Synaptics has unveiled a new AI-powered fingerprint sensor enrollment technology aimed at improving user experience and efficiency in biometric authentication. This cutting-edge feature significantly reduces the number of fingerprint touches required during the enrollment process, addressing a key challenge in user adoption. Previously, users had to provide up to 14 touches to capture a quality fingerprint image, which often resulted in frustration or even abandonment of the process. With AI-enhanced enrollment, only eight touches are necessary, ensuring quicker and more user-friendly fingerprint registration.

The technology uses an AI model trained with extensive data to perform real-time inference during the enrollment process. This allows the system to stitch together fewer images while maintaining, and even improving, the quality of the final fingerprint image. The AI-driven approach enhances the precision and detail of the fingerprint capture, which is crucial for reliable authentication. By making the enrollment process faster and simpler, the innovation significantly improves user satisfaction.

A side-by-side comparison of the images captured with and without AI highlights the stark improvements. Without AI, achieving a high-quality fingerprint image required a tedious number of touches and precise finger positioning. In contrast, the AI-enhanced process not only reduces the number of touches but also delivers superior image quality, demonstrating the system’s ability to focus on minute fingerprint details.

This streamlined approach is particularly beneficial for beginners, who often find traditional fingerprint enrollment processes cumbersome and confusing. The AI-powered technology makes the process more intuitive and less time-consuming, encouraging broader adoption. Its implementation aligns with the growing demand for seamless biometric solutions in consumer electronics.

The Synaptics team confirmed that this innovation is ready for mass production and will soon be integrated into new laptop models. Collaboration with a major OEM ensures that the technology will reach the market in the near future, providing an enhanced biometric experience for users across various device platforms.

The application of AI in fingerprint sensors is a notable step in improving the reliability and usability of biometric systems. Synaptics’ integration of real-time inference capabilities marks a shift towards smarter, more efficient authentication technologies, setting a benchmark for the industry.

For more details on Synaptics’ latest developments, visit https://www.synaptics.com

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At CES 2025, SanDisk introduced its Creator Series, a suite of storage solutions tailored for content creators. This lineup includes seven products designed to enhance creative workflows across various platforms, such as social media, YouTube, podcasts, and live streaming. The series is distinguished by its vibrant blue gradient design, a result of extensive research indicating that creators prefer more colorful and identifiable storage devices over traditional black and gray options.

A highlight of the series is the SanDisk Creator Phone SSD, the company’s first MagSafe-compatible solid-state drive. This SSD magnetically attaches to MagSafe-compatible smartphones and connects via USB-C, enabling direct recording to the drive. It offers read speeds up to 1,000 MB/s and write speeds up to 950 MB/s, facilitating the capture of 4K video at 60 frames per second in Apple ProRes format. The device is built for durability, featuring a silicone shell, drop protection up to three meters, and IP65 water and dust resistance. Available in capacities of 1TB and 2TB, the Creator Phone SSD is priced starting at $109.99 for the 1TB model.

For creators requiring high-speed portable storage, the SanDisk Creator Pro Portable SSD delivers NVMe performance with read speeds up to 2,000 MB/s. This SSD is suitable for editing directly from the drive and is available in capacities up to 4TB, with prices starting at $139.99 for the 1TB version. Its robust design ensures reliability for on-the-go content creation.

The SanDisk Creator Desk Drive caters to creators needing substantial storage at their workstation. Offering up to 8TB of solid-state storage, it provides read speeds up to four times faster than traditional desktop hard drives. This drive is designed to remain in the studio or home office, requiring an external power source, and is priced starting at $299.99 for the 4TB model.

Additional products in the Creator Series include the SanDisk Creator microSD Card and SD UHS-II Card, both available in capacities up to 1TB. These cards are engineered for capturing high-resolution 4K and 5.3K footage, with the microSD card starting at $21.99 for 128GB and the SD UHS-II card at $44.99 for 128GB. The SanDisk Creator Phone Drive, featuring both Lightning and USB Type-C connectors, offers up to 256GB of storage for seamless file management across devices, starting at $49.99 for 128GB. The SanDisk Creator USB-C Flash Drive provides up to 1TB of storage with a USB Type-C connector, starting at $29.99 for 256GB.

To support creators further, SanDisk has launched sandisk.com/creators, a platform offering product information and educational content to assist aspiring creators in producing and distributing their work. Some products in the Creator Series also include limited-time subscriptions to Adobe software, such as one month of Creative Cloud or three months of Lightroom, providing access to professional-grade creative tools.

In summary, the SanDisk Creator Series presents a comprehensive range of storage solutions that combine performance, durability, and aesthetic appeal, addressing the diverse needs of modern content creators.

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Wondfo, a company headquartered in China with branches in Chicago, San Francisco, and San Diego, has showcased innovative diagnostic solutions at CES 2025. Their latest FDA-approved product combines testing for influenza A, and influenza B, providing results within 10 minutes. The test is designed for home use, streamlining processes that previously required lab visits and long wait times. This advancement addresses global challenges such as flu outbreaks by enabling individuals to self-diagnose efficiently.

The test utilizes a straightforward nasal swab to collect a sample. Unlike earlier tests, this device includes influenza testing, overcoming the limitations of single-disease diagnostics. Its rapid results and broad-spectrum detection capabilities are critical during peak flu seasons when overlapping symptoms can create diagnostic uncertainty. Future updates aim to include RSV detection, marking the next step in comprehensive respiratory testing.

Another significant product is Wondfo’s ovulation monitoring system designed for women planning pregnancy. The system includes urine test strips and a smartphone app that tracks ovulation patterns. Users can take daily tests in the morning, photograph the results with their phones, and let the app analyze data to identify optimal fertility windows. The integration of AI and digital tools transforms traditional ovulation tests into an accessible and highly accurate resource for family planning.

Complementing the ovulation tracker is a pregnancy detection kit. This test identifies hCG levels to confirm pregnancy after ovulation. By combining these tools, Wondfo supports users from conception planning through early pregnancy detection. While traditional pregnancy tests focus solely on confirmation, Wondfo’s approach integrates hormonal monitoring for a holistic view of reproductive health.

