanoFramwork is a tuned down version of the .NET runtime (and tools) adapted and optimized for running on microcontrollers (MCUs). With it, .NET developers can apply their skills and favorite language to coding for IoT devices.Laurent Ellerbach joins Olivier to introduce the .NET nanoFramework and run us through some demos.Check out the nanoFramework on GitHub at https://github.com/nanoframework
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Jim Bennett joins Olivier to tell us all about IoT for beginners, a new 12 week, 24 lesson curriculum that we have built to get University high school students ready for the fast-growing world of IoT.Learn more about the curriculum at https://aka.ms/IoTShow/IoTForBeginners
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The IoT Edge module for Linux on Windows (a.k.a. EFLOW) is now ready for production. Terry Warwick and Christopher Datsikas join Olivier to tell us what that means, and how customers are already using it.Learn more about EFLOW at https://aka.ms/AzIoTEdgeForLinuxOnWindows
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Azure Defender for IoT helps you implement a zero trust policy on your OT environment with continuous asset discovery, vulnerability management, and threat detection for your Internet of Things (IoT) devices. Paul Roberts walks us through some of the main features of the solution. Learn more about Azure Defender for IoT at https://aka.ms/iotshow/AzureDefenderForIoT
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In this episode, Venkat Yalla, Principal Program Manager in the Azure IoT Ege tells us about the new, first-class IoT Edge remote monitoring solution built around IoT Edge's built-in diagnostics and Azure Monitor in the cloud. Venkat explores powerful patterns to monitor your IoT Edge fleet that will enable you to detect and mitigate production issues rapidly and at-scale.
Learn more reading Venkat's blog post at https://aka.ms/iotshow/edgemon
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As we are preparing for the upcoming expiration of the Baltimore Root CA for Azure services, Ramit Malhotra joins Olivier to go through the extent of the changes as well as what developers will have to do to ensure their devices connected to Azure IoT don't get impacted by the migration. You can learn more reading Ramit's blog post at https://aka.ms/iot-ca-updates
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Data is the new oil. Customers are increasingly using sensors to collect data and use that to make critical business decisions. The quality of data drives the quality of decision and outcome. Verified Telemetry is a new capability offered as part of the Azure Edge offerings enabling customers to retro-fit the ability of measuring sensors condition, continuously, alongside the data, and do this with no hardware changes. This is currently in preview and we would love to share information and roadmap with you. We would like to have an open dialogue and understand your priority in terms of capabilities, and devices you would like us to support at a minimum, before you can deploy this in your environments.
Learn more about Verified Telemetry at https://aka.ms/iotshow/verifiedtelemetry
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Watch the Azure Digital Twins Explorer in action with a sample Smart City digital twin.Learn more about ADT Explorer at https://aka.ms/iotshow/ADTExplorer
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