NB-IoT for Developers Training Course

Introduction

• The need for LPWA (Low Power Wide Area) technology in the context of expanding connectivity solutions for government applications.
• Key attributes: low power consumption, deep coverage, massive connections, easy deployment, network security and reliability, and lower component costs.
• Comparison of NB-IoT, LoRaWAN, and Sigfox technologies for government use cases.

Overview of NB-IoT Architecture

• Design, development, and deployment strategies tailored for government applications.
• Security features leveraging LTE mobile networks to ensure robust protection for government data.

NB-IoT Ecosystem and Industry Players

• Key stakeholders including mobile operators, network infrastructure vendors, chipset suppliers, module vendors, systems integrators, and others contributing to the NB-IoT ecosystem for government use.
• Notable industry players such as Huawei, Ericsson, and others providing solutions for government.

NB-IoT Applications

• Applications in smart metering, smart cities, smart buildings, consumer services, agriculture, and environmental monitoring tailored to meet the needs of public sector initiatives.

Quality of Service

• Licensed spectrum operation ensuring reliable and secure communication channels for government use.
• Security and reliability features critical for maintaining trust in government operations.

NB-IoT Security

• Comprehensive security measures including user identity confidentiality, entity authentication, data integrity, and mobile device identification to protect sensitive government information.

NB-IoT Chips

• Integration of LTE-M1 and NB-IoT technologies for enhanced functionality in government applications.
• Advanced signal processing and power efficiency features to support efficient government operations.
• Huawei LiteOS, a development platform designed to meet the specific needs of government developers.

NB-IoT Connectivity Modules

• Cellular connectivity solutions optimized for secure and reliable communication in government applications.
• Digital security features to protect data integrity and privacy in government use cases.

NB-IoT Network Devices

• Efficiently locating mobile "things" to support various government tracking and monitoring initiatives.

Hands-on: Developing a Smart Tracker

• Building a simple location-based tracker for government applications.

NB-IoT Terminals

• Options for external and internal NB-IoT antennas to enhance connectivity in government devices.

Hands-on: Expanding the Smart Tracker

• Enabling anti-theft functionality to secure government assets and resources.

NB-IoT Service Management Platforms

• Solutions for securely connecting, activating, and managing devices in government networks.
• API integration with existing government systems to ensure seamless data exchange and management.

Hands-on: Managing a Fleet of Smart Trackers

• Testing, deploying, and managing multiple smart trackers to support comprehensive government tracking programs.

Closing Remarks