Wondfo leverages advanced digital technologies to enhance user experience. Their app, connected to test strips via barcodes, collects and analyzes data to provide actionable insights. Unlike conventional methods requiring manual interpretation, the app offers a precise, AI-driven analysis of test results, ensuring reliability with an accuracy of approximately 99%.

Beyond reproductive health, Wondfo has developed point-of-care diagnostic tests for various applications, including drug testing. Their drug abuse test is designed for quick and low-cost detection of substances like fentanyl, a growing concern in the U.S. The test can analyze powders or liquids, offering individuals and professionals a convenient method to identify harmful substances. This product underscores the company’s commitment to addressing public health challenges.

The company also emphasizes safety in its products, ensuring they contain no harmful chemicals. Designed for home use, their diagnostic tools meet FDA standards for safety and reliability. From respiratory illness detection to reproductive health and drug abuse prevention, Wondfo’s innovations are tailored for modern needs, aligning with a broader trend toward digital and AI-driven healthcare solutions.

Wondfo’s participation at CES highlights their role in advancing accessible, efficient diagnostics for consumers. Their diverse product range reflects a commitment to public health through technological innovation, empowering individuals with tools to manage their well-being independently.

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At CES 2025 in Las Vegas, Synaptics introduced significant advancements to their User Presence Detection technology, showcasing how it enhances user interaction and privacy across a variety of scenarios. Designed for seamless integration into modern PCs, the system leverages sensors and smart algorithms to respond dynamically to user behavior, improving functionality in video conferencing, workspace privacy, and power management.

One key feature presented was a gesture-based mute/unmute function for video calls. This solves a common issue where users struggle to locate the mute button during meetings. With a simple gesture, users can quickly toggle audio, streamlining video conferencing experiences. Synaptics has also addressed concerns about accidental exposure when stepping away from the screen. If a user walks away during a call, the system automatically blocks their video feed and mutes the microphone, ensuring no unintended sharing of private moments.

Privacy extends further with the “over-the-shoulder muting” feature, which detects when someone approaches from behind. In such cases, the system automatically mutes audio, preventing unintended eavesdropping. Additionally, the system is designed to interact only with the logged-in user. It recognizes their presence, blurs screens when they step away, and locks the device if unauthorized individuals attempt to access it.

The technology also supports granular screen privacy. For example, in shared workspaces or environments like loan offices, only the active screen remains visible while others blur. This functionality extends to dimming screens to conserve energy, offering a customizable balance between privacy and power efficiency. Users can configure the settings to blur, dim, or perform both actions simultaneously.

Synaptics has integrated this innovation into consumer products, with Dell recently launching Pro PCs equipped with these capabilities. Using existing RGB cameras in devices, the system can detect user presence, blur screens, and lock machines when users walk away. With Windows Hello face detection enabled, devices wake, unlock, and log in as soon as the user approaches, providing a seamless, ready-to-use experience.

The company envisions broadening this technology beyond laptops, aiming for inclusion in webcams, monitors, and docking stations. Expanding the detection field through these peripherals would enhance user convenience and further integrate smart presence features into everyday devices. The goal is to create a “smart area” that ensures secure, intuitive, and efficient interactions across multiple platforms.

As this technology reaches more real-world applications, Synaptics positions itself as a leader in user presence detection. Their innovations not only cater to security and efficiency but also reimagine how users interact with their digital environments in an increasingly connected world.

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Rokid’s latest offerings, unveiled at CES 2025, include the Rokid Glasses and Rokid AR Spatial, both designed to integrate augmented reality (AR) and artificial intelligence (AI) into daily life. The Rokid Glasses, weighing just 49 grams, feature real-time language translation, object recognition, and a first-person camera for capturing photos and videos. These glasses utilize waveguide technology to project information directly into the user’s field of view, facilitating seamless multitasking. They also offer customizable clip-on lenses for users with myopia or astigmatism, ensuring comfort and accessibility.

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The Rokid AR Spatial glasses provide an immersive experience with a 300-inch virtual display powered by Sony’s micro-OLED technology. This setup delivers a 100,000:1 contrast ratio and up to 600 nits of brightness, ensuring vivid visuals. Notably, these glasses include an intelligent myopia and pupillary adjustment system, accommodating users with varying vision needs without requiring additional prescription inserts. The AR Spatial glasses are designed for applications such as gaming, entertainment, and productivity, offering a versatile tool for both personal and professional use.

Rokid’s commitment to accessible AR technology is further demonstrated through their Smart Tour Solutions, which combine AI and AR to enhance cultural and tourism experiences. By integrating AR glasses with features like 3D holographic guides and virtual reenactments, Rokid transforms museums and landmarks into interactive environments, enriching visitor engagement.

These innovations highlight Rokid’s dedication to advancing human-computer interaction, making AR and AI technologies more practical and integrated into everyday activities. By focusing on user-centric design and functionality, Rokid aims to lead the next wave of AR adoption across various sectors, including education, tourism, and remote collaboration.

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Synaptics has unveiled advancements in its Astra partner ecosystem, with a focus on a cutting-edge system-on-module (SoM) developed in collaboration with hardware partner Grinn. This SoM, based on the Astra 1680S platform, is integrated with an enterprise-grade AI vision software stack from Arcturus. Alongside the SoM, Grinn has also introduced a smart camera reference architecture baseboard, complete with essential components for image processing and radar, enhancing input/output capabilities for edge-based applications.

The showcased AI vision stack demonstrates dynamic capabilities, such as real-time people tracking. It assigns unique IDs to individuals in the frame and calculates confidence percentages for identity recognition. These features operate entirely on-device without requiring network connectivity, showcasing the robust computing power of the integrated system. Even with these functionalities active, only 50% of the CPU is utilized, thanks to the efficiency of the on-board 8 TOPS neural processing unit (NPU).

This configurable platform includes advanced analytics for various use cases, such as boundary crossing, loitering, occupancy detection, and even monitoring suspicious packages. Users can define detection zones and areas of interest, enabling tailored solutions for specific applications. The system’s flexibility and performance make it ideal for scenarios requiring high-precision AI at the edge, such as surveillance, retail analytics, and industrial monitoring.

