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Geeky Gadgets
3 days ago
- Business
- Geeky Gadgets
Has Innovation Died? Android 16 vs. iOS 18 vs. One UI 7 (The Truth About Convergence).
Mobile operating systems have undergone remarkable transformations, with Android 16, iOS 18, and One UI 7 showcasing a blend of shared features and distinct innovations. While these platforms are converging in design and functionality, each retains unique characteristics tailored to specific user preferences. This detailed comparison from Techmo explores their similarities, differences, and standout features to help you better understand the nuances of these systems. Watch this video on YouTube. Home Screen Navigation: Familiar Yet Evolving Navigating the home screen has become more intuitive across all three platforms, with swiping between pages now a standard feature. However, subtle distinctions persist. Both iOS 18 and One UI 7 allow users to reorder home screen pages, a feature that Android 16 has yet to adopt. Additionally, iOS 18 has embraced the free placement of app icons, a hallmark of Android and One UI for years. This shift reflects Apple's gradual move toward more flexible design principles, narrowing the gap between the platforms while maintaining its unique aesthetic. Key takeaway: While all three systems offer smooth navigation, iOS 18's adoption of flexible app placement marks a significant step toward aligning with Android and One UI's long-standing design philosophy. Widgets: A Staple with Variations Widgets have become an essential part of the user experience, but their implementation varies across platforms. Android 16 and One UI 7 excel in offering a wide range of shapes, sizes, and customization options, giving users more control over their home screens. iOS 18, which initially lagged behind in widget functionality, now supports widget stacking, allowing users to layer multiple widgets in the same space. This feature is also available in One UI 7 but remains absent in Android 16. While Google Pixel devices introduce unique widget designs, their functionality is less versatile compared to the offerings on iOS and One UI. Key takeaway: Android and One UI lead in widget customization, but iOS 18's widget stacking adds a layer of convenience that enhances its usability. Customization: Android Still Leads For users who prioritize personalization, Android 16 remains the most flexible platform. It allows extensive customization, from themes and app layouts to widgets and wallpapers. iOS 18 has made notable progress in this area, introducing dynamic wallpapers and depth effects, but it still falls short of Android's comprehensive customization options. One UI 7 strikes a balance, offering interactive features like real-time weather-based wallpapers and a variety of themes, though its customization capabilities are slightly less extensive than Android's. Key takeaway: Android 16 continues to dominate in customization, while iOS 18 and One UI 7 offer more limited but steadily improving personalization options. Notifications and Quick Settings: Efficiency Matters Efficient notification management is a critical aspect of any operating system. Android 16 stands out with its notification history feature, allowing users to revisit dismissed alerts—a capability absent in both iOS 18 and One UI 7. Quick settings access also differs: Android offers flexibility with swipes from either side of the screen, while iOS and One UI require a swipe from the top-right corner. Haptic feedback for notifications is present in Android and iOS but is notably missing in One UI, which may affect the tactile experience for some users. Key takeaway: Android 16 excels in notification management and quick settings flexibility, offering a more user-friendly approach compared to its competitors. Multitasking and Gestures: Diverging Approaches Multitasking capabilities highlight significant differences between the platforms. Android 16 and One UI 7 support split-screen multitasking, allowing users to run two apps simultaneously—a feature that iOS 18 does not offer. Instead, iOS focuses on single-task efficiency, which may appeal to users who prefer simplicity. Gesture navigation is largely consistent across