➀ Crypto Quantique has upgraded its QuarkLink IoT platform with a hybrid post-quantum cryptographic algorithm; ➁ The platform reduces the time and expense of implementing security functions in embedded devices by up to 10X; ➂ The hybrid key encapsulation mechanism combines X25519 with Kyber (ML-KEM) for both current and future security.

➀ KAGA FEI Co., Ltd. announced the ES4L15BA1 Bluetooth Low Energy module, designed for compact IoT and wearable devices; ➁ The module supports Bluetooth 6.0 and precise distance measurements; ➂ It's suitable for smartwatches, fitness trackers, and healthcare products.

➀ Morse Micro has released an evaluation kit for long-range, low-power IoT solutions; ➁ The kit supports applications from smart home devices to industrial automation; ➂ Key features include Wi-Fi HaLow connectivity, STM32U585 MCU, and integrated sensors.

➀ MechQuick is offering an IoT internship focusing on prototype development with components like ESP32 and ELM327; ➁ The intern will be responsible for integrating hardware components, writing firmware, and ensuring seamless app integration; ➂ The position is available for a duration of 4 months and is open to candidates with degrees in electronics engineering or related fields.

➀ Murata develops ultra-low power Wi-Fi HaLow modules; ➁ These modules support long-range communication over 1km; ➂ Ideal for industries such as smart homes, medical devices, industrial automation, and energy management systems.

➀ The MAXREFDES9001 is an IoT security reference design from Analog Devices that provides a solution for secure, low-power sensor networks; ➁ It features a LoRa-based temperature sensor node, secured by the DS28S60 cryptographic coprocessor, and includes a LoRa gateway and a cloud application hosted on AWS infrastructure; ➂ The design allows for secure data transmission and ensures integrity, confidentiality, and authentication.

➀ ADLINK Technology has introduced its new AmITX series of Mini-ITX motherboards designed for industrial applications; ➁ The series offers a range of processors from low-power Intel N97 to high-performance 12th, 13th, and 14th Gen Intel Core processors; ➂ The motherboards feature PCIe 5.0, DDR5 memory, and 2.5GbE PoE for enhanced speed and connectivity.

The article discusses an internship opportunity in the field of Internet of Things (IoT) at Eagle Control Systems in Mumbai. The selected intern will be responsible for designing firmware for embedded products, developing software applications, and working on IoT projects. The requirements include skills in programming, circuit design, and IoT. The internship is available for a duration of 6 months.

➀ This interview discusses how the Qoitech Otii Product Suite helps engineers optimize battery life in IoT and embedded devices. ➁ It covers key steps such as device consumption profiling, battery profiling, and emulation to achieve efficient and long-lasting designs with faster development cycles. ➂ The interview highlights the importance of efficient battery optimization for IoT and embedded systems.

➀ Synaptics introduces the Veros Intelligent Connectivity brand with high-performance SoCs supporting Wi-Fi 6E, Bluetooth, and 802.15.4; ➁ These chips are designed for consumer electronics and IoT devices, enhancing connectivity and AI features; ➂ Veros also features the Synaptics Astra AI platform for AI-driven IoT product development.

➀ SIMCom has announced a 'RedCap' 5G wireless comms module at Electronica in Munich; ➁ The module, SIM8230, supports Release 17 SA and has interfaces including PCIe, USB2.0 and GPIO; ➂ It delivers up to 220Mbit/s(DL)/100Mbit/s(UL) for sub-6G stand-alone or 200Mbit/s(DL)/75Mbit/s(UL) for LTE.

➀ Raspberry Pi and SECO are developing a 10.1-inch HMI display using Pi's fifth-generation Compute Module (CM5) and SECO's Clea IoT software. ➁ The partnership aims to address AI/ML applications, data orchestration, and device management. ➂ SECO's software will incorporate Pi Connect for remote access and will be integrated into the Raspberry Pi product portfolio.

1. NXP introduces the i.MX 94 family, a new addition to its i.MX 9 series of application processors, designed for industrial control, PLCs, telematics, and automotive gateways. 2. The i.MX 94 family integrates real-time processing with industrial networking protocols, supports post-quantum cryptography, and features an integrated NPU for AI and machine learning capabilities. 3. The family offers scalable system-level design support and integrates with NXP's wide range of wireless solutions.

➀ Murata has introduced a module that applies SGP.32 Remote SIM Provisioning for iSIMs, supporting OEM IoT deployments. ➁ The module is based on Murata’s Type 2GD Cat.M1/NB-IoT connectivity module and Giesecke+Devrient’s SGP.32-compliant SIM OS. ➂ The solution allows for remote provisioning and reconfiguration of iSIMs, simplifying IoT deployments.

➀ Wi-Fi 6 and 7 are advancing wireless technology with improved speed, efficiency, and low latency, addressing modern connectivity needs. ➁ The article highlights the features of Wi-Fi 6 and 7, such as OFDMA, MU-MIMO, TWT, and MLO, and their impact on IoT and smart homes. ➂ It discusses the challenges and future adoption of Wi-Fi 7, emphasizing the importance of RF design, power efficiency, and thermal management.

➀ The LoRa Alliance reorganises its leadership with Alper Yegin as the new CEO and Semtech’s Olivier Beaujard as the Board Chair. ➁ Ahmed Kasttet from Birdz joins the Board, bringing expertise in large-scale metering deployments. ➂ The changes aim to scale LoRaWAN technology in the IoT ecosystem as it moves into hyperscaling.

➀ The article introduces an IoT-based entry and exit monitoring system; ➁ It uses RFID technology to track individuals entering and exiting a monitored area; ➂ The system displays real-time data on a web server and can be applied in various environments such as workplaces, events, and educational institutions.

➀ GlobalFoundries and NXP are collaborating to develop next-generation solutions for automotive, IoT, and smart mobile devices; ➁ The collaboration utilizes GlobalFoundries' 22FDX® process technology platform and manufacturing capabilities; ➂ The goal is to optimize power, performance, and efficiency for these markets.

The Fraunhofer Heinrich-Hertz-Institut (HHI) has launched the HYPERCORE project, aimed at developing energy-efficient, secure, and high-performance communication infrastructure for the hyper-connected society. The project, funded by the German Federal Ministry of Education and Research (BMBF), focuses on optimizing metro and core networks, exploring a combination of all three physical dimensions (time, frequency, and space) for increasing transmission capacity. The project involves developing multiband transmission systems, coherent OTDR systems for network control, and expanding digital twin technology for optical communication networks. Field tests are planned for 2026 in Kiel and Berlin.