One standout feature of this ecosystem is its built-in storage capability for playback and analysis, reducing reliance on external systems. Additionally, the open design of the SoM and baseboard allows partners to rapidly develop targeted hardware solutions for niche markets. This modularity accelerates the deployment of custom solutions, driving innovation in industries where quick adaptation is crucial.

The ecosystem is further supported by the Astra development kit, which Synaptics has made widely available through distribution channels. This kit provides a comprehensive foundation for developers, fostering a streamlined path from concept to deployment. Partners benefit from the open design, enabling them to adapt and customize the base hardware to meet specific end-user demands.

This combination of enterprise-grade software, high-efficiency hardware, and an open, adaptable design ecosystem underscores Synaptics’ commitment to enabling edge computing solutions. With room for further computational demands, the Astra ecosystem provides a future-proof platform for expanding AI capabilities.

Synaptics’ collaboration with Grinn and Arcturus highlights the potential of cross-industry partnerships to bring powerful, scalable AI solutions to market. These developments demonstrate the evolving role of edge AI in providing secure, efficient, and intelligent systems for diverse applications.

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Hengbot Innovation Ltd. introduces Sirius, an advanced AI robotic dog that blends cutting-edge technology with emotional interaction to create a new paradigm in consumer-grade robotics. Founded in July 2022 in Shenzhen, China, Hengbot specializes in developing intelligent robots for diverse applications. Sirius exemplifies their mission by offering a high-dynamic robotic companion powered by their proprietary Neurocore actuator technology. This innovation eliminates complex wiring in the legs, enabling more flexible, precise movements and simplifying maintenance. More details about Hengbot and their products can be found at https://www.hengbot.com

Sirius is designed for versatility, supporting multiple control methods such as apps, remote controllers, and AR/VR systems. Its AI capabilities allow users to issue voice commands, making interactions natural and engaging. As a lightweight, 1kg robot crafted from aviation-grade aluminum alloy, Sirius demonstrates both form and function with elegant aesthetics and robust engineering. Its compact dimensions (250 × 130 × 250 mm) and extended range of motion enhance its realism, offering an emotionally engaging experience.

Hengbot emphasizes user customization with Sirius, providing a platform for developers and hobbyists to modify the robot’s capabilities. The Neurocore system functions as a modular foundation, allowing users to transform Sirius into various robotic forms, from cats to dinosaurs, with 3D printing or other creative methods. This flexibility ensures that Sirius serves as more than a toy; it is a tool for innovation and exploration within robotics.

The robotic dog’s AI-enhanced interaction capabilities are central to its appeal. Whether shaking hands, dancing, or tracking movements, Sirius responds intuitively to commands, creating a seamless user experience. Pre-set commands allow for immediate functionality, while developers can expand its repertoire. Communication interfaces such as USB, Wi-Fi, and serial ports support a wide range of applications, including educational and research endeavors.

Hengbot aims to establish a harmonious relationship between humans and robotics, evident in their vision for Sirius as a warm and intelligent companion. The robot’s battery life supports 100–120 minutes on standby and 45–50 minutes of active use, with a maximum speed of 0.4 m/s. Its programming compatibility with C, C++, and Python makes it accessible to both novice and expert developers, offering vast potential for creativity and functionality.

As Sirius gears up for its Kickstarter launch in March or April 2025, it reflects Hengbot’s ambition to democratize robotics. The planned pricing range of $600–700 positions Sirius as an affordable entry point into advanced robotics. Hengbot envisions Sirius evolving beyond entertainment to serve as an emotional robot assistant, enhancing everyday life with companionship and utility.

With a strong foundation in innovation, Hengbot continues to push the boundaries of robotics. Their focus on biomimicry and emotional interaction not only sets their products apart but also represents a broader shift in the industry toward integrating technology seamlessly into human lives. Sirius is just the beginning of Hengbot’s ambitious journey to redefine how we interact with intelligent machines.

Hengbot’s mission aligns with creating a sustainable and interactive “Hengbot Universe” where technology and imagination converge. By providing tools for users to design and evolve their robotic companions, Hengbot is fostering a new era of human-robot collaboration, where robotics serve as integral parts of our daily lives.

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Synaptics unveiled its groundbreaking 12nm Tahiti Lite Audio DSP at CES 2025, delivering a major leap forward in audio technology. This next-generation chip is a significant upgrade from the previous 40nm Tahiti DSP, introducing advanced AI-driven features and remarkable power efficiency. The Tahiti Lite DSP is designed for headsets, monitors, and other audio devices, combining Environmental Noise Cancellation (ENC) with a compact design and longer battery life.

One of the key innovations is the addition of an onboard Neural Processing Unit (NPU), enabling the use of AI for sophisticated noise discrimination. This allows the DSP to isolate speech from ambient sounds with exceptional precision, making it ideal for applications like conference devices with support for up to 12 microphones. The Tahiti Lite DSP also includes a HiFi 5 engine and a proprietary MPU, offering enhanced processing power for real-time noise cancellation, speech enhancement, and sound optimization.

With its reduced size and improved power efficiency, the 12nm DSP supports smaller and lighter devices while extending battery life by up to 30% compared to its predecessor. This makes it perfect for portable and wearable audio solutions, including True Wireless Stereo (TWS) earbuds, Bluetooth-enabled devices, and wired headsets. Its hybrid adaptive noise cancellation technology features a low-latency engine that processes noise reduction in real time, with latency as low as 2-3 milliseconds.

The DSP introduces bone conduction technology, which uses accelerometers to detect vibrations in the user’s bones, distinguishing their voice from background noise for clearer communication. AI-driven voice activity detection further enhances performance by identifying speech probabilities in real time, allowing devices to focus on isolating the user’s voice while filtering out unwanted sounds.

Synaptics designed the Tahiti Lite DSP to be scalable and versatile, suitable for both battery-powered and USB-powered systems. It can adapt to various form factors, including integrated conferencing monitors, which eliminate the need for separate headsets. This makes it an attractive solution for office and remote work environments.

