
Discover how Zenoh-Flow structures complex applications into computing units, demonstrated through an Autonomous Driving platform implementation with focus on deployment automation and business logic development.

Discover how to build Fly Catcher, a Raspberry Pi-based device using neural networks to detect spoofed aircraft signals through ADS-B monitoring and analysis in real-time.

Explore GitOps-based lifecycle management for cloud-native 5G core networks, focusing on automation, CICD practices, and infrastructure upgrades in Deutsche Telekom's implementation of Mavenir's 5G SA platform.

Explore Deutsche Telekom's innovative approach to implementing a network fabric for on-prem bare-metal Kubernetes, supporting their Cluster-as-a-Service offering and demanding applications like 5G core.

Explore advanced Kubernetes scheduling techniques using telemetry and GPU awareness for optimized workload placement across various domains like 5G, AI/ML, HPC, and NFV.

Explore automation techniques for legacy telecom platforms using Infrastructure as Code tools, enhancing efficiency and modernization in the telecommunications industry.

Explore LPWAN technologies supported by Zephyr, comparing their advantages and trade-offs for power, range, and reachability. Learn to choose the best option for your IoT project.

Learn to install and configure FusionPBX, a free, open-source VOIP/PBX system based on FreeSwitch. Covers setup, user creation, extensions, and making calls between extensions.

Comprehensive training on Cisco Voice over IP and QoS, covering gateway configuration, dial plans, CUCME, CUBE, gatekeepers, and QoS implementation for optimal voice network performance.

Explore IoT innovations with IBM's top female inventor, from saving rhinos to automotive maintenance. Learn how cognitive computing enhances IoT data for business insights.

Learn to build a wireless joystick for Arduino robot cars using nRF24L01+ modules. Covers module setup, RadioHead library usage, and practical demonstrations for remote sensing and control projects.

Explore inexpensive 433 MHz RF modules for Arduino projects. Learn about regulations, antennas, and data transmission. Build a wireless temperature and humidity sensor in this hands-on tutorial.

Explore nRF9160 for cellular IoT asset tracking: LTE-M, smart GPS, low power design, and development tools for efficient, long-lasting tracking solutions.

Introduction to Bluetooth Smart protocol, covering terminology, architecture, link layer, attribute protocol, and profiles. Learn key concepts and procedures for implementing low-energy Bluetooth technology in small, battery-operated devices.

Explore containerization for TinyML apps using Rune and Hammer. Learn to build efficient, portable solutions for healthcare, field ops, and telecom, with a focus on cough detection in public spaces.

Explore NB-IoT and LTE-M development for cellular LPWA connected solutions, covering benefits, challenges, and approaches for successful large-scale device deployments.

Learn to embed compact Virtual Antenna™ technology in cellular IoT products, combining Ignion's innovation with Nordic Semiconductor's nRF9160 SiP for space-efficient, cost-effective LTE-M/NB-IoT and GPS functionality.

Explore how nRF9160 SiP enables smart meters with cellular IoT, solving connectivity, flexibility, and power challenges for efficient utility metering and cloud integration.

Learn to implement affordable one-way wireless communication for Arduino projects using RF links. Covers hardware setup, coding, and practical applications for DIY enthusiasts and makers.

Detailed walkthrough of Arduino/nRF24L01 wireless module for remote monitoring. Covers power supply, data transmission, microcontroller, PCB design, and troubleshooting tips.

Explore solutions for Kubernetes networking challenges in telco environments, focusing on ingress/egress and security for 5G packet cores. Learn about unique requirements and design patterns for service providers.