Microsoft Azure Master Program
Microsoft Azure Master Program The World Today is Cloud Ready, Are You? 4 reasons to join the Microsoft Azure Master Program: Learn with on-demand and instructor-led trainings; Become a cloud computing master with Microsoft Azure Certifications; Engage with your peers from the IT ecosystem from across the globe; and Get recognized as a Microsoft Azure Master. Start your cloud journey with Microsoft Azure today! https://www.azuremaster.in/registerJOIN THE PROGRAM →Microsoft Azure and Vmworld 2018
Yes! You read that correctly. Microsoft will have a booth at VMworld this year. ( that's a couple of days away). It will be the first time in several years that we will have a booth at the Solutions Expo and both teams are very excited. What can you expect from Microsoft at Vmworld? Besides @exchangegoddess there??? ...Come hear about the cool things and integrations we are doing with VMware such as Horizon Cloud, NSX Cloud, IoT and vRealize Automation. I will be there along with Lior Kamrat (@LiorKamrat), Sr Program Manager and Jeramiah Dooley (@jdooley), Sr Cloud Ops Advocate. You can find us at the booth from from time to time or the vCommunity village. You could even bump into us at one the sessions. The conference is going to be super busy with lots to see and learn. If you want to know about Azure, the stuff we are doing with VMware, want to talk about VCDX or just have a cool conversation, don’t be shy and reach out to say hello. We'd love to talk to you! We may even have some cool stickers too. This year we will have a couple of VMworld sessions with Microsoft employees on stage so If you're building out your schedule check them out: What’s New with Horizon Cloud on Microsoft Azure [WIN3048BU] Speakers: Shikha Mittal, Director, Product Management, VMware Lior Kamrat, Sr. Program Manager, Microsoft Wednesday, Aug 29, 11:30 a.m. – 12:30 p.m. Deploy, Manage, and Get Value from IOT with Microsoft, Dell and VMware [IOT3680BU] Speakers: Ravishankar Chamarajnagar, Sr. Director, R&D, IoT, VMware Kevin Saye, IoT Architect, Microsoft Wednesday, Aug 29, 1:00 p.m. – 2:00 p.m. In addition, there are some other Microsoft Azure-related sessions that we highly recommend for learning more about Azure + VMware: VMware NSX Cloud – Getting Started [SPL-1922-01-NET_U] Life in a Multi-Cloud World: Choosing the Right Cloud Desktop Solution [WIN3489BU] Horizon Cloud on Azure: Technical Deep Dive [WIN3483BU] Horizon Cloud on Azure with expert Shikha Mittal [MTE5143U] How to Deploy a Desktop Solution in One Hour with Horizon Cloud on Azure [WIN1824QU] NSX Cloud Native public cloud (AWS and Azure) Networking and Security with Amol Tipnis [MTE5151U] Deploying Windows 10 VDI on Horizon Cloud with Lakshmana Prakash [MTE5147U] Introduction to NSX Cloud [NET1516BU] Automate IT – Hybrid Cloud [SPL-1906-03-CMP_U] VMware NSX Cloud – Getting Started [SPL-1922-01-NET_U] Hope to see you there! @ExchangeGoddess
Connecting Arduino MKR 1010 WiFi to Azure IoT Hub Device
Hi Community fam, I am facing some issues connecting my Arduino MKR 1010 to Azure IoT Hub and I do not have any other options than open a discussion here. I really hope that someone will be able to help. So, what I did is: 1. Create CA signed certificate, using ECC algorithm for signing, following this guide - https://github.com/Azure/azure-iot-sdk-c/blob/main/tools/CACertificates/CACertificateOverview.md 2. Then, generated leaf certificate for my IoT Hub Device, again using the CACertificates scripts. 3. I create IoT Hub where I created a device with authentication type: X509 CA Signed certificate. 4. Afterwards, I created the Device Provisioning Service that is connect to the create IoT Hub. 5. I added the Root certificate that was generated in the first step. 6. Then, I used the following code: https://github.com/Vitomir2/Digital-Twins-Azure-IoT-Hub/blob/main/source/auth-x509-certs-arduino-sketches/authentication-x509-certificates-2/authentication-x509-certificates-2.ino 7. After uploading the code on the board, it returns me: Connect Error: -2. I know this error comes from the MQTT and not exactly from the Azure, but I hope someone will have experience with that. Just tell me if you need more information about my setup, but basically, in summary that is it. Any help will be appreciated and also I am in a hurry a lot, because I have deadline to finish some measurements when connect successfully to the IoT Hub device. #iot-hub, #x509-certificate #arduino Best regards, Vitomir
what is the best way to connect device to cloud service
Hello everybody, I'm totally new the cloud computing services. I have the question, what is the best way to connect a hardware device to cloud service? Knowing that: 1- this device can connect over tcp ( if not possible, what should it can ?) 2- i need to receive the data sent from this device in webapi or tcp service on a VM to analyse and save those data. I was thinking about IOT hub but am not really sure if this is the correct solution to do that. Hope you can help me ... Thank you in advancedAnnouncing IoT extension for Azure CLI 2.0