The 12nm Tahiti Lite platform represents a significant step forward in audio processing, combining AI-enhanced noise cancellation, extended battery life, and versatile design. These advancements promise to redefine the user experience in both consumer and professional audio markets. For more information, visit synaptics.com

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Synaptics DisplayLink Pro 4K60 technology represents a step forward in wireless video transmission, enabling 4K 60Hz streaming from laptops to Wi-Fi receivers. This solution leverages existing Wi-Fi standards like Wi-Fi 6, with plans for compatibility with Wi-Fi 6E and Wi-Fi 7, reflecting an expectation of widespread adoption in future devices. At its core is the DisplayLink codec, a proprietary video compression technology designed to minimize data transfer requirements while preserving image quality and responsiveness.

The codec is optimized for productivity-focused tasks, ensuring sharp text, responsive cursors, and minimal latency, even during interactive applications. Unlike standard codecs such as H.264 or H.265, which often introduce latency, the DisplayLink codec operates with frame-by-frame optimization to achieve high quality and low latency. This focus on efficiency enables seamless integration in home and professional environments, providing an excellent experience even on larger displays, such as 65-inch TVs.

While the system is designed to utilize only a portion of available Wi-Fi bandwidth, leaving room to handle interference, the codec dynamically adjusts to the link conditions and content type. This adaptability ensures consistent performance, whether streaming video, working on spreadsheets, or connecting peripherals like USB 4K cameras and input devices. It supports wireless transmission of compressed video alongside other data streams, highlighting its versatility.

In terms of deployment, the technology is being developed for integration into various devices. Possible implementations include dongles for TVs, gaming modules that link PCs to gaming consoles, and even built-in monitor solutions. This flexibility makes it suitable for a wide range of user scenarios, from casual home use to gaming and professional applications. Notably, the same DisplayLink driver supports both wired and wireless configurations across multiple platforms, including Windows, macOS, Linux, and ChromeOS.

Latency in wireless applications is addressed with updates occurring within a single frame for static content. For motion video, the system adds minimal frame delays, ensuring a smooth viewing experience. While wired connections offer marginally better performance, the wireless option remains highly competitive, making it a practical choice for users who value convenience without sacrificing quality.

The DisplayLink codec is particularly compelling for environments with limited interference, such as homes. Here, users can easily transition from productivity tasks to entertainment on a large screen without needing extensive setup or additional bandwidth. With its focus on interactive and dynamic content, the technology supports a wide range of modern digital demands.

Currently, Synaptics is in the demonstration phase, collaborating with ODMs and OEMs to refine applications. These include the possibility of hybrid docking solutions that combine wired and wireless functionalities, further expanding its use cases. Such developments underscore the flexibility and potential of DisplayLink technology in the evolving landscape of connected devices.

By offering a robust wireless solution that supports high-quality video streaming and data transmission, Synaptics positions DisplayLink Pro 4K60 as an adaptable and future-proof technology. As mass production approaches, its integration into diverse devices promises to redefine wireless video and productivity experiences.

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The Synaptics booth at CES 2025 showcased the future of mobile computing with their innovative DisplayLink Pro technology. Andy Davis, Director of Corporate Marketing, demonstrated how the Google Pixel 9, connected to a DisplayLink dock, transforms into a full desktop computing environment. This approach eliminates the need for separate PCs or laptops, streamlining productivity by leveraging the phone’s existing computational power. The technology uses an AOSP-modified Android OS to support dual external displays, delivering a seamless, PC-like user experience with full desktop features such as multitasking, keyboard, and mouse support.

The modified OS optimizes communication between the Pixel 9 and Synaptics’ DisplayLink Pro 7000 series chipset, enabling dual independent screen outputs. While many smartphones offer limited external display capabilities, such as single or mirrored screens, this solution offers a true multi-display environment, addressing enterprise needs for a versatile, compact computing alternative. Synaptics envisions phone vendors incorporating this feature into their ecosystems or partnering with Google to make this functionality widely available across devices.

Beyond hardware, Synaptics sees potential in expanding desktop-optimized applications for Android. Currently, many enterprise tools function through browsers, naturally scaling to larger screens, but dedicated desktop apps could enhance the usability and productivity of this setup. The inclusion of remote desktop protocols, like RDP, could bring access to full Windows or Linux environments, further bridging the gap between traditional PCs and mobile devices.

The dock not only provides data and display connectivity but also powers the phone, maintaining its portability. Synaptics demonstrated how docking solutions can include wireless charging for added convenience. They also highlighted the possibility of integrating wireless docking, further streamlining the user experience. The USB-C standard has played a critical role in enabling this technology by providing consistent power and data transfer capabilities across devices.

Synaptics noted that while some brands, like Samsung and Huawei, have explored desktop modes, these implementations often fall short of providing a multi-display environment with independent desktop screens. The DisplayLink Pro solution significantly advances this concept, making it viable even for mid-range phones, democratizing access to high-performance desktop environments without the need for specialized hardware.

Enterprise users stand to benefit the most from this technology. By consolidating computing needs into a single mobile device, businesses can reduce the cost and complexity of managing separate phones and PCs for employees. This integration not only lowers hardware expenses but simplifies data management and security protocols, creating a more efficient workflow for organizations.

Synaptics plans to collaborate with major phone manufacturers and Google to bring this technology to market. The progress of USB-C adoption and advancements in smartphone processing power have addressed many challenges that previously limited such solutions. Synaptics’ DisplayLink Pro technology is poised to redefine mobile productivity by making the smartphone the central hub for personal and professional computing.

With this innovation, the dream of reducing the number of devices we carry is becoming a reality. By tapping into the underutilized potential of ARM processors in modern smartphones, Synaptics envisions a future where a single phone serves as the core of all computing needs, offering both convenience and productivity.