all three platforms, though iOS gestures can feel less intuitive in certain apps. One UI 7 distinguishes itself with smoother multitasking animations, enhancing the overall user experience. Key takeaway: Android 16 and One UI 7 cater to multitaskers, while iOS 18 prioritizes streamlined, single-task functionality. AI Integration: One UI Takes the Lead Artificial intelligence is increasingly central to modern operating systems. Each platform features its own AI assistant: Apple Intelligence for iOS, Gemini for One UI, and Circle to Search for Android. Among these, One UI 7 leads with advanced AI tools, including text extraction, real-time translation, and context-aware suggestions. While iOS 18 and Android 16 offer robust AI capabilities, they lack the depth and variety of One UI's features. Key takeaway: One UI 7 sets itself apart with its comprehensive AI integration, offering tools that enhance productivity and convenience. Camera Functionality: Catering to Different Users Camera technology remains a defining feature for many users. iOS 18 and Google Pixel devices focus on simplicity, delivering high-quality results with minimal effort. In contrast, One UI 7 caters to photography enthusiasts with advanced features like Expert RAW, LOG shooting, and astrophotography tools. Android 16 also offers professional-grade options, but One UI's camera suite is the most comprehensive for advanced users seeking greater control over their photography. Key takeaway: One UI 7 leads in advanced camera functionality, while iOS 18 and Android 16 prioritize ease of use and accessibility. Design and UX Trends: Convergence in Aesthetics Design trends across Android 16, iOS 18, and One UI 7 are increasingly converging, driven by shared user experience principles. Android 16 adopts a more colorful, iOS-like aesthetic in its Settings app, while iOS 18 incorporates features traditionally associated with Android and One UI. This growing similarity reflects a broader trend toward balancing functionality with visual appeal, making sure that each platform remains visually engaging while meeting user needs. Key takeaway: The convergence in design trends highlights a shared focus on user experience, though each platform retains its unique visual identity. Volume Controls: Granularity vs. Simplicity Volume control customization varies significantly between the platforms. Android 16 and One UI 7 allow users to adjust media, call, and notification volumes independently, offering greater granularity. In contrast, iOS 18 uses a global volume control system, which may feel restrictive for users who prefer more detailed adjustments. Key takeaway: Android 16 and One UI 7 offer superior volume control flexibility, while iOS 18 opts for a simpler, unified approach. Animations and Visuals: Subtle but Impactful Animations play a subtle yet crucial role in enhancing user experience. App interaction animations are becoming more aligned across platforms, but One UI 7 offers the most polished multitasking animations. Features like real-time weather wallpapers and depth effects add interactivity, with Android 16 and One UI leading in this area. Key takeaway: One UI 7 delivers the most refined animations, while Android 16 and iOS 18 continue to improve in this area. Final Thoughts: Similar Yet Distinct While Android 16, iOS 18, and One UI 7 share many overlapping features, each platform excels in specific areas. Android leads in customization and multitasking, iOS offers polished aesthetics and consistency, and One UI provides advanced AI and camera functionalities. The convergence of features reflects the evolving influence of user experience design, but distinct strengths ensure that each operating system remains unique. Understanding these differences will help you choose the platform that best aligns with your preferences and needs. Advance your skills in Android 16 by reading more of our detailed content. Source & Image Credit: Techmo Filed Under: Android News, Apple iPhone, Mobile Phone News, Top News Latest Geeky Gadgets Deals Disclosure: Some of our articles include affiliate links. If you buy something through one of these links, Geeky Gadgets may earn an affiliate commission. Learn about our Disclosure Policy.
