5G-and-IoT

Short description

The 5G and IoT training introduces participants to modern communication technologies and smart solutions. You will learn the architecture of 5G networks, their key mechanisms, and applications in the context of the Internet of Things. The program combines technical and business aspects, analyzes real-world case studies, and discusses challenges related to security and investment profitability.

Who is this training for?

• network architects, engineers, and telecom specialists,
• managers planning to implement 5G/IoT in their company,
• decision-makers responsible for selecting solution providers,
• anyone who wants to understand the potential of 5G and IoT from both technical and business perspectives

Training benefits

• understanding key concepts related to 5G and IoT,
• ability to assess profitability and implementation risks,
• knowledge of 5G architecture, capabilities, and limitations,
• analysis of real use cases and common mistakes,
• best practices for design and deployment,
• preparation for talks with telecom vendors and operators.

Prerequisites

Basic technical knowledge of computer networks or telecommunications is helpful but not required. The training is accessible to those just beginning their journey with 5G and IoT.

What is the new era of smart technology?

• types of smart technology,
• technological layers of the Internet of Things,
• Business and smart solutions – adapting new technologies and 5G

What are the basic concepts behind 5G and IoT?

• electromagnetic spectrum,
• latency,
• eMBB,
• mMTC,
• uRRLC,
• Open RAN,
• frequency subsets for 5G/IoT networks,
• Fresnel zone,
• material attenuation,
• types of propagation environments,
• diffraction,
• tropospheric refraction,
• hydrometeors

What should you know about 5G antennas?

• different types of antennas,
• beamforming,
• null steering,
• frequency reuse,
• antennas, environment, and transmission attenuation

What are the possibilities of 5G—and what to keep in mind for IoT?

• spectrum sharing,
• energy-saving mode,
• self-healing,
• QoS

What does 5G architecture look like?

• standalone 5G,
• concept of bidirectional connection,
• migration from 4G,
• principles of 5G design

What is 5G virtualization and slicing for the Internet of Things?

5G (and IoT) security – what are the implementation challenges?

• physical attacks,
• DDoS,
• edge attacks,
• IMSI splitting,
• degradation silence,
• device tracking

What does the future of 5G look like—AI, Metaverse, Blockchain, and beyond?

Q&A session