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La nueva botnet Androxgh0st ataca vulnerabilidades en dispositivos IoT y aplicaciones web a través de la integración de Mozi

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  • La integración de Androxgh0st con Mozi amplifica los riesgos globales
  • Las vulnerabilidades de IoT se han convertido en un nuevo campo de batalla para los ciberataques
  • El monitoreo proactivo es esencial para combatir las amenazas de bots emergentes

Los investigadores identificaron recientemente un desarrollo importante en la botnet Androxgh0st, que se ha vuelto más peligrosa con la integración de las capacidades de la botnet Mozi.

Lo que comenzó como un ataque dirigido a un servidor web a principios de 2024 ahora se ha expandido, lo que permite a Androxgh0st explotar vulnerabilidades en dispositivos IoT. Equipo de investigación de amenazas de CloudSEK Dijo.

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El Pico 2 W de Raspberry Pi, de 7 dólares, añade conectividad inalámbrica para proyectos de IoT

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  • El Raspberry Pi Pico 2 W es un controlador inalámbrico de 7 dólares
  • Diseñado para proyectos de IoT; Dirigido a aficionados y profesionales
  • La versión no oficial de MicroPython ya está disponible; Soporte oficial próximamente

La Fundación Raspberry Pi ha lanzado el Pico 2 W, un sucesor inalámbrico del Pico 2 de 5 dólares que se presentó hace apenas un par de meses. Con un precio de $2 adicionales, el Pico 2 W está construido alrededor del microcontrolador RP2350 e incluye el mismo módem inalámbrico que el original. Pico W..

El microcontrolador RP2350 se basa en el legado del RP2040, que se presentó por primera vez en 2021. Ofrece núcleos más rápidos, más memoria, soporte de punto flotante, consumo de energía mejorado y seguridad mejorada a través… brazoTrustZone para Cortex-M.

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Vi presenta soluciones de telesalud, 5G, IoT e IA para consumidores en IMC 2024

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idea de vodafone (Vi) presentó una amplia gama de soluciones dirigidas a consumidores y empresas en consonancia con el tema “El futuro es ahora” en el Congreso Móvil de la India (IMC) 2024 el martes. Un anuncio notable es un programa de “clínica en una bolsa” que permite a los profesionales médicos evaluar y valorar a los pacientes en tiempo real de forma remota, independientemente de su ubicación. El proveedor de telecomunicaciones también mostró soluciones relacionadas con redes 5G e Internet de las cosas (IoT). inteligencia artificial (Inteligencia Artificial), ciberseguridad y aprendizaje automático.

Anuncios de Vi en IMC 2024

Según Vi, su plataforma “Clinic in a Bag” ofrece transmisión en vivo desde una ubicación remota a los profesionales médicos. Pueden recibir informes de diagnóstico en tiempo real, lo que permite realizar consultas informadas a través de videollamadas. El proveedor de telecomunicaciones dice que tiene cobertura para más de 30 pruebas médicas en el lugar de atención, incluidos signos vitales, función cardíaca y pulmonar, análisis de sangre y exámenes de detección, todos los cuales comienzan en tan solo Rs. 250. Se dice que esta solución de tecnología remota es una alternativa de bajo costo a los inaccesibles centros de salud en las zonas rurales de la India.

Vi también ha creado un domo inmersivo de 360 ​​grados que puede superar los desafíos físicos y ofrecer a los consumidores una visión de cualquier parte del mundo, aprovechando la tecnología de la empresa. en Centro Médico Internacional 2024Los asistentes podrán experimentar la antigua ciudad submarina de Dwarka.

La división comercial del proveedor de telecomunicaciones, Vi Business, también mostró soluciones de Industria 4.0 que incluyen el uso de 5G, inteligencia artificial, aprendizaje automático e Internet de las cosas. La empresa afirma que puede digitalizar procesos, conectar activos humanos y no humanos y permitir el seguimiento en tiempo real. El uso de esta tecnología queda demostrado por una mina inteligente fabricada que visualiza respuestas rápidas durante emergencias en tiempo real y monitorea el lugar de trabajo.

Vi demostró cómo sus plataformas en la nube impulsadas por IA, CPaaS y CCaaS, aprovechan la tecnología de IA para mejorar las interacciones con los clientes y agilizar los procesos comerciales. También mostró la solución escalable Vi Hybrid SD-WAN que tiene funciones de inteligencia artificial integradas para proteger a las empresas indias de los ataques cibernéticos.

