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Altair IoT Studio Tutorials
Discover Altair IoT Studio functionality with interactive tutorials.
How To...
Quick tutorials to get you up and running with Altair IoT Studio.
Set Up a Raspberry Pi to Develop an Edge Project
The goal of this process is to monitor and control your Edge Device remotely.
Create a Bootable Micro SD Card

Welcome
What's New
View new features for Altair IoT Studio's latest release.
Get Started
Learn how to set up your account to start developing IoT projects.
Altair IoT Studio Tutorials
Discover Altair IoT Studio functionality with interactive tutorials.
- How To...
  Quick tutorials to get you up and running with Altair IoT Studio.
  - Store and Visualize Data from a Device
    This tutorial will guide you through the process of defining the digital representation of your physical asset (such as a sensor) in the Altair IoT Studio platform, sending data to store it, and developing simple, real time dashboards.
  - Define Your Smart Connected Ecosystem in AnythingDB
    This guide will show you how to model your smart connected ecosytem in Altair IoT Studio.
  - Manage Actions
    This tutorial will show you how to set up and manage Actions in Things.
  - Set Up a Raspberry Pi to Develop an Edge Project
    The goal of this process is to monitor and control your Edge Device remotely.
  - Upload Data from a CSV File
    This tutorial will guide you through the process of uploading data from a CSV file to a Thing.
  - Send an Email using Stream Processing
  - Stream Telemetry to the Cloud using an Edge Asset with the OPC-UA Device Driver
    The goal of this tutorial is to connect to an OPC-UA server, discover the nodes exposed by the server, and to stream telemetry data from some of the nodes to the IoT Studio cloud.
- Integration with other Altair Products
- Written Tutorials
  Read step-by-step tutorials to learn and manage Altair IoT Studio.
- Video Tutorials
  Watch online videos to learn and manage Altair IoT Studio.
AnythingDB
AnythingDB is a flexible, secure database that enables you to create a digital model for a smart connected ecosystem.
User Functions
User Functions provide the capability to execute custom business rules by writing code in the most popular languages, and automatically deploying the code without provisioning servers, or building an API, or maintaining the infrastructure.
Stream Processing
Stream Processing is a method of tracking and analyzing streams of information of an event, and eventually obtaining useful structured conclusions out of that raw information.
Real Time Visualization
Real Time Visualization offers down-to-the-second data (real-time), automatically updating charts with anomaly detection and user feedback functions.
EdgeOps
Altair IoT Studio EdgeOps is a set of tools for building, maintaining and continuously improving code in resource constrained devices at the edge of smart connected ecosystems.
Marketplace
Marketplace provides you with predefined sets of applications for the Edge.
Access Control
Access Control is how you manage which users and external applications can create, read, update or delete information in Altair IoT Studio.
Labels
Labels enable you to categorize entities such as Things into customer defined tags.
Object Storage
Object Storage is a powerful and versatile way to store, manage and retrieve various data types within the platform.
Space Settings
Utility Belt
The Utility Belt is a web component enabling you to add content to Studio, such as function logs and MQTT inspector, that will persist when navigating through other sections in the platform.
Developers Documentation
Access to API documentation.
Altair IoT Studio Specifications
Get an overview of the features included in the General Release of Altair IoT Studio.
Contact Support

Create a Bootable Micro SD Card

Raspberry has an official program to create a bootable micro SD easily. Follow these steps:

Download the appropriate package from the official website (Raspberry Pi Imager).
Run the installer.
When the installer executes, from the Installation wizard, click CHOOSE OS and select Other General Purpose OS, then select Ubuntu.
You can select Ubuntu with a Desktop or another version like Server or Core, but it must be the 64 bit version.
Click CHOOSE STORAGE and select the location of your SD card in the Storage section.
Click Write to start the installation.
Once the installation is complete, remove the SD card from your computer.
Before moving to the next step, edit the file /boot/firmware/cmdline.text by adding the following code to the end of the line (not on a new line):
```
cgroup_enable=cpuset cgroup_memory=1 cgroup_enable=memory
```