➀ Frankfurt University of Applied Sciences is developing low-cost, customizable AI-enabled drones using off-the-shelf components and open software modules for education and research;

➁ Funded by hessian.AI, the project aims to bridge the gap between high technical demands and limited budgets, enabling practical learning and innovative applications in fields like computer science, engineering, and environmental studies;

➂ Detailed construction guides will be published under a free license to encourage community collaboration and expand use cases in IoT, autonomous navigation, and interdisciplinary research.

➀ Raspberry Pi's Radio Module 2 (RM2), previously used in Pico W and Pico 2 W microcontrollers, is now available for purchase separately;

➁ The module targets developers creating custom boards, enabling integration into personalized hardware designs;

➂ This availability supports IoT and embedded system innovations by providing flexible wireless connectivity solutions.

➀ ParkMate offers AI and IoT-driven automated parking solutions, replacing outdated systems with its modular Trident System that integrates ANPR cameras, RFID, and FASTag for seamless entry/exit and payments;

➁ The company emphasizes in-house development of hardware and software, using IP-rated components for durability, and targets B2B clients with flexible pricing models (CapEx, licensing, or full operations management);

➂ ParkMate plans a B2C app launch, expansion to Mumbai and Bengaluru, and aims for 20x growth, leveraging computer vision, Bharat Stack, and sustainability initiatives like EV charging partnerships.

➀ Researchers from TU Graz and partners developed methods to run AI models on IoT devices with ≤4KB memory, enabling localized AI processing for applications like precision positioning;

➁ Techniques include modular specialized models, subspace configurable networks (SCNs), quantization, and pruning to optimize efficiency while maintaining accuracy;

➂ Potential applications span industrial automation (drone navigation), automotive security (keyless entry verification), and smart home systems with extended battery life.

➀ Researchers from TU Graz, Pro2Future, and the University of St. Gallen developed methods to deploy AI models on resource-constrained IoT devices with as little as 4KB memory, enabling localized processing without external compute resources;

➁ The team used techniques like model partitioning, Subspace-Configurable Networks (SCNs), quantization, and pruning to balance model size and accuracy, achieving up to 7.8x faster image processing on IoT devices;

➂ Applications include industrial automation (e.g., drone/robot localization), smart home remote controls, and anti-spoofing for keyless car entry systems, demonstrating broad scalability across embedded systems.

➀ Three graduates from Frankfurt UAS were awarded the Friedrich-Dessauer-Preis for their theses on IPv6 privacy in IoT, 5G network control, and thermal modeling of power electronics;

➁ Nico Lick developed Privacy Extensions for IoT devices using RIOT OS to address IPv6 tracking vulnerabilities, enhancing user privacy and protocol standardization;

➂ Thomas Zielasny integrated a Network Exposure Function into open-source 5G networks to optimize dynamic data flow, while Svenja Zöller validated a digital twin thermal model for predicting aging in wind turbine electronics.

➀ Researchers developed a smart contact lens that monitors intraocular pressure (IOP) and eye movement (EM) in real-time, even with closed eyes, using capacitive and magnetic sensors;

➁ The lens achieves 97% accuracy in EM detection and detects pressure changes as small as 1 mmHg, enabling early diagnosis of glaucoma and neurodegenerative diseases;

➂ Wireless data transmission via glasses-mounted devices supports at-home health monitoring and telemedicine, with potential integration of drug delivery systems in future iterations.

➀ Anglia Components partners with Alliance Memory to supply legacy and new memory products, including SRAM, DRAM, and Flash;

➁ The products serve as drop-in replacements for devices from major brands like Micron and Samsung, targeting industries such as IoT, communications, and industrial markets;

➂ The collaboration emphasizes competitive pricing, secure inventory, and addressing End-of-Life (EOL) challenges for customers.

➀ The PocketBeagle 2, a quad-core development board based on TI's AM6254 SoC, is introduced as an upgrade with 1.4GHz cores, a 3D GPU, and a Cortex-M4F processor;

➁ It targets applications in IoT, robotics, and prototyping;

➂ The board remains compact, following the PocketBeagle form factor for accessibility in embedded projects.

➀ Fibocom launches the L610-IN, the first LTE Cat.1 bis module supporting dual-mode GPS (IRNSS & NAVIC) for enhanced positioning in IoT applications.

➁ Designed for India's market, the module complies with AIS140 standards, enabling use in fleet management, eToll systems, and shared economy platforms.

