• views: 198
• date: 28 April 2026
• posted by: 0nelove

Master device-to-cloud architecture, MQTT vs CoAP vs AMQP, edge computing, Zero Trust security for 21+ billion devices
What you'll learn
✓ Master the architectural decisions that separate working prototypes from production-grade platforms
✓ Confidently make protocol selection decisions (MQTT vs CoAP vs AMQP)
✓ Design edge-cloud hybrid architectures
✓ Implement device provisioning at scale
✓ Build observability into your IoT solutions
Requirements
● Basic understanding of networking concepts (TCP/IP, HTTP)
● Familiarity with at least one programming language (Python recommended)
● General awareness of cloud services (AWS, Azure, or GCP)
● Basic knowledge of databases and APIs
Description
The Internet of Things has evolved from simple device connectivity to a complex ecosystem of over 21 billion connected devices in 2026. This comprehensive course takes you beyond basic IoT concepts to master the architectural decisions that separate working prototypes from production-grade platforms.
You'll explore the complete IoT stack—from sensors and embedded systems through edge gateways, communication protocols, and cloud platforms. Through hands-on labs and real-world case studies, you'll learn to design systems that handle intermittent connectivity, scale to millions of devices, and maintain security across every layer. Whether you're building smart home products, industrial monitoring systems, or fleet management platforms, this course provides the architectural foundation you need.
Few areas covered include :
• Design end-to-end IoT architectures spanning device, gateway, and cloud layers
• Select appropriate IoT protocols (MQTT, CoAP, AMQP, HTTP) based on use case requirements
• Implement edge computing patterns for latency-sensitive applications
• Configure device provisioning, identity management, and secure enrollment
• Build telemetry pipelines that scale from hundreds to millions of devices
• Design for IoT-specific failure modes including intermittent connectivity
• Create observability and monitoring strategies for distributed IoT fleets
• Apply Zero Trust security principles to IoT deployments
• Architect multi-tenant IoT platforms with proper isolation
By the end, you'll confidently make protocol selection decisions (MQTT vs CoAP vs AMQP), design edge-cloud hybrid architectures, implement device provisioning at scale, and build observability into your IoT solutions from day one.
Who this course is for
■ Junior and Mid Level Developers and Managers
■ Inspiring Architects
■ Engineering Managers
■ Directors and Vice Preseidents



   
   
   

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