Para lo último Noticias de tecnología y ReseñasSiga Gadgets 360 en incógnita, Facebook, WhatsApp, Temas y noticias de google. Para ver los últimos vídeos sobre gadgets y tecnología, suscríbete a nuestro canal. canal de youtube. Si quieres saber todo sobre los top influencers, sigue nuestra web ¿Quién es ese 360? en Instagram y YouTube.


Google compra energía para sus necesidades de inteligencia artificial a la pequeña empresa de reactores nucleares Kairos



La policía de Delhi descubre fraude en energías renovables; Binance ayuda a rastrear fondos ilícitos



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Samsung lanza una tarjeta de crédito IoT que puedes encontrar usando tu teléfono

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Samsung ha lanzado una nueva tarjeta de crédito con funciones de Internet de las Cosas (IoT), gracias a su conectividad Bluetooth LE. Si pierde o extravía una tarjeta, puede encontrar su ubicación usando Samsung encontrar (Llamado Buscar cosas inteligentes (solicitud anterior)

Esta tarjeta se llama Tarjeta KB Kookmin SkyPass IoT Titanium.

La nueva tarjeta de crédito IoT de Samsung en asociación con KB Kookmin puede localizar la tarjeta cuando se pierde

Samsung lanzó hoy una nueva tarjeta de crédito en Corea del Sur en asociación con KB Kookmin Card. La tarjeta KB Kookmin SkyPass IoT Titanium se llama y es emitida por American Express. Entonces, ¿qué tiene de especial esta tarjeta? Esta tarjeta cuenta con conectividad Bluetooth LE y puede ubicarse en caso de pérdida o extravío.

Tarjeta de crédito Samsung KB Kookmin IoT

Puede utilizar la aplicación Samsung Find para localizarlo. Si pierde su billetera y tiene esta tarjeta de crédito IoT dentro, puede usar la aplicación Samsung Find para localizarla. También puede ver su historial de ubicaciones de los últimos siete días.

Además, puede usar esta tarjeta de crédito para encontrar la ubicación de su teléfono, y puede hacerlo presionando el botón en la parte inferior de la tarjeta de crédito después de configurar la función de búsqueda y notificación. La tarjeta se puede cargar mediante un cargador inalámbrico y su batería dura hasta 30 días con una sola carga.

Puedes encontrarlo como Etiqueta inteligente Galaxy 2Puedes ver cómo funciona Samsung Find en el vídeo a continuación.

Esta tarjeta se emitirá solo a 1000 solicitantes por orden de llegada. Puede solicitar esta tarjeta de crédito desde el sitio web de KB Kookmin Card y la aplicación KB Pay a partir del 27 de junio de 2024.

American Express, tarjeta KB Kookmin y Samsung Electronics Firmó un memorando de entendimiento Para lanzar tarjetas IoT en septiembre de 2023, la primera tarjeta de este tipo ya está disponible.

El vicepresidente de Samsung Electronics, Park Chan-woo, dijo:Ampliaremos la plataforma SmartThings Find para incluir productos de socios que requieran verificación de ubicación, como tarjetas de crédito IoT. A través de asociaciones continuas, ampliaremos el ecosistema de tecnologías de aplicaciones SmartThings Find para crear experiencias conectadas significativas para los clientes. Potenciaremos las prestaciones y beneficios.

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Comienza el bloqueo de contraseñas de IoT, pero los administradores no pueden esperar a que lleguen los reguladores

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La primera prohibición mundial en el Reino Unido de contraseñas predeterminadas fácilmente adivinables para dispositivos conectados es un paso bienvenido, pero solo el primer paso para proteger el panorama de Internet de las cosas (IoT) en rápida expansión.

Si bien prohibir contraseñas como “admin” y “12345” aumenta la base de seguridad, la legislación no va lo suficientemente lejos para hacer cumplir las actualizaciones de firmware y las capacidades de seguridad integradas. Por lo tanto, los administradores empresariales deben permanecer atentos a otras vulnerabilidades evidentes del hardware en la oficina inteligente.

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Tiny heat pump that relies on changing ambient temperature could be key to powering IoT devices and sensors without batteries forever — Nanoparticles are critical to the process, posit scientists

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As IoT technology progresses, the question of how to power these devices, particularly in locations where reliable electrical sources are scarce, presents a significant challenge. 

Researchers at the University of Utah’s College of Engineering have pioneered a new form of battery that could help solve this dilemma. The solution, which is at the proof of concept stage, comes in the form of a pyroelectrochemical cell (PEC).

