Edge Computing for IoT Security Vulnerabilities
Analysis of how edge computing secures IoT devices: local processing, encryption, authentication, network segmentation, best practices and industry use cases.
Analysis of how edge computing secures IoT devices: local processing, encryption, authentication, network segmentation, best practices and industry use cases.
Smart park design using IoT for comprehensive sensing, centralized computing and automated operations to enable operational visibility, tenant services, and facility management.
Explore Smart Gateways in IoT: their applications, principles, and role in connecting sensor networks and industrial systems for efficiency.
Overview of edge computing: how IoT drives a shift from cloud-centric models to low-latency, secure edge processing for industrial applications.
Guide to adding OTA firmware upgrade over low-rate LoRa by moving heavy libraries into the bootloader, exposing fixed-address shared functions via IAR linker.
Access control in IoT systems: overview of subjects, objects, and policies; design principles (least privilege, separation of duties) and identity- vs rule-based implementation.
Analysis of the shift to cellular passive IoT, assessing impacts on cost, standards (3GPP Rel?19) and UHF RFID tag and reader markets and supply chains.
Overview of IoT applications across sectors including industrial, security, smart grid, logistics, healthcare, smart home, agriculture, transport, retail, energy, and buildings.
Explore how xG22E SoC by Silicon Labs enables battery-free Ambient IoT designs with energy harvesting for sustainable solutions.
IoT impact on the sensor industry: evolving sensor requirements, large low?power deployments, and applications in industrial monitoring and smart grids.
Technical overview of shared-bicycle internals: smart lock, pedal-driven power, Bluetooth fallback, GPS positioning, and cloud unlock/payment using NB-IoT communications.
Overview of building a cloud IoT platform: device connectivity, data ingestion and end-to-end security for heterogeneous edge devices and gateway orchestration.
IoT 2.0 drives customized intelligent gateways: hardware/software trade-offs for connectivity, edge processing, and end-to-end security in brownfield and enterprise deployments.
Analysis of IoT indoor positioning (UWB) for hospitals: real-time staff and asset tracking to optimize clinical workflows, reduce costs, and improve safety.
Overview of hash functions (SHA-1 vulnerabilities and migration to SHA-256), public key infrastructure (PKI), and handshake/session key exchange processes.
Smart greenhouses and vertical farming overview: IoT sensors, durable connectors, and power/irrigation interconnects for optimized crop control and automation.
Bluetooth indoor-outdoor positioning for vehicle GPS trackers using beacons and RSSI to auto-switch modes, improve accuracy and provide indoor parking and fleet monitoring.
IoT greenhouse alarm system using STM32F407 and AHT10/AP3216 sensors: RT-Thread-based threads, synchronization, cloud (OneNet) data upload and buzzer control.
Examines IoT in healthcare: wearables, IoMT, cloud, and AI for real-time monitoring, smart hospitals, mobile health, benefits, and adoption challenges.
Explore how sensors drive smart city innovations with IoT, enhancing urban efficiency, safety, and sustainability.