➂ Features pin-to-pin compatibility with other Fibocom modules, global variants for EU/Latin America, and multi-sensor interfaces for expanded IoT connectivity.

➀ Silicon Labs introduces SiXG301 and SiXG302 SoC families under its Series 3 portfolio, built on a 22nm process for enhanced IoT device efficiency and performance;

➁ SiXG301 targets line-powered applications with support for Matter, Bluetooth, Zigbee, and Thread, while SiXG302 focuses on ultra-low power consumption for battery-operated devices;

➂ The solutions address diverse use cases including smart homes, cities, healthcare, and industrial systems with integrated security and scalability.

➀ LG demonstrated its IoT-NTN technology in Paris, featuring AI-powered voice compression for seamless switching between terrestrial and satellite networks.

➁ The system enables real-time emergency voice calls via a single button, enhancing safety and connectivity in remote or disaster-affected areas.

➂ IoT-NTN supports applications like autonomous driving and integrates with 5GAA's C-V2X initiatives, with satellite D2D convergence under 3GPP standards.

➀ Silicon Labs launches 22nm wireless MCUs for IoT nodes, supporting Zigbee, Bluetooth, Matter-over-Thread, and multi-protocol operation for smart home and lighting applications;

➁ Two product lines: SixG301 (mains-powered) with up to 4MB flash/512KB RAM and security engines, and SixG302 (battery-powered) with 15µA/MHz active current for sensors;

➂ First samples (SiBG301 with Bluetooth) available now, battery-powered variants scheduled for 2026, emphasizing future-proof IoT design and Matter/Bluetooth compatibility.

➀ The article introduces a beginner-friendly Arduino tutorial on implementing the Matter protocol for IoT device standardization;

➀ Matter aims to unify connectivity across smart home brands for seamless consumer experiences;

➂ The writer highlights the protocol’s potential despite personal unfamiliarity, emphasizing its role in simplifying IoT ecosystems.

➀ Olus Infomatics offers a 6-month full-time IoT internship in Gurugram, focusing on developing IoT solutions using Python and C++.

➀ Responsibilities include collaborating on device integration, troubleshooting systems, and staying updated with IoT trends.

➂ Candidates require a BTech in relevant engineering fields and skills in embedded systems, with perks including certificates and informal work culture.

➀ Synaptics unveiled its Veros Wi-Fi 7 SoC family (SYN4390/SYN4384) designed for IoT, combining Wi-Fi 7, Bluetooth 6.0, Zigbee/Thread, and Matter support;

➁ The chips enable 5.8 Gbps speeds, low latency, and power efficiency for applications like 8K video streaming, AR/VR, and smart home devices;

➂ Leveraging Wi-Fi 7's multi-link operation (MLO) and integration with Synaptics' Astra AI platform, the solution enhances connectivity and supports AI-driven IoT innovations.

➀ Proximal Soilsens developed Nutrisense and TerraPort, portable devices enabling rapid soil nutrient analysis (5 minutes) and IoT-based field data collection to optimize farming practices;

➁ The company overcame R&D challenges, including sensor miniaturization and cost-effective manufacturing, and holds patents for its technologies in multiple countries;

➂ Collaborating with agricultural organizations, they promote soil health awareness and plan to expand product lines for water quality and plant tissue analysis.

➀ Emerging technologies like VR, AI, and IoT are transforming lab mouse research, enabling precise behavioral studies and ethical advancements;

➁ Northwestern University developed iMRSIV, a compact VR headset for mice, enhancing neuroscience research efficiency;

➂ AI-powered pain detection and IoT-enabled transport systems aim to reduce animal stress and improve research reliability.

➀ CSignum secures £6m Series A funding to develop EM-2 products using electromagnetic field signaling (EMFS) for sub-surface communication across water, ice, and concrete;

➁ Applications include marine monitoring, subsea infrastructure security, and environmental sensing, supported by investors like Archangels and Scottish Enterprise;

➂ Plans to expand operations in the UK, USA, and EU with new hires and enhanced cloud-based data services for underwater IoT networks.

➀ This article introduces a world's smallest open-source LoRa + GPS module designed specifically for wearables and IoT applications, measuring only 3 cm in diameter.

➁ The module combines the Quectel L86-M33 GPS chip for precise tracking and the Ai-Thinker RA-02 LoRa module for long-range communication in a compact form factor.

➂ The design is fully open-source, allowing users to modify and utilize the module for personal or commercial projects without restrictions, with additional free usage when paired with the IndusBoardCoin.