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New ASUS IoT edge AI computers and motherboards unveiled

IoT edge AI PC

The world of industrial computing is constantly evolving, and ASUS IoT is at the forefront of this transformation with its latest release of motherboards and edge AI computers. These new products are set to redefine performance, efficiency, and connectivity for a wide range of industrial applications, thanks to their cutting-edge technology.

At the heart of these innovations is the powerful 14th generation Intel Core processors. These processors are the driving force behind the devices, ensuring that they can handle the most demanding tasks with ease. The introduction of DDR5 memory is a significant step forward, offering a 50% increase in transfer speeds compared to the previous generation. This means that systems will be faster and more energy-efficient, which is essential in today’s fast-paced industrial world.

The new motherboards and computers also feature PCI Express (PCIe) 5.0 technology. This latest iteration doubles the data transfer rate of its predecessor, PCIe 4.0, allowing systems to manage the increasing data requirements of modern industrial settings. Importantly, it maintains compatibility with existing technologies, ensuring a smooth transition for businesses upgrading their systems.

Visual capabilities have been given a considerable upgrade as well. The integration of Intel UHD Graphics technology supports ultra-high-definition video and multiple displays, which is critical for industries that rely on detailed visual information for monitoring and control.

Revolutionizing Industrial IoT Computing

Security is a top priority in any industrial setting, and ASUS IoT has addressed this with a comprehensive suite of security features. These include Boot Guard, Platform Trust Technology, AES-NI, and VT, all of which work together to safeguard systems against cyber threats and ensure a secure computing environment.

Connectivity is another area where these new products excel. With support for Wi-Fi 7, they offer high-speed connections of up to 5 Gbps. This is a crucial feature for industrial systems that need to communicate and transfer data quickly and efficiently. Understanding the varied needs of industrial computing, ASUS IoT has released a range of form factors, including ATX, micro ATX, Mini-ITX, and thin Mini-ITX. This variety allows businesses to choose the best fit for their specific requirements, ensuring that they have the most effective solution for their operations.

The lineup includes models such as the ASUS IoT R680EA-IM-A, Q670EA-IM-A, H610A-IM-A, H610T-EM-A, PE4000G, and PE6000G. Each model is tailored to meet the needs of different industrial applications, demonstrating ASUS IoT’s commitment to providing versatile and robust computing solutions.

The impact of these technological advancements is far-reaching, with potential benefits for a range of sectors. Retail, healthcare, smart factories, supply-chain management, and smart city infrastructure are just a few of the areas that stand to gain from the improved efficiency and reliability that these motherboards and edge AI computers offer.

Edge AI computer for Superior Performance

ASUS IoT’s new range of industrial motherboards and edge AI computers represents a significant step forward in the field of industrial computing. With their enhanced transfer speeds, energy efficiency, superior graphics, and robust security features, these products are set to make a substantial impact on how industries operate. For businesses looking to upgrade their systems, ASUS IoT’s latest offerings present a compelling choice that promises to bring about a new level of performance and reliability.

The industrial computing landscape is undergoing a significant transformation, driven by the need for more powerful and efficient systems. ASUS IoT is leading this change with its new line of motherboards and edge AI computers. These devices are designed to meet the rigorous demands of industrial applications, providing enhanced performance, efficiency, and connectivity. At the core of these advancements are the 14th generation Intel Core processors, which deliver the computational power necessary to handle complex tasks without a hitch. The adoption of DDR5 memory in these systems marks a substantial improvement, offering faster data transfer speeds and greater energy efficiency, which are critical in high-stakes industrial environments.

The integration of PCI Express (PCIe) 5.0 technology in ASUS IoT’s new products is a game-changer for industrial computing. This technology doubles the data transfer rate of PCIe 4.0, enabling systems to keep up with the growing data demands of modern industrial operations. The backward compatibility with older technologies ensures a seamless upgrade path for businesses. Visual capabilities are also significantly improved, with Intel UHD Graphics technology supporting high-definition video and multiple displays, a vital feature for industries that depend on precise visual monitoring and control.

Security and Connectivity: Pillars of Industrial Systems

In the realm of industrial computing, security is paramount. ASUS IoT has meticulously addressed this concern by incorporating a suite of security features, including Boot Guard, Platform Trust Technology, AES-NI, and VT. These features form a comprehensive security framework that protects systems from cyber threats, ensuring a secure and reliable computing environment. Connectivity is equally important, and with the support for Wi-Fi 7, ASUS IoT’s products offer rapid connections up to 5 Gbps, essential for the swift communication and data transfer required in industrial settings.

