Samsung Announces Moohan Android XR Headset to Rival Apple Vision Pro in 2025

/in /tarafından

Samsung has officially unveiled its first extended reality (XR) headset, codenamed Project Moohan, set to compete in the rapidly growing market of mixed reality devices. The Moohan headset was demonstrated during Google’s introduction of its Android XR operating system, a new platform tailored for augmented reality (AR) glasses and mixed reality headsets. This headset, set to launch in 2025, aims to rival industry giants such as Apple’s Vision Pro and Meta’s Quest 3, with features that blend AR, virtual reality (VR), and artificial intelligence (AI) into a seamless user experience.

The Moohan XR headset will run on Google’s Android XR, a platform built with advanced support for AR, VR, and AI-powered applications. One of the standout features is the integration of Google’s Gemini AI assistant, which will bring voice commands and intelligent assistance directly to the headset. While Samsung has yet to release specific details about the launch timeline or pricing, the device is expected to arrive next year, and it will be the first headset to use the Android XR operating system, marking a significant step in the development of Android-based XR devices.

In terms of hardware, the Moohan XR headset promises cutting-edge displays and passthrough capabilities, allowing users to blend the virtual and real worlds with ease. It will also support multi-modal input, providing users with a range of control options, from hand gestures to voice commands, for a more immersive experience. This places the Moohan headset in direct competition with other high-end XR devices, including Apple’s Vision Pro, which boasts impressive Micro-OLED displays with a per-eye resolution of 3,660 × 3,200 pixels, setting a high standard for visual clarity and performance.

Samsung’s Moohan headset is shaping up to be a formidable player in the XR space, combining state-of-the-art display technology with powerful AI integration and multi-modal interaction. As the company prepares to enter the market, all eyes will be on how it positions itself against the established leaders like Apple and Meta, and whether it can offer a compelling alternative in terms of features, performance, and price.

Google Patents AI-Powered Smart Glasses Assistant That Tailors Suggestions Based on Gaze and Voice

/in /tarafından

Google has recently been granted a patent for a new assistant designed to enhance the functionality of smart glasses. This assistant, which adapts its suggestions based on a user’s gaze or voice input, could significantly improve the experience of using wearables. While Google has previously explored augmented reality (AR) technologies for smart glasses, including its ambitious “Project Iris,” which was ultimately put on hold in favor of collaborating with other hardware partners, this new assistant technology might find its way into future products, whether AR glasses or other wearable devices.

The concept behind this patent is an automated assistant capable of providing real-time suggestions and interactions based on what the user is focusing on or saying. The system utilizes the smart glasses’ built-in sensors to track the user’s gaze and detect voice commands, then adapts its responses accordingly. For example, if a user is looking at a specific object, the assistant could offer information about it, or if the user asks a question, the assistant could provide a tailored answer. This level of customization would be an important step in making wearable technology more intuitive and responsive to everyday interactions.

In the patent filing, titled “Adapting assistant suggestions rendered at computerized glasses according to changes in user gaze and/or other user input,” Google explains that the assistant could utilize both visual and auditory data. This dual input allows the system to offer suggestions that are highly relevant to the user’s current environment. The glasses would continuously track the user’s focus, enabling them to receive helpful notifications, directions, or contextual information about objects or places they are engaging with in real-time.

While Google has not explicitly confirmed if these capabilities will be rolled out in a future product, the patent provides a glimpse into how the company envisions enhancing the user experience of wearable tech. With advancements in artificial intelligence, this technology could lead to smarter, more personalized devices that seamlessly integrate into daily life, helping users stay connected, informed, and engaged without the need for constant interaction with their phones or other devices.

Nokia Launches 360 Camera with 8K Video Streaming and 5G Support for Industrial Use: Full Specifications

/in /tarafından

Nokia has launched its new 360 Camera, designed specifically for industrial applications, offering cutting-edge features aimed at enhancing real-time monitoring and remote operations. The camera supports up to 8K video streaming and spatial audio, providing high-quality multimedia in dynamic, demanding environments. With its 5G capability and low-latency connection, the Nokia 360 Camera is positioned to deliver seamless real-time monitoring and remote control, especially when paired with Nokia’s Real-time eXtended Reality Multimedia (RXRM) software solution. This combination of advanced features makes it a powerful tool for industries requiring high-definition, interactive surveillance or operations.

The camera is built to withstand tough environmental conditions, making it ideal for various industrial settings. It is rated IP67 for dust and water resistance, ensuring it can perform reliably in harsh conditions, including exposure to water and dust. The camera’s high-end model is specifically designed to endure extreme temperatures, catering to environments where most other cameras might fail. This rugged design is a key selling point for industries like manufacturing, construction, or energy, where operations often take place in challenging and fluctuating conditions.

Nokia offers the 360 Camera in two variants to cater to different business needs. The standard model features Wi-Fi-only connectivity, providing a more affordable solution for businesses that do not require high mobility or deployment in extreme conditions. On the other hand, the Extreme Temperature variant is engineered for deployment in more demanding environments, ensuring that the camera can function under intense heat or cold. Both models provide 360-degree multimedia streaming, allowing businesses to monitor and control operations from any angle with full clarity.

With the support for 5G, Wi-Fi, and Ethernet, the Nokia 360 Camera can offer flexible connection options, making it adaptable to a wide range of industrial networks. Its integration of spatial audio further enhances the immersive experience, providing more accurate situational awareness for users. Available exclusively to B2B customers, the Nokia 360 Camera is positioned as a premium, high-performance solution tailored to industries looking for advanced surveillance and monitoring technology.