We recently released a new open source IoT extension that adds to the capabilities of Azure CLI 2.0. Azure CLI 2.0 includes commands for interacting with Azure Resource Manager and management endpoints. For example, you can use Azure CLI 2.0 to create an Azure VM or an IoT Hub. A CLI extension enables an Azure service to augment the Azure CLI, giving you access to additional service-specific capabilities. The IoT extension gives developers command line access to IoT Hub, IoT Edge, and IoT Hub Device Provisioning Service capabilities. Azure CLI 2.0 enables you to manage Azure IoT Hub resources, device provisioning service instances, and linked-hubs out of the box. The new IoT extension enriches Azure CLI 2.0 with features such as device management and full IoT Edge capability. Read about it in the Azure blog.Azure IoT Pipelines with Microsoft AzureDevOps Project for CI/CD
Azure IoT Edge – Hub with Azure DevOps Pipeline Configure continuous integration (CI) and continuous delivery (CD) for your IoT Edge application with DevOps Projects. DevOps Projects simplifies the initial configuration of a build and release pipeline in Azure Pipelines. In the following steps you can see how easy it is to build your Continuous integration and continuous deployment to Azure IoT Edge with DevOps Project. Conclusion : When you connect Microsoft Azure IoT Edge – HUB with your Internet of Things Devices and combine it with Microsoft Azure DevOps Team to develop your Azure IoT Pipeline, then you are in fully control of Continuous integration and continuous deployment to Azure IoT Edge. From here you can make your innovations and Intelligent Cloud & Edge with Artificial Intelligence and Machine Learning to your Devices. You will see that this combination will be Awesome for HealthCare, Smart Cities, Smart Buildings, Infrastructure, and the Tech Industry.Unleash the value of Industrial IoT with Kepware and Azure IoT Edge
Kepware’s KEPServerEX is an industry leading solution for connectivity of industrial and manufacturing equipment, and a key component of many company’s Industrial IoT strategies. The Azure IoT platform is a great complement to this connectivity, allowing customers to take advantage of cloud scale, industrial-strength IoT, analytics, and AI technologies. Recognizing the value of this combination, Kepware had previously released a technical note showing how to connect to Azure IoT Hub from KEPServerEX and send the data that it gathered from its connected machinery directly to the cloud via the popular MQTT protocol. With the release of Azure IoT Edge, customers have the option of bringing some of the custom processing and Azure services from the cloud down to the Edge. This enables scenarios like filtering and aggregating data on the Edge before sending to Azure or executing machine learning models to predict failures or performing anomaly detection with very low latency and bandwidth usage. Read about it in the Azure blog.azure iot devices
Hi Guys, I'm new to azure and trying to figure out the process. Is it possible to add things such as google home , alexa or any smart devices to azure iot hub? I want to be able to maintain, manage and host over 200 various smart devices. Will there be in coding required or development of skills?Deploying a NodeJS server with SocketIO to Docker using Azure IoT Edge
The current Azure IoT Edge public preview uses Docker to deploy logic from the cloud into local gateways. It's currently featuring: C# modules written in .Net standard Python modules Azure Function built on your machine Azure Stream Analytics jobs built and deployed in the cloud Azure Machine Learning We can expect Microsoft will support other types of modules soon as they have proven with other recent projects. An Azure Cognitive Services module is a good example, it's put in every IoT Edge presentation. The IoT Edge portal makes it possible to deploy modules which are available in private or public image repositories. Could it be possible to build and deploy images to the gateway which are not specifically designed for IoT Edge? It turns out, it is possible. Let's deploy a NodeJS server which serves SocketIO. Read the full article here Accessing NodeJS SockerIO server Configuring the port forwarding Passing through messages using SocketIOAccelerating Azure IoT Device Simulation
At the recent Build, Microsoft announced that the Azure IoT Suites were renamed to Microsoft Azure IoT Solution Accelerators. “A solution accelerator helps you speed up the development and deployment of your IoT solution. It’s open source so you can customize it to fit your business. Use it as a reference for your own solution, or as a demo to see how a finished solution can work for you.” There are four different accelerators: Remote Monitoring Connected Factory Predictive Maintenance Device Simulation In this blog, we dive into the Device simulation: “Streamline your IoT solution development by using simulated IoT devices to both build and test your solution throughout the software development lifecycle.” This is an interesting tool to generate the output of many devices as if there are actually (thousands of) devices connected to an IoT Hub. What can we do with it? How useful is it? Read the full story here
