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Course Outline

Introduction

  • The need for LPWA (Low Power Wide Area).
  • Low power consumption, deep coverage, massive connectivity, easy deployment, network security and reliability, and lower component costs.
  • Comparison: NB-IoT vs. LoRaWAN vs. Sigfox.

Overview of NB-IoT Architecture

  • Design, development, and deployment.
  • Security based on LTE mobile networks.

NB-IoT Ecosystem and Industry Players

  • Mobile operators, network infrastructure vendors, chipset suppliers, module vendors, systems integrators, etc.
  • Key players such as Huawei, Ericsson, etc.

NB-IoT Applications

  • Smart metering, smart cities, smart buildings, consumer electronics, agriculture, and environmental monitoring.

Quality of Service

  • Licensed spectrum operation.
  • Security and reliability.

NB-IoT Security

  • User identity confidentiality, entity authentication, data integrity, and mobile device identification.

NB-IoT Chips

  • LTE-M1 and NB-IoT.
  • Signal processing and power efficiency.
  • Huawei LiteOS for developers.

NB-IoT Connectivity Modules

  • Cellular connectivity.
  • Digital security.

NB-IoT Network Devices

  • Efficiently locating mobile 'things'.

Hands-on: Developing a Smart Tracker

  • Building a simple location-based tracker.

NB-IoT Terminals

  • External NB-IoT antennas.
  • Internal NB-IoT antennas.

Hands-on: Expanding the Smart Tracker

  • Enabling anti-theft functionality.

NB-IoT Service Management Platforms

  • Securely connecting, activating, and managing devices.
  • API integration with existing systems.

Hands-on: Managing a Fleet of Smart Trackers

  • Testing, deploying, and managing multiple smart trackers.

Closing Remarks

Requirements

  • Understanding of IoT concepts.
  • Programming experience in any language.
  • General knowledge of software and network security principles.

Audience

  • Developers.
  • Technical Managers.
 7 Hours

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