Geeky Gadgets
23-05-2025
- Geeky Gadgets
The Big Leap: Android 16 Material 3 Expressive vs. Android 15's Design
Android 16 brings a range of updates aimed at refining your experience with a focus on improved design, functionality, and customization. While it builds upon the solid foundation of Android 15, this latest version introduces subtle yet impactful changes that enhance usability and aesthetics. In the video below, Techmo delves into the key updates that distinguish Android 16 and explores how they elevate the overall user experience. Watch this video on YouTube. Home Screen Enhancements The home screen in Android 16 has undergone thoughtful redesigns to improve both its functionality and visual appeal. These updates include: Increased space for app icons, allowing for an additional row and a half, which improves organization and accessibility. Enhanced haptic feedback when moving or placing icons, delivering a more tactile and satisfying interaction. These changes are designed to make your home screen more intuitive, organized, and visually engaging, making sure a seamless interaction with your device. Revamped App Drawer and Visual Design The app drawer has been visually refreshed to align with the Material 3 design language, offering a more modern and cohesive interface. Key updates include: Larger text and redesigned icons, improving readability and making navigation more user-friendly. Transparent backgrounds that create a unified and polished look across the interface. These enhancements not only elevate the aesthetic appeal but also improve usability, making it easier to locate and manage your apps efficiently. Quick Settings and Notifications Panel Android 16 introduces refinements to the quick settings and notification panel, focusing on usability and functionality. Updates include: Integrated haptic feedback for interactions, offering a more engaging and responsive experience. A prominently featured notification history option, allowing you to revisit past alerts effortlessly. A redesigned brightness bar for precise adjustments, improving control over screen brightness. Quick settings buttons with added functionality, such as faster access to 'Do Not Disturb' mode and other frequently used features. These updates streamline how you manage notifications and settings, making everyday tasks more efficient and intuitive. Expanded Customization Options Customization takes a significant leap forward in Android 16, offering users more ways to personalize their devices. Key features include: Dynamic wallpaper options that incorporate real-time weather effects like snow, rain, and fog, adding a touch of interactivity to your home screen. Larger icons and wallpapers, improving visibility and accessibility for a broader range of users. A cohesive design that ensures seamless integration of backgrounds, icons, and UI elements for a unified visual experience. These updates cater to users seeking a more personalized and visually harmonious interface, allowing for greater expression and functionality. Redesigned Settings Menu The settings menu in Android 16 has been overhauled to enhance clarity and ease of navigation. Key improvements include: Colorful icons and a more intuitive layout inspired by elements of iOS and One UI 7, making it easier to locate specific settings. Larger elements that improve accessibility, particularly for users with visual impairments or other accessibility needs. This redesign ensures that adjusting settings is straightforward and user-friendly, reducing the time spent navigating menus. Smoother Animations and Enhanced Haptics Android 16 refines animations and haptic feedback to create a more immersive and polished experience. Notable updates include: Smoother transitions when opening and closing apps, contributing to a more fluid and responsive interface. Increased haptic feedback across various interactions, enhancing the tactile experience and making interactions feel more engaging. These subtle improvements elevate the overall user experience, making everyday tasks feel more intuitive and enjoyable. Improved Multitasking and Split-Screen Features Multitasking capabilities in Android 16 have been enhanced to provide greater flexibility and functionality. Key updates include: New options, such as the ability to pause apps in split-screen mode, giving users more control over multitasking workflows. A transparent background in the recent apps view, aligning with the modern design aesthetic and improving visual clarity. These updates are designed to boost productivity while maintaining a sleek and cohesive interface, making sure multitasking feels seamless and efficient. General Observations and Compatibility Android 16 introduces several noteworthy updates that enhance the overall user experience. While minor glitches in animations have been observed, these are likely due to its beta status and are expected to be resolved in future updates. Importantly, compatibility with existing applications remains strong, making sure a smooth transition for users upgrading from Android 15. This focus on maintaining stability while introducing new features highlights Android 16's commitment to delivering a refined and reliable experience. Refining the Android Experience Android 16 builds on the strengths of its predecessor by introducing thoughtful design updates, enhanced haptics, and expanded customization options. From the revamped app drawer and improved multitasking features to dynamic wallpapers and a redesigned settings menu, Android 16 offers a cohesive and modern interface tailored to your needs. These updates not only enhance usability but also provide a more personalized and engaging experience, making Android 16 a compelling choice for users seeking both functionality and style. Here is a selection of other guides from our extensive library of content you may find of interest on Android 16 updates. Source & Image Credit: Techmo Filed Under: Android News, Mobile Phone News, Top News Latest Geeky Gadgets Deals Disclosure: Some of our articles include affiliate links. If you buy something through one of these links, Geeky Gadgets may earn an affiliate commission. Learn about our Disclosure Policy.
