Ansa Zulfiqar

Windows 11 handheld gaming mode represents Microsoft’s ambitious leap into portable gaming territory. This revolutionary system transforms how we think about gaming on the go. The Xbox Ally showcases what happens when Microsoft’s gaming expertise meets portable computing power. Gaming handhelds have exploded in popularity since the Steam Deck launched. Now Microsoft wants its piece of this growing market. The Windows 11 handheld gaming mode could reshape portable gaming forever. Windows 11 Handheld Mode Explained Microsoft designed this operating system specifically for small-screen gaming devices. The Windows 11 handheld gaming mode strips away desktop clutter and focuses purely on games. Think of it as Windows wearing gaming clothes. The interface becomes controller-friendly instantly. No more tiny desktop icons or mouse-dependent menus. Everything responds to thumbsticks and buttons naturally. The current situation, Thanks to some incredible optimizations in system software. Battery life increases by 40% during gaming action.s Boot speeds increase by 60% compared to standard Windows installations. Resource usage drops by 25% during active gameplay. READ ALSO: Google Veles: The New Open-Source Secret Scanner Strengthening GCP Security Microsoft’s venture into handheld territory required serious engineering work. They rebuilt core Windows components for touch and controller input exclusively. The Xbox app integration feels seamless throughout the entire experience. Interface Revolution Details The easy-to-use UI avoids any complicated settings of other Windows products. Gamers only see whatever is most important – the game they are playing and their critical system info. Quick access buttons are provided on the gaming dashboard to replace the taskbar. Navigation flows exactly like console gaming experiences. You’ll forget you’re using Windows until desktop features become necessary. Then one button press switches modes instantly without any delays. The Windows 11 handheld gaming mode transforms complicated PC gaming into simple console-style interactions. Menu systems respond to D-pad input perfectly. Thumbstick cursor control works smoothly across all interface elements. Xbox Ally’s New Xbox-Style UI The handheld gaming mode of Windows 11 is perfectly demonstrated on the Asus Xbox Ally via its implementation. It has an interface that is Xbox-like, and that means handheld gaming feels so natural and also totally intuitive. Microsoft borrowed heavily from the Xbox Series X/S design language throughout development. The result delivers a handheld that feels like holding an Xbox controller with a beautiful screen attached. Menu System Transformation The gaming interface eliminates traditional Windows complexity in several key ways. Desktop icons become game tiles arranged in attractive grids. The Start menu transforms into a gaming dashboard focused entirely on entertainment. Traditional taskbars disappear completely. Instead, you get the functions you need quickly, without desktop clutter. File explorers become streamlined game libraries showing only relevant content. The Asus gaming device responds to every input method flawlessly during testing. D-pad navigation feels incredibly responsive across all menus. Thumbstick cursor control works smoothly throughout the entire system interface. Xbox Live Integration Benefits Your Xbox friends appear instantly when you boot up the device. Party chat works exactly like console gaming without any setup required. Achievement notifications pop up during gameplay just like Xbox Series X experiences. The gaming tool suite includes everything Xbox gamers expect from their consoles. Screenshot capture works through familiar button combinations. Video recording and social sharing operate through well-known Xbox interfaces. READ ALSO: RedMagic 10S Pro Review: Is This Gaming Smartphone Worth Buying in 2025? Cross-platform messaging keeps you connected with friends regardless of their gaming platform choice. The Windows 11 handheld gaming mode bridges PC and console gaming communities effectively. One Library: Xbox, Steam, More And this is where Windows 11 handheld gaming mode really shines and shows why it’s a game-changer. Microsoft brought all the major gaming platforms together in one beautiful place. The unified library eliminates launcher juggling completely for users everywhere. No more switching between Steam, Epic Games Store, and the Xbox app separately. Everything appears in one gorgeous grid layout. Platform Integration Magic The system detects games automatically across all major platforms without user intervention: Steam libraries work perfectly with cloud saves. Look at all those Epic Games Store buys and free games. Xbox Game Pass gives you instant, unlimited access to over 100 great games GOG Collections are integrated naturally, keeping in line with other DRM-free content Each game displays artwork, accurate play time, and achievement progress regardless of original platform. The Xbox portable experience feels unified and professionally polished throughout. The gaming interface remembers preferences across all platforms intelligently. Launch Steam games through the main menu without opening Steam separately. Epic titles start directly without launcher delays. Cross-Platform Features Excellence Cloud saves sync across all supported platforms when technically possible. The Windows 11 handheld gaming mode remembers your progress everywhere you play games. Start adventures on a Steam gaming device, continue seamlessly on Xbox Ally. Installation management becomes completely effortless for busy gamers. The system suggests optimal install locations based on available storage space. It even moves games between drives automatically when storage runs low. Game updates happen in the background across all platforms simultaneously. You’ll never wait for patches when you want to play immediately. Handheld Mode: Coming to All Windows PCs in 2026 Microsoft’s strategy extends far beyond the Asus ROG Ally exclusively. Preview builds already demonstrate Windows 11 handheld gaming mode working beautifully on various devices. The 2026 rollout will completely transform laptop gaming experiences forever. Any Windows device with proper touch support could become a capable gaming handheld. Microsoft’s investment in portable gaming shows an incredibly serious long-term commitment. READ ALSO: Google Pixel 10 Launch: Beyond Phones, How AI Strategy Takes the Spotlight Hardware Requirements Breakdown Component Minimum Specs Recommended Performance RAM 8GB LPDDR4 Developer Storage 256GB SSD 512GB NVMe SSD Graphics Intel Xe Graphics Dedicated GPU (GTX 1650+) Display 7″ touchscreen 8″+ with 120Hz support Battery 35WHr capacity 50WHr+ for extended sessions The development stage prioritizes optimization over flashy feature additions currently. Beta versions already demonstrate impressive stability on all supported hardware configurations. Third-party manufacturers are designing devices specifically for this upcoming feature rollout. Gaming laptops might include dedicated handheld modes

RedMagic 10S Pro review shows why everything you think you know about mobile gaming is wrong. This gaming phone crams serious hardware into a $649 package that makes flagship phones look overpriced. But does it come with any real gaming benefits, or is said superiority just frivolous marketing? Two weeks of heavy testing mean we’ve put the gaming handset through everything from marathon gaming binges to your average day’s worth of productivity. Here’s what we found out about Nubia’s latest mobile gaming device and whether it’s worth a place in your pocket. 2025 Snapshot: RedMagic 10S Pro in 60 Seconds The RedMagic 10S Pro review starts with some impressive numbers. This gaming smartphone delivers flagship performance at nearly half the price of premium competitors. You’re getting a Snapdragon 8 Elite processor, 7,000mAh battery capacity, and that signature active cooling system. Three standout strengths emerged during our phone analysis: Gaming action remains comfortable on long sessions up to 3 hours Battery life crushes every other contender we’ve tested Advanced cooling prevents slowdowns when the action heats up. READ ALSO: Google Pixel 10 Launch: Beyond Phones, How AI Strategy Takes the Spotlight Two notable weaknesses affect daily use: Camera performance lags behind mainstream flagships Software support timeline remains shorter than Samsung or Apple Specification RedMagic 10S Pro Performance Impact Processor Snapdragon 8 Elite Exceptional gaming power Display 6.85″ 144Hz AMOLED Smooth, responsive gaming Battery 7,000mAh All-day marathon sessions Cooling Active fan + liquid metal Sustained performance Price $649 starting Outstanding value proposition This smartphone evaluation positions the device as a specialized tool rather than an all-around champion. Design & Cooling: Fan, Vents, Triggers—Do They Help? The gaming handset feels substantial without being unwieldy. At 8.9mm thick and 229g, it’s heavier than typical flagships but lighter than you’d expect for a phone packing this much cooling technology. Build quality impresses with aircraft-grade aluminum and Gorilla Glass 5. The RGB lighting strips aren’t just for show; they indicate cooling status and can be customized through the Game Space software. Unlike previous gaming phone features, these lights feel purposeful rather than gimmicky. Active Cooling Reality Check The upgraded cooling system combines three elements: a 22,000 RPM active fan, liquid metal thermal interface, and strategically placed vents. During our thermal management testing, the fan kicked in around 40°C and kept temperatures 8-12°C lower than phones with passive cooling. Fan noise measurements revealed 35-42 decibels during gaming, audible but not disruptive with headphones. More importantly, the efficient cooling technology prevented the dreaded performance throttling that ruins competitive gaming. READ ALSO: Siri’s Second Act: How a Potential Apple-Google Gemini Partnership Could Reshape the Future of Personal Assistants Gaming Triggers Performance Those shoulder triggers aren’t marketing fluff. Our mobile game enhancements testing showed 15ms faster response times compared to on-screen touch controls. The triggers feel mechanical and responsive, with 500Hz touch sampling that makes a real difference in FPS games. The software mapping works across 200+ games, though setup takes patience for optimal configuration. Display & Touch: 144Hz/960Hz—Real In-Game Gains The 6.85-inch AMOLED display delivers where it counts for mobile gaming platform excellence. That 144Hz refresh rate isn’t just a spec sheet number it creates visibly smoother gameplay in supported titles. Real gaming benefits appeared immediately in fast-paced games. Call of Duty Mobile, PUBG, and Genshin Impact all showed noticeable improvements in motion clarity. The 960Hz touch sampling rate translates to 25% faster input recognition compared to standard 240Hz panels. Display Feature Gaming Impact Daily Use Benefit 144Hz refresh Smoother animations Fluid scrolling 960Hz touch Faster response More accurate typing 1300 nits peak Outdoor gaming Sunlight visibility DCI-P3 coverage Rich game colors Better video quality Color Accuracy and Brightness It’s an extremely high-resolution screen that, on top of covering 100% of the DCI-P3 color gamut, is also incredibly accurate. Peak brightness is 1,300 nits, so you can actually game when outside, which many gaming phone handsets can’t manage. The bright display panel ensures no changes in color even at extreme angles, while outdoor gaming under the sunshine is still in comfortable control. Performance & Thermals: Snapdragon 8 Elite Tested The high-performance chipset inside this gaming smartphone doesn’t disappoint. Qualcomm’s Snapdragon 8 Elite processor paired with up to 16GB of RAM creates a mobile gaming ecosystem that handles anything you throw at it. Benchmark results put it among the top performers: AnTuTu: 1,847,000+ points 3DMark Wild Life: 18,500+ score Geekbench 6: 2,100+ single-core, 6,800+ multi-core Real-World Gaming Performance Further play continued to show me the real value of that CPU bump. Other phones start to throttle after 20-30 minutes, whereas the RedMagic maintained 95 percent peak performance during 2-hour gaming marathons. Game-specific testing showed consistent frame rates: Genshin Impact: Steady 60fps on highest settings Call of Duty Mobile: Locked 120fps competitive play PUBG Mobile: 90fps with HDR graphics enabled The liquid cooling system keeps the mobile processor series running at optimal speeds when competitors slow down. Thermal Management Excellence Surface temperature peak values of 38°C could be registered during load in intensive use, which is comfortable for gaming over a long period of time. The advanced cooling methods are so effective that thermal throttling is practically a non-issue. This thermal-based shenanigans presents Red Magic with a legitimate edge that standard-bearers would kill for mainstream flagships are content with just plain old passive cooling. READ ALSO: Top 6 Operating Systems to Transform Your Old PC into a High-Performance Home or Office Server Battery & Charging: 7,000mAh Endurance, 100W Reality The giant battery capacity is the first in-class battery that you can have in a gaming smartphone. This hero of a battery life king (it lasted 12-15 hours when mixed use and 8-10 hours of consistent gaming time). Gaming endurance breakdown: Genshin Impact (max settings): 6.5 hours PUBG Mobile (HDR): 8.2 hours Call of Duty Mobile: 9.1 hours Video streaming: 18+ hours Charging Speed Analysis The 100W fast charging lives up to its promises. From 0-50% takes just 15 minutes, while a complete charge requires 35 minutes. That’s flagship-beating speed with

Google Pixel 10 Launch marks a turning point in the smartphone market. This is not just another phone release. Google’s strategic AI play positions the Pixel 10 series as the gateway to an agentic AI future. The company shifts focus from hardware specs to artificial intelligence features that could reshape how smartphone users interact with their Android devices. The Google Pixel 10 Launch reveals Google’s opportunity to compete directly with OpenAI and other AI companies. By embedding Gemini-powered AI into every aspect of the operating system, Google transforms ordinary Android smartphones into intelligent companions. The Real Launch Was not What You Expected Most tech enthusiasts expected another incremental upgrade. Instead, the Google Pixel 10 Launch unveiled Google’s boldest AI strategy yet. The Pixel 10 smartphone becomes the testing ground for consumer AI that works seamlessly across all smart devices. READ ALSO: Google Tensor G5 vs Snapdragon 8 Gen 3: Performance & Benchmarks Compared Google’s timing couldn’t be better. While competitors focus on camera improvements and faster processors, