
Explore unexpected ways IoT devices can compromise human processes and security, examining vulnerabilities and potential attack vectors in connected systems.

Explore the fundamental architecture and implementation of cloud-native MQTT messaging systems built on RocketMQ, focusing on IoT applications and scalable communication patterns.

Explore a managed memory system for microcontrollers using NOR flash memory, optimizing performance and reducing flash erasures through innovative garbage collection and object movement techniques.

Explore WebSocket communication with RabbitMQ from browsers, comparing implementations and performance to optimize broker interactions.

Explore Mria, an extension of Mnesia database offering eventual consistency for improved horizontal scalability. Learn advanced Erlang techniques and testing methods used in EMQX message broker development.

Explore TFLiteBEAM: a lightweight neural network inference library optimized for edge devices. Learn about its small footprint, fast performance, and compatibility with Edge TPU hardware accelerators.

Explore IoT's role in sustainability, smart living, and green technologies. Learn about applications in smart homes, healthcare, cities, and energy, with focus on green coding and future trends.

Explore end-to-end testing strategies for IoT systems, focusing on layered architecture, challenges, and effective automation techniques to improve testing efficiency and reliability.

Explore ML deployment on edge devices, from microcontrollers to embedded Linux systems. Learn about hardware options, model adaptation, and deployment strategies for real-world applications.

Explore EMQX and Apache IoTDB's strengths in IoT applications, and learn how combining them with Neuron can amplify benefits for industrial IoT solutions.

Explore IoT message queue design, combining device and server-side messaging for efficient data management and system integration in smart homes and industrial applications.

Explore Azure IoT's power with Digital Twin and Data Explorer, gaining insights from real-world applications and field experiences.

Explore innovative use of Kubernetes and Raspberry Pis for signaling and safety in backyard ride-on railways, applying full-scale concepts to small-scale projects.

Explore local LLM performance across diverse hardware, from Raspberry Pi to high-end workstations. Compare Llama models on various systems and discover surprising results in AI accessibility.

Explore NHN Cloud's Ubuntu integration, Raspberry Pi's impact in Asia, and software licensing insights in three concise lightning talks.

Explore DNS over CoAP evaluation in IoT networks, examining performance, security, and implementation challenges for resource-constrained devices.

Explore IPv6 privacy mechanisms for IoT devices, focusing on SLAAC and interface identifiers. Learn about temporary and stable privacy addresses to mitigate tracking risks in IoT networks.

Learn to implement effective testing strategies for Zephyr RTOS projects without physical hardware using Ztest and Twister frameworks. Enhance code reliability and development efficiency.

Explore pin control in Zephyr RTOS, focusing on nRF9160 Feather. Learn to configure and manage GPIO pins for embedded systems development.

Learn to provision an nRF91 device using Zephyr RTOS. Explore AT commands, key generation, and secure communication setup for IoT projects with Nordic Semiconductor's nRF9160 Feather.

Explore nRF9160 modem tracing for cellular IoT debugging. Learn setup, capture, and analysis techniques to optimize device performance and troubleshoot connectivity issues.