Geeky Gadgets
14-05-2025
- Geeky Gadgets
Pixel 9 Pro vs. iPhone 16 Pro: Which Reigns Supreme
The Pixel 9 Pro and iPhone 16 Pro represent the pinnacle of modern smartphone technology, each tailored to meet the diverse needs of users. While both devices boast advanced features, their differences in design, performance, and functionality make them appealing to distinct audiences. The detailed video from Techmo explores their key attributes—design, cameras, performance, battery life, and software—helping you determine which device aligns with your preferences. Watch this video on YouTube. Design and Build: Minimalism Meets Functionality The Pixel 9 Pro and iPhone 16 Pro showcase contrasting design philosophies. The Pixel 9 Pro emphasizes functionality with its larger display, robust battery, and a unique, droid-inspired camera bump. This design choice not only enhances its visual identity but also provides a utilitarian edge. The iPhone 16 Pro, on the other hand, adopts a sleek and minimalist aesthetic, featuring a triangular camera layout that exudes simplicity and elegance. Both devices incorporate secure face unlock technology, but the Pixel 9 Pro adds a fingerprint scanner for enhanced convenience. The Pixel's slightly larger size offers a more substantial grip, while the iPhone's compact form factor prioritizes ergonomic comfort. Your decision here hinges on whether you value a bold, functional design or a refined, minimalist approach. Camera Performance: Dynamic Colors or Neutral Tones? The camera systems on the Pixel 9 Pro and iPhone 16 Pro cater to different photographic preferences, despite both featuring triple-camera setups. Pixel 9 Pro: Known for its vibrant, saturated colors with a magenta tint, the Pixel excels in ultrawide and telephoto photography. It supports 8K video recording, making it a compelling choice for video enthusiasts seeking sharp, detailed footage. Known for its vibrant, saturated colors with a magenta tint, the Pixel excels in ultrawide and telephoto photography. It supports 8K video recording, making it a compelling choice for video enthusiasts seeking sharp, detailed footage. iPhone 16 Pro: Offers more neutral and balanced tones with a subtle green tint, delivering excellent contrast in various lighting conditions. Its video recording maxes out at 4K but maintains exceptional quality and stability. Both devices handle macro photography and up to 30x zoom effectively, but the Pixel's images often appear more vivid and dynamic. If you prefer bold, colorful imagery, the Pixel 9 Pro stands out. Conversely, the iPhone 16 Pro is ideal for those who value natural tones and balanced contrast. Display: Brightness or Color Accuracy? Both smartphones feature 120Hz displays, making sure smooth scrolling and vibrant visuals. However, their HDR performance and design choices set them apart: iPhone 16 Pro: Offers a brighter HDR display, making it well-suited for viewing high-contrast content in diverse lighting conditions. Offers a brighter HDR display, making it well-suited for viewing high-contrast content in diverse lighting conditions. Pixel 9 Pro: Excels in color reproduction, delivering accurate and vibrant hues, though it may appear slightly dimmer in HDR scenarios. The front-facing camera design also differs significantly. The Pixel 9 Pro employs a punch-hole selfie camera, maintaining a clean and unobtrusive display. In contrast, the iPhone 16 Pro integrates its Dynamic Island, which doubles as an interactive notification hub. This feature adds a layer of functionality that may appeal to users seeking a blend of aesthetics and utility. Performance: Raw Power or Everyday Efficiency? Performance is a critical factor for many users, and the iPhone 16 Pro and Pixel 9 Pro cater to different needs. The iPhone 16 Pro's A18 Pro chipset outperforms the Pixel 9 Pro's Tensor G4 in benchmarks and demanding tasks such as gaming and video editing. Its superior processing power ensures a seamless experience for resource-intensive activities. The Pixel 9 Pro, while capable of handling everyday tasks like browsing and streaming, tends to heat up during prolonged use, leading to faster battery drain. For casual users, both devices deliver reliable performance, but power users may find the iPhone's efficiency and speed more appealing. Battery Life: Efficiency vs. Capacity Battery performance is another area where these devices differ. The Pixel 9 Pro features a larger 4,700 mAh battery compared to the iPhone 16 Pro's 3,500 