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My full video coverage from #CES2025 in Las Vegas USA is sponsored by Synaptics, check out all my Synaptics videos here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvhAbQoe9YN4c84SqXxIY3fQ

This video was filmed at CES 2025 in Las Vegas USA, check out all my CES 2025 videos here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvglnj4eE-BVnVzrj9XyerqI

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At CES 2025, HP unveiled its latest lineup of laptops, emphasizing AI integration and enhanced performance. The flagship model, the HP EliteBook Ultra G1i, is designed for executives seeking a blend of style and functionality. Weighing approximately 2.63 pounds, this 14-inch notebook features a 3K OLED display, providing sharp visuals and vibrant colors. Equipped with Intel’s Core Ultra processors, it delivers robust performance suitable for demanding tasks. The device also includes a 9MP camera, dual microphones, and quad speakers, facilitating high-quality video conferencing. For more details, visit .

Complementing the Ultra G1i, HP introduced the EliteBook X G1i and EliteBook X Flip G1i models. These laptops cater to professionals requiring versatility and mobility. Both models are powered by Intel Core Ultra processors and offer up to 32GB of RAM and 2TB of SSD storage. The EliteBook X Flip G1i stands out with its 360-degree hinge, allowing it to function as a tablet, and supports the HP Rechargeable Active Pen for precise input. These features make it ideal for dynamic work environments. Additional information is available at .

In the realm of high-performance computing, HP unveiled the ZBook Ultra G1a, a 14-inch mobile workstation. Touted as the world’s most powerful in its class, it is equipped with AMD’s Ryzen AI Max PRO processors, featuring up to 16 cores and integrated graphics capabilities. This configuration supports intensive workflows, including 3D design and rendering, while maintaining portability with its sleek design. The ZBook Ultra G1a also offers up to 128GB of unified memory, ensuring seamless multitasking across applications. For more details, see .

For gaming enthusiasts, HP introduced the Omen Max 16, its most powerful gaming laptop to date. This laptop features next-generation NVIDIA GeForce RTX 5080 graphics and offers a choice between Intel Core Ultra 9 or AMD Ryzen AI 9 HX processors. A unique cooling system with reverse-spinning fans and a hybrid cryo compound ensures optimal thermal management during intense gaming sessions. The Omen Max 16 also includes Omen AI software for automatic performance adjustments and customizable RGB lighting through Omen Light Studio. Further information can be found at .

HP’s CES 2025 lineup reflects a commitment to integrating advanced AI capabilities and high-performance components across its laptop offerings, catering to a diverse range of professional and gaming needs.

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My full video coverage from #CES2025 in Las Vegas USA is sponsored by Synaptics, check out all my Synaptics videos here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvhAbQoe9YN4c84SqXxIY3fQ

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This video was filmed using the DJI Pocket 3 ($669 at https://amzn.to/4aMpKIC using the dual wireless DJI Mic 2 microphones with the DJI lapel microphone https://amzn.to/3XIj3l8 ), watch all my DJI Pocket 3 videos here https://www.youtube.com/playlist?list=PL7xXqJFxvYvhDlWIAxm_pR9dp7ArSkhKK

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At CES 2025, Robert Day, representing SOAFEE and the SDV Alliance, discussed the collaborative efforts to advance software-defined vehicles (SDVs). The SDV Alliance, formed in January 2024, unites organizations like AUTOSAR, COVESA, Eclipse SDV, and SOAFEE to harmonize technologies and methodologies essential for realizing SDVs.

A key focus for SOAFEE has been on mixed-criticality systems and cloud-based development. By introducing virtual prototypes, developers can simulate future automotive hardware in the cloud, leveraging Arm-based instances. This approach allows the execution of complete software stacks virtually, facilitating development before physical hardware is available.

Demonstrations at CES showcased the integration of various technologies from alliance members. One such demo utilized the Carla simulator to interface with an NXP i.MX 9 board, featuring a six-core Arm Cortex-A55 processor. This setup simulated a cloud-to-car system, with the simulator providing data inputs to the hardware, which then processed the information in real-time.

The system architecture included the SOAFEE reference framework running on the i.MX 9, hosting containers for diverse applications. These containers encompassed AUTOSAR applications, Eclipse SDV components, and CVASA VSSS, among others. Applications interfaced with the GPU to drive instrument clusters, displaying metrics like speed, with data sourced from the simulator.

A notable feature was the system’s capability to wirelessly transmit data to the cloud. Real-time CPU monitoring was displayed on a separate screen, showcasing low utilization across cores. This data originated from a CPU monitoring application, highlighting the system’s cloud connectivity and real-time diagnostic capabilities.

The advantage of utilizing Arm-based cloud and target hardware lies in the uniformity of instruction sets, eliminating the need for software modifications. Containerization further enhances portability, simplifying the transition of workloads from the cloud to the vehicle.

The SDV Alliance comprises over 500 companies, including overlapping memberships among consortiums. This extensive collaboration underscores the collective commitment to making software-defined vehicles a reality.

The advancements in SDV development are poised to benefit various automotive applications, including in-vehicle infotainment (IVI), advanced driver-assistance systems (ADAS), and autonomous driving technologies. By enabling continuous integration and deployment, the alliance’s efforts aim to enhance the software capabilities that power modern vehicles.

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My full video coverage from #CES2025 in Las Vegas USA is sponsored by Synaptics, check out all my Synaptics videos here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvhAbQoe9YN4c84SqXxIY3fQ

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At CES 2025, Synology showcased its latest innovations in network-attached storage (NAS) and security solutions. Steph Clayton from Synology introduced the DS224+ and DS423+ models, highlighting the continued evolution of their NAS systems. The DS224+ includes an Intel Celeron processor, 4 GB of RAM, and an 8 TB drive option, making it a professional-grade device for users who prioritize secure and efficient local data storage. Synology emphasized its commitment to delivering plug-and-play solutions, appealing to users who want robust data management without complexity. Learn more at https://www.synology.com.

Synology positions its NAS devices as cost-effective alternatives to cloud services like Google Cloud and Amazon Cloud. These devices provide local control over data, reducing concerns about privacy breaches or recurring subscription fees. The RAID configurations available on Synology devices ensure data redundancy, although it is emphasized that RAID should not replace a backup strategy. Synology supports multiple backup options, including offsite backups to another NAS or integration with cloud services, ensuring users maintain multiple copies of their data.