ASUS IoT’s diverse range of form factors, including ATX, micro ATX, Mini-ITX, and thin Mini-ITX, caters to the unique needs of various industrial applications. The lineup, which includes models like the ASUS IoT R680EA-IM-A and PE6000G, is designed to provide versatile and robust computing solutions.

 

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ASUS IoT Edge AI computers and motherboards

ASUS IoT Edge AI computers and motherboards

ASUS IoT has recently unveiled an impressive update to their industrial computing products, introducing a series of advanced industrial motherboards and edge AI computers. These new offerings are engineered to harness the power of the latest 14th generation Intel Core processors, which are specifically designed to handle the rigorous demands of industrial operations. The goal of these products is to provide users with enhanced performance, greater energy efficiency, and improved connectivity options to meet the evolving needs of industrial applications.

At the heart of these new ASUS IoT products is the integration of the 14th generation Intel Core processors. These processors are built to offer a solid and reliable platform for critical industrial tasks, ensuring that operations run smoothly and efficiently. The inclusion of these processors means that ASUS IoT’s latest products are capable of delivering a significant boost in computing performance, which is crucial for industries that rely on fast and accurate data processing.

ASUS IoT

To complement the new processors, ASUS IoT has also embraced DDR5 memory technology. This latest memory standard offers a 50% increase in transfer speeds compared to DDR4, as well as an 8% improvement in power efficiency. The adoption of DDR5 means that industries can benefit from faster data processing and lower energy costs, which are key factors for any business looking to improve its operational efficiency and reduce overhead.

Another important feature of these new products is the support for PCIe 5.0. This technology doubles the data transfer rates offered by the previous generation, PCIe 4.0. By including PCIe 5.0 support, ASUS IoT ensures that their systems are prepared for future upgrades, whether it’s adding more storage capacity or enhancing graphics performance. This forward-thinking approach is essential for keeping pace with the rapidly changing requirements of industrial applications.

Edge AI Computers

For industrial tasks that require high-quality visuals, ASUS IoT has integrated Intel UHD Graphics technology into their products. This allows for the management of 8K60 HDR video and the operation of multiple 4K60 displays simultaneously. High-resolution visual capabilities are increasingly important in industrial settings where clear and precise monitoring and control are necessary for effective operation.

Security is a top priority in industrial environments, and ASUS IoT has taken significant steps to strengthen the security features of their new products. In partnership with Intel, they have implemented a suite of security measures, including Boot Guard, Platform Trust Technology, AES-NI, and VT. These features are designed to protect systems from various threats and ensure a secure operating environment.

Support for Wi-Fi 7

Connectivity is also a key focus, with the introduction of Wi-Fi 7 support, which can achieve speeds of up to 5 Gbps. This is particularly beneficial in industries where fast and reliable data transfer and communication are critical.

ASUS IoT recognizes that the industrial sector has a wide range of needs, and as such, they offer their products in various form factors. These include ATX, micro ATX, Mini-ITX, and thin Mini-ITX, providing options for different space requirements and configurations. This variety ensures that there is a suitable motherboard or AI computer for every industrial application, no matter the specific needs of the operation.

For industries looking to incorporate advanced AI capabilities, ASUS IoT’s PE4000G and PE6000G edge AI computers are excellent options. These devices are designed to support sophisticated AI applications, enabling industries to leverage machine learning and data analytics for smarter decision-making and increased automation.

The latest industrial motherboards and edge AI computers from ASUS IoT represent a significant step forward in industrial computing. With the incorporation of cutting-edge Intel Core processors, DDR5 memory, PCIe 5.0, and Wi-Fi 7, these products are not just keeping up with technological progress—they are leading the charge. They are well-equipped to address the challenges faced by modern industries, whether it involves upgrading existing systems or building new infrastructures. With ASUS IoT’s new solutions, industries can confidently move forward, knowing they have the technology to support their operations now and in the future.

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ASUS IoT mini PCs powered by Intel Core Ultra CPUs

ASUS IoT mini PCs with Intel Core Ultra CPUs

In the ever-evolving world of technology, ASUS IoT has made a significant stride by introducing a new line of edge computing devices that are equipped with the latest Intel Core Ultra processors. These devices are poised to enhance the capabilities of artificial intelligence (AI) and increase energy efficiency across various industries. This development marks a pivotal moment for businesses that are eager to implement advanced AI and automation technologies to boost their operational efficiency and foster data-driven growth.

ASUS IoT’s latest offerings include the C7146ES-IM-AA and C5143ES-IM-AA single-board computers (SBCs), the EBS-S500W edge computer, and the PE2200U ultra-compact fanless embedded computer. These products are the result of a strategic collaboration with Intel and are designed to deliver AI-optimized performance for a wide range of applications.