mAh. However, real-world usage reveals a more nuanced picture. The iPhone's power-efficient hardware and software optimization allow it to match the Pixel's battery life despite the smaller capacity. The Pixel's larger battery provides an edge for extended usage, but its higher power consumption during demanding tasks offsets this advantage. Both devices are well-suited for mixed usage, offering dependable all-day performance. Software and Features: Customization or Ecosystem? The Pixel 9 Pro and iPhone 16 Pro operate on distinct platforms, each with unique strengths. Pixel 9 Pro: Runs Android 15, with an Android 16 beta available. It introduces innovative tools like Gboard's clipboard and Circle to Search, enhancing productivity. The inclusion of Gemini, an advanced AI assistant, further streamlines user interactions. Runs Android 15, with an Android 16 beta available. It introduces innovative tools like Gboard's clipboard and Circle to Search, enhancing productivity. The inclusion of Gemini, an advanced AI assistant, further streamlines user interactions. iPhone 16 Pro: Operates on iOS 18, excelling in ecosystem integration. Features like AirDrop enable seamless file sharing across Apple devices, while Siri's integration with ChatGPT enhances its AI capabilities. Your choice depends on whether you value Android's customization and innovative tools or iOS's polished ecosystem and seamless device integration. Price and Alternatives: Finding the Right Fit Pricing plays a significant role in the decision-making process. The base models of the Pixel 9 and iPhone 16 are available at more affordable price points, appealing to budget-conscious buyers. For those seeking alternatives, devices like the Galaxy S25 offer competitive features and performance, providing additional options to consider. Choosing the Right Smartphone for Your Needs Deciding between the Pixel 9 Pro and iPhone 16 Pro ultimately depends on your priorities and preferences: Pixel 9 Pro: Best suited for users who value vibrant camera performance, innovative features, and a larger battery. Best suited for users who value vibrant camera performance, innovative features, and a larger battery. iPhone 16 Pro: Ideal for those who prioritize processing power, display brightness, and seamless ecosystem integration. Both smartphones excel in their respective areas, catering to different user needs. By understanding their strengths and weaknesses, you can confidently select the device that aligns with your lifestyle and expectations. Here are additional guides from our expansive article library that you may find useful on Pixel 9 Pro vs iPhone 16 Pro. Source & Image Credit: Techmo Filed Under: Android News, Apple iPhone, Top News Latest Geeky Gadgets Deals Disclosure: Some of our articles include affiliate links. If you buy something through one of these links, Geeky Gadgets may earn an affiliate commission. Learn about our Disclosure Policy.
Geeky Gadgets
08-05-2025
- Geeky Gadgets
The ULTIMATE Camera & Battery BATTLE! Galaxy S25 vs. iPhone 16 vs. Pixel 9
The Galaxy S25, iPhone 16, and Pixel 9 represent the forefront of smartphone technology, each designed to cater to distinct user preferences. This detailed comparison explores their design, display, camera capabilities, AI tools, performance, and battery life after recent updates. Whether you value portability, ecosystem integration, or innovative features, the video below from Techmo provides the insights needed to make an informed decision. Watch this video on YouTube. Design and Build The design of a smartphone often influences user experience, and these three devices offer distinct approaches. The Galaxy S25 stands out as the most compact and lightweight option, weighing only 162 grams. Its slim profile is perfect for users who prioritize portability and ease of handling. The iPhone 16, weighing 170 grams, strikes a balance between compactness and durability, appealing to users who want a sturdy yet manageable device. On the other hand, the Pixel 9, at 192 grams, is bulkier and taller, making it ideal for those who prefer a larger screen and a more robust build. Galaxy S25: Lightweight and compact, perfect for portability. Lightweight and compact, perfect for portability. iPhone 16: Balanced design with a focus on durability. Balanced design with a focus on durability. Pixel 9: Larger and sturdier, suited for users who prefer bigger devices. Display Technology Display quality is a critical factor for modern smartphones, and each device offers unique strengths. The Galaxy S25 and Pixel 9 both feature 120Hz refresh rates, making sure smooth scrolling and responsive interactions. The Galaxy S25 goes a step further with LTPO technology, which dynamically adjusts the refresh rate to conserve battery life. The Pixel 9, equipped with a Samsung M14 display, delivers vibrant colors and sharp visuals, making it a strong contender for media consumption. In contrast, the iPhone 16 features a 60Hz display, which may feel less fluid for users accustomed to higher refresh rates. Galaxy S25: 120Hz LTPO display for smooth visuals and improved battery efficiency. 