The company’s branded hard drives enhance compatibility and streamline maintenance, with firmware updates handled seamlessly through the NAS itself. This integrated approach eliminates reliance on third-party vendors and enhances security. Synology reassures users that its systems do not access stored data, focusing on user privacy and robust security measures.

A major highlight was the introduction of the Bee Station Plus, a single-drive solution offering 8 TB of storage and paired with Synology’s new B Protect cloud backup service. While the device does not support RAID, users can opt for the B Protect subscription, which includes cloud backup services. Currently in beta, B Protect offers promotional pricing, including three months of free usage, making it an attractive option for individual users or small-scale operations.

Synology also demonstrated its advancements in surveillance solutions. Their Surveillance Station app, integrated with NAS devices, supports on-premises security setups. Complementing this is their new line of AI-powered cameras, including the BC and TC500 models and a forthcoming Wi-Fi-enabled version. These cameras store footage locally on SD cards while offering cloud management capabilities. For extended retention, Synology provides optional cloud licensing for backup and storage.

Future developments include hybrid surveillance systems that may integrate local NAS storage with cloud-based management. Synology’s AI capabilities within the cameras enhance their functionality by identifying and storing only critical footage, optimizing storage and bandwidth usage. These advancements cater to users seeking scalable, intelligent security solutions for both home and business environments.

The C2 Surveillance service represents a step forward in Synology’s cloud integration strategy. It offers options for backing up surveillance footage from NAS to the cloud, ensuring that users have multiple copies of critical security data. This approach underlines Synology’s commitment to providing flexible and reliable solutions that combine local storage with cloud connectivity.

With a robust product lineup and innovative features, Synology remains a leader in network-attached storage and surveillance solutions. Their focus on user-centric design, data privacy, and cost-effectiveness ensures they are well-positioned to meet the evolving needs of individuals and businesses in 2025 and beyond.

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My full video coverage from #CES2025 in Las Vegas USA is sponsored by Synaptics, check out all my Synaptics videos here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvhAbQoe9YN4c84SqXxIY3fQ

This video was filmed at CES 2025 in Las Vegas USA, check out all my CES 2025 videos here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvglnj4eE-BVnVzrj9XyerqI

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SanDisk unveiled its latest SSD innovations at CES 2025, showcasing products designed for speed, reliability, and cutting-edge technology. Among the highlights was an ultra-fast SSD achieving read and write speeds of up to 1,000 MB/s, available in capacities of 2TB and 4TB. The compact 8TB model demonstrated even higher speeds, with claims of transferring 10GB of data in under a minute. These devices leverage advanced controllers and optimized designs to provide near-internal storage speeds for demanding tasks like video editing.

Heat management was a focal point in the designs. The metallic structures of the SSDs, while enhancing aesthetics, also contribute to efficient heat dissipation, ensuring consistent performance during sustained workloads. Larger SSD sizes allow for better thermal regulation, which the team emphasized as a critical factor in achieving high and sustained speeds. Notably, the devices maintain reliable performance across environmental challenges, with certifications for waterproofing, drop resistance, and more.

SanDisk’s USB 4-enabled SSDs were presented as the fastest in the market, offering nearly 3,000 MB/s speeds for larger models. These drives bring external storage closer in performance to internal Mac systems with M3 processors, enabling creative professionals to edit videos and manage large projects directly on the external drive without significant lag or bottlenecks. The potential for cost savings compared to upgrading internal storage further positions these SSDs as practical tools for professionals.

The lineup includes competitive pricing, with the 2TB model retailing at $279 and the 4TB at $429. An 8TB variant is expected to launch soon, providing a broader range of storage solutions for different user needs. While redundancy systems like dual NVMe setups were not featured, the recommendation for data security remains maintaining multiple backups across different drives.

SanDisk acknowledged the continued progress in making SSDs more affordable compared to traditional hard drives. Though not yet at parity, the goal of achieving lower per-terabyte costs is within reach as technology advances. The team expressed confidence in SSDs eventually becoming the default choice for both consumer and enterprise storage needs.

For users prioritizing portability, the 8TB compact SSD was a standout at CES 2025. While priced at $800, the cost reflects its cutting-edge technology and robust capabilities. Its high-speed performance and reliability make it ideal for professionals who need large-capacity storage in a travel-friendly format.

SanDisk’s CES 2025 showcase highlights its ongoing innovation in the storage industry, blending speed, capacity, and reliability with user-focused designs. These advancements aim to meet the demands of modern workflows, from personal backups to high-performance creative projects. With SSDs closing the gap in cost-effectiveness with hard drives, SanDisk is positioned to lead the transition toward an all-solid-state future.

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My full video coverage from #CES2025 in Las Vegas USA is sponsored by Synaptics, check out all my Synaptics videos here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvhAbQoe9YN4c84SqXxIY3fQ

This video was filmed at CES 2025 in Las Vegas USA, check out all my CES 2025 videos here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvglnj4eE-BVnVzrj9XyerqI

This video was filmed using the DJI Pocket 3 ($669 at https://amzn.to/4aMpKIC using the dual wireless DJI Mic 2 microphones with the DJI lapel microphone https://amzn.to/3XIj3l8 ), watch all my DJI Pocket 3 videos here https://www.youtube.com/playlist?list=PL7xXqJFxvYvhDlWIAxm_pR9dp7ArSkhKK

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Leica showcased their cutting-edge 4K projectors at CES 2025, highlighting their expertise in optical engineering. Kevin Wusi, representing Leica USA, introduced the C1 Ultra Short Throw and the C Play models, emphasizing their premium design and advanced technology. These devices are tailored for both home theater enthusiasts and portable entertainment setups, offering an immersive cinematic experience powered by Leica’s renowned optics.

The Leica C1 Ultra Short Throw projector stands out with its sleek aluminum housing and innovative features, such as an automated dust cover that slides open when the projector powers on. Its core strength lies in its Summicron lens, a hallmark of Leica’s 100-year legacy in optics. This precision lens ensures sharp image quality, especially at the corners of the screen, making it ideal for home theater setups. The projector supports screen sizes of 100 or 120 inches, delivering high-resolution visuals with up to 3,000 lumens of brightness.

