Design Practices for AWS IoT Solutions
Design scalable, reliable IoT architectures on AWS: use AWS IoT, buffering and data pipelines (Kinesis, SQS), edge processing, provisioning, and appropriate data stores.
Design scalable, reliable IoT architectures on AWS: use AWS IoT, buffering and data pipelines (Kinesis, SQS), edge processing, provisioning, and appropriate data stores.
Technical overview of IoT HVAC systems: architecture, cloud analytics, demand-response integration, predictive maintenance, device security, and secure OTA update practices.
Chujing Infinite intelligent O&M solution for mobile base stations uses edge computing, AI and sensor integration for automated inspection, alarming, and cloud management.
IoT temperature and humidity alarm implemented on STM32F407 using RT-Thread, AHT20 sensor, LCD and LED/buzzer alerts, with OneNET MQTT data upload and cloud visualization.
Explore how smart cities combat cyber threats with advanced data protection and backup solutions for urban resilience.
How fog computing extends cloud for IoT solutions by using distributed edge nodes for low-latency processing, bandwidth optimization, offline operation, and local analytics.
IoT-driven smart city overview: integrated smart buildings for energy efficiency and security, AI-enabled transportation, and digitized energy storage with BMS.
IoT reshapes consumer electronics by enabling service-driven revenue, OTA updates, remote monitoring and personalized, data-driven product improvements for OEMs.
Reverse car-finding system using license plate recognition to map parking occupancy, display routes to vehicles, and provide real-time management for underground facilities.
Overview of the Acrel AMC16Z-FAL HVAC monitoring module for railcars: compact DIN-rail device measuring residual and load currents with RS-485 data acquisition.
Overview of IoT-enabled remote patient monitoring: connected devices, real-time health data collection, cloud analytics and teleconsultation workflows to optimize care and costs.