120Hz LTPO display for smooth visuals and improved battery efficiency. Pixel 9: 120Hz display with excellent color accuracy and sharpness. 120Hz display with excellent color accuracy and sharpness. iPhone 16: 60Hz display, less fluid compared to competitors. Authentication Features Authentication methods vary significantly across these devices, reflecting their differing priorities. The iPhone 16 relies on Face ID, seamlessly integrated with its Dynamic Island feature, offering a secure and futuristic unlocking experience. Meanwhile, the Galaxy S25 and Pixel 9 use ultrasonic fingerprint scanners, known for their speed and reliability. While Face ID provides a modern touch, fingerprint scanners remain a practical and familiar option for many users. iPhone 16: Face ID with Dynamic Island integration for secure access. Face ID with Dynamic Island integration for secure access. Galaxy S25 and Pixel 9: Ultrasonic fingerprint scanners offering speed and reliability. AI Tools and Integration AI capabilities are becoming increasingly important in enhancing smartphone functionality. The Galaxy S25 leads in this area, offering advanced tools like Magic Eraser, Circle to Search, and AI Select, which boost productivity and creativity. The Pixel 9 focuses on creative features such as Action Pan and Long Exposure modes, catering to photography enthusiasts. However, it lacks the seamless integration seen in the Galaxy S25. The iPhone 16, while excelling in other areas, lags behind in generative AI tools, offering fewer options compared to its competitors. Galaxy S25: Comprehensive AI tools for productivity and creativity. Comprehensive AI tools for productivity and creativity. Pixel 9: Creative photography modes like Action Pan and Long Exposure. Creative photography modes like Action Pan and Long Exposure. iPhone 16: Limited AI tools compared to rivals. Camera Features Camera performance is a major consideration for many users, and each device caters to different photography needs. The Galaxy S25 features a versatile triple-camera setup, excelling in Pro Video mode and offering LOG profile editing for professionals. The Pixel 9 emphasizes creative photography with modes like Action Pan and Long Exposure, making it a favorite among artistic users. Meanwhile, the iPhone 16 stands out with superior filters and MagSafe accessory compatibility, appealing to casual photographers. For macro photography, the Pixel 9 and iPhone 16 outperform the Galaxy S25, which struggles with close-up shots. Galaxy S25: Triple-camera setup with professional video features. Triple-camera setup with professional video features. Pixel 9: Creative modes for unique photography styles. Creative modes for unique photography styles. iPhone 16: Excellent filters and MagSafe compatibility for casual users. Performance and Chipsets Performance is a key differentiator among these devices. The iPhone 16, powered by the A18 chipset, delivers the best single-core performance, making it ideal for tasks requiring quick responsiveness. The Galaxy S25, equipped with the Snapdragon 8 Elite, excels in multicore tasks, handling demanding applications with ease. The Pixel 9, featuring the Tensor G4, lags behind in both performance and thermal management, often heating up during intensive tasks. iPhone 16: Best single-core performance with the A18 chipset. Best single-core performance with the A18 chipset. Galaxy S25: Strong multicore performance for demanding tasks. Strong multicore performance for demanding tasks. Pixel 9: Struggles with performance and thermal management. Battery Life Battery capacity and efficiency play a vital role in daily usage. The Pixel 9 features the largest battery at 4700mAh, followed by the Galaxy S25 at 4000mAh, and the iPhone 16 at 3500mAh. Despite these differences, real-world performance is comparable across the three devices. The