Complementing the C1 is the Leica C Play, a more portable solution designed for flexible use both indoors and outdoors. Despite its compact size, it shares the same imaging engine as the C1, ensuring excellent image quality. This model is perfect for casual viewing, offering convenience without compromising on visual fidelity. Both projectors incorporate fixed lenses that maintain crisp images across their respective screen sizes, a testament to Leica’s commitment to optical precision.

One of the standout features of these projectors is their user-friendly design. When powered off, the projectors automatically retract their optics, safeguarding them from dust and extending their longevity. This seamless operation enhances their appeal for users who prioritize both performance and durability. The projectors also excel in audio quality, with the C1 boasting superior sound capabilities suited for a complete home theater experience.

Leica has strategically priced these products to cater to premium markets, particularly in the U.S. The C1 Ultra Short Throw starts at $8,995 for the 100-inch configuration, while the C Play is priced at $3,795, with an optional stand available for $495. These price points reflect the brand’s emphasis on high-quality materials, advanced engineering, and exceptional performance.

Leica’s entry into the projector market is a natural extension of its optical expertise. The focus on short throw technology highlights the importance of precise lens craftsmanship, especially for achieving uniform image quality across large screens. This aligns with Leica’s storied history of producing world-class optical devices.

The products debuted recently, with the C Play launching in November 2024. Both models underscore Leica’s dedication to innovation, leveraging their extensive experience in optics to redefine the 4K projector market. By merging luxury design with state-of-the-art functionality, Leica aims to establish itself as a leader in premium home entertainment solutions.

For more information about Leica’s projectors, visit https://www.leica-camera.com

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My full video coverage from #CES2025 in Las Vegas USA is sponsored by Synaptics, check out all my Synaptics videos here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvhAbQoe9YN4c84SqXxIY3fQ

This video was filmed at CES 2025 in Las Vegas USA, check out all my CES 2025 videos here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvglnj4eE-BVnVzrj9XyerqI

This video was filmed using the DJI Pocket 3 ($669 at https://amzn.to/4aMpKIC using the dual wireless DJI Mic 2 microphones with the DJI lapel microphone https://amzn.to/3XIj3l8 ), watch all my DJI Pocket 3 videos here https://www.youtube.com/playlist?list=PL7xXqJFxvYvhDlWIAxm_pR9dp7ArSkhKK

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Hawai.tech, a French startup specializing in drone mission planning, is revolutionizing drone operations through advanced automation. Led by CEO and co-founder Rafael, the company focuses on making drone missions more efficient by automating waypoint planning. This eliminates the need for manual pilot input, a process that can be both time-consuming and prone to errors. Hawai.tech’s solutions are designed to adapt to a future where autonomous drones dominate, optimizing efficiency and reliability for diverse applications. Learn more about their work at https://hawai.tech.

At the core of their technology is a mapping system that enables users to import and fuse multiple data layers. By combining these layers into a single comprehensive map, users can prioritize areas of interest and define exclusion zones based on mission objectives. For example, in a gas leak detection scenario, buildings may be marked as exclusion zones, while pipelines and old infrastructure, prone to leaks, become priority areas. This layered approach ensures precise mission planning tailored to specific needs.

Hawai.tech’s solution extends beyond aerial drones to include naval, terrestrial, and even submarine drones, demonstrating the versatility of their AI-powered tools. Their software provides the necessary waypoints for various vehicles, streamlining operations for industries ranging from environmental monitoring to infrastructure maintenance. By integrating AI, the system calculates optimal paths, saving time and reducing operational costs compared to traditional piloted methods.

In a live demonstration, Rafael showcased the real-time capabilities of their software. The platform runs smoothly on a laptop or browser, enabling users to select mission areas and adjust parameters dynamically. As layers appear on the map, users can modify weights and visualize the importance of different factors, such as old pipelines or known problem areas. This interactivity highlights the tool’s adaptability and user-friendly design.

The software’s precision eliminates the inefficiencies of manual piloting. Previously, operators needed to navigate drones manually, often leading to unreliable results. Hawai.tech’s AI-driven approach ensures consistent, accurate waypoint planning, allowing drones to execute missions autonomously and with high reliability. This technology significantly reduces the cost and complexity of drone operations.

Hawai.tech’s focus on real-world applications is evident in their collaboration with drone manufacturers and end-users. By providing a flexible platform compatible with multiple drone types, they address a wide range of operational challenges. From aerial surveillance to underwater inspections, their solutions exemplify the potential of AI-driven autonomy in diverse environments.

The future of mission planning lies in automation, and Hawai.tech is at the forefront of this transformation. Their technology promises to enhance safety and efficiency, enabling drones to handle complex tasks without human intervention. With scalable applications across industries, the company is setting a new standard for autonomous operations.

Hawai.tech’s innovation not only advances drone technology but also underscores the potential of AI in reshaping industries. Their focus on practical, reliable solutions positions them as a leader in the field of autonomous mission planning. As the demand for efficient and cost-effective drone operations grows, Hawai.tech is poised to play a pivotal role in driving this evolution.

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My full video coverage from #CES2025 in Las Vegas USA is sponsored by Synaptics, check out all my Synaptics videos here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvhAbQoe9YN4c84SqXxIY3fQ

This video was filmed at CES 2025 in Las Vegas USA, check out all my CES 2025 videos here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvglnj4eE-BVnVzrj9XyerqI

This video was filmed using the DJI Pocket 3 ($669 at https://amzn.to/4aMpKIC using the dual wireless DJI Mic 2 microphones with the DJI lapel microphone https://amzn.to/3XIj3l8 ), watch all my DJI Pocket 3 videos here https://www.youtube.com/playlist?list=PL7xXqJFxvYvhDlWIAxm_pR9dp7ArSkhKK

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At CES 2025, XREAL unveiled its latest augmented reality (AR) glasses, the XREAL One Pro, building upon the success of the previously launched XREAL One. The One Pro features a custom flat-prism lens design, achieving an industry-leading 57-degree field of view (FOV) within an 11mm profile, enhancing both visual immersion and comfort. This design allows users to experience a virtual display of up to 447 inches, providing a cinematic viewing experience.

