IoT Tutorial Series

Topics include:
– Reviewing Windows 10 IoT in action
– Selecting a hardware platform
– Choosing sensors and effectors
– Installing the IoT Core Dashboard and Windows 10 IoT
– Configuring Raspberry Pi hardware
– Installing Sense HAT, an add-on for Raspberry Pi
– Creating A UX with XAML
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IoT Development with Windows 10 IoT Core 2: Enabling the Cloud and Security
With Windows 10 IoT Core, you can integrate the power of Windows into your Internet of Things (IoT) devices. This course is the second in a series of two courses by Michael Lehman; both courses are designed to help you get up and running with Windows 10 IoT. Here, Michael shows how to build a full IoT device based on a Raspberry Pi 3, including effectors, sensors, and cloud connectivity to Windows Azure.

Topics include:
– Reviewing hardware options
– Exploring the Sense HAT
– Assembling a prototype
– Designing and implementing UX
– Implementing sensor access
– Cloud options
reviewing – Installing cloud tools
– Sending data to the cloud
– Reviewing Windows 10 IoT security
– Planning for production security
– Moving from prototype to production.

IoT Foundations: Low-Power Wireless Networking
The Internet of Things (IoT) has been significantly driven by the growing number of networked devices with ubiquitous wireless connectivity. Low-power wireless networking is one of the most important connectivity technologies required by today’s IoT systems ranging from smart home appliances to smart city systems. In this course, explore the key technologies and foundations of low-power wireless networks for IoT. Ryan Hu begins by introducing wireless networking for IoT, and going over the basics of wireless communication and wireless networking. Next, he presents and compares the underlying wireless networking technologies in terms of system architectures, communication paradigms, performance, and use cases. Then, he explains how to integrate different networking technologies into an IoT system. To wrap up

Topics include:
– Low-power wireless networking uses cases
– Advantages and disadvantages of wireless networking for IoT applications
– Wireless: Communication, networking, topologies, and architectures
– Determining power consumption in a wireless network for IoT
– Identifying security risks
– Addressing risks in the key architectural elements
– Reviewing the low-power IoT data communication paradigms

Securing the IoT: Secure Architectures
IoT is one of the biggest new developments in IT, with growth expected to reach billions of devices in the short term. There is, however, a major gap in the understanding of security for IoT. Many first-wave IoT systems are showing significant security weaknesses, and security is often recognized as one of the key blockers for successful IoT deployments. In this course, Malcolm Shore provides guidance for businesses intending to deploy IoT solutions in the end-to-end security architecture required to ensure the comprehensive security of their deployment. He provides an introduction to security architecture and discusses emerging IoT reference architecture, domain specific architecture, proximity network services, and more.

Topics include:
– Designing an enterprise architecture
– Architecting security
– Designing IoT security
– Domain specific architectures
– Proximity network services
– IoT application services
– Revised conceptual architecture

IoT Foundations: Device Management
Whether you’re working with a small-scale or large-scale system of connected devices, it is crucial that you design thoughtful, sustainable management and monitoring solutions. In this course, learn about the basics of IoT device management, and discover how to build smart objects that are easy to maintain and troubleshoot. Instructor Ryan Hu covers essential concepts such as system architecture, key functions, key standards, and protocols. He also discusses the standard standards for IoT device management-the LightweightM2M standard and the oneM2M standard. He shows how to use the IBM Watson IoT Platform, and more.

Topics include:
– Classes of manageable devices
– IoT device management basics
– System architecture
– Device management functionalities
– Typical device management standards
– Message transfer protocols
– OMA LightweightM2M standard
– Building your LwM2M solution with Leshan
– OneM2M standard
– Building your oneM2M solution with OM2M
– Using the IBM Watson IoT Platform
– Using the Microsoft Azure IoT Hub
– Using the Xdom IoT platform

IoT Foundations : Standards and Ecosystems
Whether you’re working with a small-scale or large-scale system of connected devices, it is crucial that you design thoughtful, sustainable management and monitoring solutions. In this course, learn about the basics of IoT device management, and discover how to build smart objects that are easy to maintain and troubleshoot. Instructor Ryan Hu covers essential concepts such as system architecture, key functions, key standards, and protocols. He also discusses the standard standards for IoT device management-the LightweightM2M standard and the oneM2M standard. He shows how to use the IBM Watson IoT Platform, and more.

Topics include:
– Classes of manageable devices
– IoT device management basics
– System architecture
– Device management functionalities
– Typical device management standards
– Message transfer protocols
– OMA LightweightM2M standard
– Building your LwM2M solution with Leshan
– OneM2M standard
– Building your oneM2M solution with OM2M
– Using IBM Watson IoT Platform
– Using the Microsoft Azure IoT Platform
– Using the XIVo IoT platform

Securing the IoT: Privacy
The rapid expansion of IoT technology brings with it a range of exciting and imaginative ways to make our products smarter and our lives easier. But the growth of this emerging technology also brings with it a huge gap in security. The IoT is plagued with vulnerabilities, malware, DDoS attacks, and the potential to disrupt infrastructure. In this course, join Lisa Bock as she explores the relationship between security, privacy, and the IoT. The appendix discusses how vulnerabilities in IoT devices can compromise user privacy and make them more vulnerable to attacks and glitches. In addition, she discusses IoT privacy concerns; existing standards, regulations, and guidelines, such as HIPAA and Sarbanes-Oxley; and proposed standards and legislation that are currently in work to ensure the privacy of the data collected on the IoT.

Topics include:
– Security, privacy, and IoT
– Attacks and glitches
– Denial-of-sleep attacks
– Voice and sound attacks
– IoT vulnerabilities
– Glitches and compatibility issues
– Privacy concerns
– Existing standards and regulations
– Proposed standards and legislation
– Firewalls and IDS
– Blockchain