Galaxy S25 benefits from its LTPO display and efficient chipset, while the Pixel 9's larger battery compensates for its less efficient processor. The iPhone 16 maintains solid battery performance, thanks to Apple's optimization. Pixel 9: Largest battery capacity at 4700mAh. Largest battery capacity at 4700mAh. Galaxy S25: Efficient LTPO display and chipset for extended battery life. Efficient LTPO display and chipset for extended battery life. iPhone 16: Optimized battery performance despite smaller capacity. User Recommendations Choosing the right smartphone depends on your specific needs and preferences: Galaxy S25: Ideal for users seeking portability, advanced AI tools, and professional-grade video capabilities. Ideal for users seeking portability, advanced AI tools, and professional-grade video capabilities. iPhone 16: Best for those invested in the Apple ecosystem or looking for MagSafe compatibility and superior single-core performance. Best for those invested in the Apple ecosystem or looking for MagSafe compatibility and superior single-core performance. Pixel 9: Appeals to users who value a clean Android interface, creative camera modes, and excellent macro photography. By understanding the strengths and limitations of the Galaxy S25, iPhone 16, and Pixel 9, you can confidently select the device that best aligns with your lifestyle and priorities. Stay informed about the latest in Galaxy S25 AI Features by exploring our other resources and articles. Source & Image Credit: Techmo Filed Under: Android News, Apple, Apple iPhone, Top News Latest Geeky Gadgets Deals Disclosure: Some of our articles include affiliate links. If you buy something through one of these links, Geeky Gadgets may earn an affiliate commission. Learn about our Disclosure Policy.
Zawya
30-01-2025
- Automotive
- Zawya
Bahrain: Alba debuts electric AlF3 feeding vehicle in potlines
Bahrain - Alba, the world's largest single-site aluminium smelter, is embarking on a pilot programme for an electric, battery-powered aluminium fluoride (AlF3) feeding vehicle. This innovative step, utilising a cutting-edge vehicle from Techmo Car, is currently being evaluated in Reduction Lines 4, 5, and 6. Alba will analyse the data and performance of this trial vehicle to inform its decision on a potential fleet-wide adoption of electric AlF3 feeding vehicles. This move underscores Alba's commitment to sustainable operations and aligns perfectly with its overarching environmental, social, and governance (ESG) strategy. An official handover ceremony for the vehicle was held at the company's premises, attended by top Alba officials, including chief executive Ali Al Baqali and chief operating officer Dr Abdulla Habib, as well as Techmo Car managing director Massimo Zannini. Mr Al Baqali commented: 'This initiative to explore electric AlF3 feeding vehicles within our reduction lines represents a proactive and decisive step towards minimising our environmental footprint. We are optimistic about the positive outcomes of this trial, confident that it will further cement our commitment to sustainable practices. Every action, no matter how small, contributes significantly to a more sustainable future. We are proud to collaborate with innovative industry leaders like Techmo, who share our vision for a greener tomorrow.' Mr Zannini added: 'Alba is a long-standing customer of Techmo Car and we are honoured to continue this partnership through this pioneering endeavour. This collaboration demonstrates our shared commitment to advancing sustainable technologies within the aluminium industry. We are confident that this electric AlF3 feeding vehicle will not only enhance operational efficiency but also contribute significantly to Alba's decarbonisation journey. We look forward to a successful trial and exploring further opportunities for collaboration with Alba in the future.' This initiative builds upon Alba's existing sustainability efforts. Since 2023, the company has successfully deployed solar-electric powered industrial personnel carriers across its premises. Furthermore, three strategically located solar charging stations equipped with advanced battery storage systems are operational at the car park areas of Alba's power stations. Based in Italy, Techmo Car is a leader in the engineering and production of high-end, tailor-made, mobile and stationary equipment for the aluminium industry. Copyright 2022 Al Hilal Publishing and Marketing Group Provided by SyndiGate Media Inc. (