Central to the One Pro’s performance is XREAL’s proprietary X1 spatial computing chip, enabling three degrees-of-freedom (3DoF) spatial computing. This technology allows users to anchor virtual screens in physical space, creating a stable and interactive AR environment. The X1 chip also reduces motion-to-photon latency to as low as 3 milliseconds, minimizing motion sickness and enhancing user comfort.

The XREAL One Pro is designed for extended wear, weighing just 87 grams. It offers adjustable interpupillary distance (IPD) options, accommodating a wide range of users to ensure optimal visual clarity and comfort. Additionally, the glasses feature enhanced audio output fine-tuned by Bose, delivering superior mid-to-high frequencies for a more natural and immersive sound experience.

A notable accessory is the optional detachable camera, XREAL Eye, which integrates seamlessly into the glasses. This modular component allows users to capture first-person point-of-view photos and videos, with future updates planned to enable multimodal AI capabilities, expanding the glasses’ functionality.

XREAL also introduced the Beam Pro, a handheld spatial computing device designed to complement the One Pro glasses. The Beam Pro provides users with a simple way to access social media, streaming entertainment, and gaming platforms in a 3D-aware AR environment. It features dual 50MP cameras, enabling users to create their own high-definition spatial videos and images.

Collaborations with industry leaders were highlighted during CES 2025. XREAL partnered with BMW Group to showcase in-car entertainment experiences, demonstrating 3D content for passengers using the XREAL One Series within a BMW X3 M50. Additionally, collaborations with Google and Qualcomm Technologies were announced, focusing on integrating AR experiences with Android platforms and leveraging Snapdragon processors for enhanced performance.

XREAL’s commitment to advancing AR technology is evident in its continuous innovation and strategic partnerships. By focusing on user comfort, immersive experiences, and expanding the AR ecosystem through collaborations, XREAL aims to redefine how users interact with digital content in both personal and professional settings.

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My full video coverage from #CES2025 in Las Vegas USA is sponsored by Synaptics, check out all my Synaptics videos here: https://www.youtube.com/playlist?list=PL7xXqJFxvYvhAbQoe9YN4c84SqXxIY3fQ

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Sky, a representative from Zhejiang Shuyue Health Technology Co Ltd https://www.syhealthtech.com discusses their massage chair. The chair offers several features, including a user-friendly remote control and an auto program that adjusts to different body shapes and sizes. It also has a back heating function to provide comfort after a long day of work.

The massage chair is gaining popularity in Asian countries and the USA, with an affordable wholesale price of $420. It comes fully assembled, making it convenient for various settings, such as beauty salons and offices.

Sky envisions these chairs in every shop to offer a resting place for tired shoppers. He explains that the technology in massage chairs has evolved significantly over the years and mentions the origins of massage chair development in Japan, with China becoming a leading manufacturer.

The interviewee demonstrates the chair’s functions, including airbags and 2D rollers. They address safety concerns and describe the initial discomfort that users might feel before getting used to the massage. After 15 minutes, most users report feeling healthier and more comfortable.

Regarding distribution, Healthare Technology is open to collaborations and looks forward to exploring different product directions. They mention a massage chair conference, like K Fair, where various companies showcase their innovations, leading to healthy competition in the industry.

Sky concludes the interview by highlighting the importance of staying competitive and adapting to changing market trends. The massage chair market is continuously evolving, and companies like Healthare Technology are open to growth and innovation.

Distributors can contact Molekai here (let them know you watched my video!)
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https://www.syhealthtech.com

Filmed at the HKTDC Hong Kong Electronics Fair using my Panasonic G9 (I would like to update to the G9ii) with 12-60mm Leica https://amzn.to/3ZXlPDQ and the Saramonic Blink500 ProX B2R https://www.youtube.com/playlist?list=PL7xXqJFxvYvi1DeQspd43hydxLddBjU8Z text by chatgpt

Ray, the founder and CEO of Food Nature Farms https://fullnature.com of Hong Kong, provides insights into their vertical indoor farming venture. They specialize in producing edible flowers, lettuce, and microgreens. Ray showcases their unique cultivation system, the grow pipe, which they developed in-house. The primary advantage of this system is its ability to maintain efficient water circulation and minimize aeration within the grow pipe, making it easy to maintain.

Ray emphasizes the importance of fast water circulation for optimal vegetable growth, as it leads to higher yields. Their dosing system and utilization of aquaponics are also highlighted as key components of their innovative approach.

Moving on to their control system, named Adams 3.0, Ray explains its role in connecting various sensors for remote monitoring and control. This system is equipped with a Mini PC, ensuring wide-ranging accessibility. The video also introduces the team of engineers behind their technology.

The video delves into their dosing system, which aids in adjusting parameters like pH and nutrient density, crucial for plant growth. It offers real-time control based on sensor readings.

Ray elaborates on their transition from greenhouse farming to indoor farming due to climate change challenges, including typhoons and extreme heat in Hong Kong. The interview touches upon the recurring issue of flooding and the unsuitability of traditional farming practices in the region.

The discussion extends to their plans for expansion, both within the Middle East and in neighboring countries like Singapore and Malaysia. They emphasize their practical approach, favoring warehouse-based solutions over concept-stage skyscrapers for farming.

Technical details about the system include the mention of the esp32 arm CPU and insights into energy-efficient practices in indoor farming. Ray explains their preference for manual harvesting, which employs mentally handicapped personnel, although robotic solutions could be considered in the future.

The video concludes by addressing the origin of most food consumed in Hong Kong, highlighting the heavy reliance on imports due to historical government policies prioritizing finance and medical sectors over agriculture. Ray mentions the diverse sources of imported food, ranging from China to Europe, the United States, Australia, and more.

Distributors can contact them here (please let them know you watched my video):
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Filmed at the HKTDC Hong Kong Electronics Fair using my Panasonic G9 (I would like to update to the G9ii) with 12-60mm Leica https://amzn.to/3ZXlPDQ and the Saramonic Blink500 ProX B2R https://www.youtube.com/playlist?list=PL7xXqJFxvYvi1DeQspd43hydxLddBjU8Z