In this course, network communication is explained using
distilled general concepts of connectivity, so that you can
connect your devices and application with ThingWorx. Starting
with the origins of the Internet, two common network
architecture frameworks, the OSI and TCP/IP models, are
outlined. From here, connections, agents, and protocols are
defined with examples. Data orchestration between the cloud
and edge is modeled in several ways. Then, how WebSockets
work in the AlwaysOn® protocol is described along with the

In this course, you will survey the connectivity options available
for ThingWorx, along with the uses, advantages, disadvantages,
and restrictions of each technology. Hands-on exercises with
some of the more common technologies will be included.

In this course, you will observe how to build a User Interface
(UI) in ThingWorx using the Mashup Builder. You will view
practical techniques which turn business value into a UI that is
easy to understand and simple to use for your end users.
Strategies that are commonly used in the Mashup Builder are
presented, which result in an elegant and well-formed UI. This
course is available as a reference for how to use the Mashup
Builder. As such, it contains only demonstrations, not traditional
exercises.

In this course, you will be able to explain the ThingWorx Build
Process framework. You will also describe the things that we
need to consider while building a mashup for the user as well
as about the formatting and layout best practices.

This course dives deep into the Model stage of the ThingWorx
Development Process and is designed to take a user-based
approach to IoT solution design. In this course, students will
observe the process of creating Users, properties, services,
events, and subscriptions. This course is organized around a
project that is set in the context of power operations.

This introductory course teaches you how to model, connect,
analyze, and build Internet of Things (IoT) applications using
ThingWorx, an industry-class platform used by developers
across the globe. This course focuses on a project where you
build an automated IoT system supporting Smart Tractors.

This introductory course classifies the components involved in
the ThingWorx Development Process. This course begins with
a defined business experience and concludes with the step
where one builds their Internet of Things (IoT) application. This
lecture-based course will lay out the foundational structure
that will help guide your development for defining your own
IoT application.

This page shows you how to use Google Cloud Console to create a Cloud IoT Core device registry and register a device. It also shows you how to run a sample to connect a device and publish device telemetry events.

This is the fourth course in the AWS Internet of Things (IoT) Foundation series. In this course, you will build on the concepts introduced in previous lessons, which covered onboarding single devices, establishing communication with them, collecting and visualizing data received, and managing a fleet of devices. This course focuses on using AWS services to predict failure of IoT devices in an industrial setting.

This is the third course in the AWS Internet of Things (IoT) Foundation series. This course builds on concepts introduced in previous lessons that covered onboarding single devices, establishing communication, and collecting and visualizing data. This course focuses on how to manage a fleet of devices and prepare for fleet management, provision fleets in advance and on-demand, and gather information about the devices. Additionally, the course emphasizes running commands from the command line interface (AWS CLI).