Intel Core Ultra Internet of Things PC systems

The heart of these new devices is the Intel Core Ultra processors, which have been engineered to provide a substantial increase in AI computing power—up to 1.5 times more than their predecessors. These processors are capable of managing up to 14 cores and 20 threads, all within a modest 15-watt power envelope, making them ideal for use in settings where conserving energy is a priority. Additionally, they come with Intel Arc GPUs that support a staggering number of HDR video streams, up to 50, and feature the accelerated AV1 codec, which enhances video compression efficiency.

The C7146ES-IM-AA and C5143ES-IM-AA SBCs are particularly adept at handling tasks that require substantial memory capacity and the ability to support multiple displays. This makes them perfect for applications such as video analytics and the technology behind autonomous vehicles. These SBCs can support up to 64 GB of DDR5-5600 MHz memory and can be configured for four-display setups, which is especially beneficial for sophisticated smart retail systems that need to process complex video data.

Connectivity plays a crucial role in edge computing, and the EBS-S500W edge computer excels in this area with its M.2 slots that allow for LTE/5G and WiFi/BT module integration. This ensures seamless communication and data transfer, which is essential for applications like traffic management and utility monitoring that rely on constant connectivity.

For scenarios that require robust and durable equipment, the PE2200U stands out with its rugged build that can withstand a wide range of temperatures. It also features dual LAN and PoE ports, offering a variety of connectivity options. This makes the PE2200U a dependable choice for challenging environments where consistent and reliable performance is essential.

The edge computing solutions from ASUS IoT Intel Core Ultra mini PCs are not only powerful but are also designed with ease of deployment in mind. They represent a significant investment for businesses that are looking to harness the latest AI technology to enhance automation and operational efficiency. By integrating these cutting-edge technologies, companies can gain a substantial edge in the rapidly changing digital marketplace.

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New Arduino IoT Cloud Remote app

New Arduino IoT Cloud Remote app

As the world of the Internet of Things (IoT) continues to expand, enthusiasts and professionals alike are always on the lookout for tools that can make their work easier and more efficient. The Arduino IoT Cloud Remote app is one such tool that has recently undergone a series of enhancements designed to improve the user experience and streamline project management for IoT developers.

One of the most exciting new features is the introduction of real-time alerts through push notifications. For those who have subscribed to the Maker plan, setting up Triggers and Notifications in the Arduino Cloud now means that you can receive immediate alerts on your mobile device. This ensures that you are always up-to-date with any critical changes or updates to your projects, keeping you informed and in control, no matter where you are.

Activating these notifications is straightforward. Once you have your Triggers and Notifications configured in the Arduino Cloud, you simply turn on the notification function within the IoT Remote app. This level of customization allows you to focus on the aspects of your projects that matter most to you, without being overwhelmed by unnecessary information.

New Arduino IoT Cloud Remote application overview

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Arduino IoT app features

The app’s user interface has also seen a significant overhaul. The new Activity monitor feature lets you look back at the history of your alerts, creating a clear and concise timeline of events that have occurred within your projects. For those who prefer working in low-light environments, the app now offers a Dark Mode, which can help reduce eye strain. Additionally, the introduction of a bottom navigation bar and redesigned widgets has made navigating the app and understanding your project’s data more intuitive.

Monitoring your devices is now easier than ever with the updated app. You can quickly check the status of your devices and their connected components, which is particularly useful when you are managing multiple devices. This streamlined approach to oversight helps ensure that all parts of your IoT system are functioning correctly and efficiently.

At the heart of these updates is the Arduino Cloud platform, known for its compatibility with a wide range of hardware and its user-friendly approach to IoT. The platform caters to both beginners and seasoned experts, offering the tools and features needed to drive IoT projects forward successfully.

The IoT Remote app is widely accessible, available to both Android and iOS users. If you’re new to the Arduino Cloud, getting started is as simple as downloading the app and signing up. With these latest updates, managing and orchestrating your IoT projects has become more straightforward and user-friendly.

The recent enhancements to the Arduino IoT Cloud Remote app are designed to significantly improve the management of IoT projects. With instant push notifications, you’ll never miss an important update, while the enhanced user interface and device monitoring capabilities allow for smooth and effortless project oversight. Supported by the robust Arduino Cloud platform and available across the major mobile operating systems, these updates provide users with the tools they need to fully realize the potential of their IoT endeavors. For more information on the new Arduino IoT Cloud Remote app jump over to the official website.

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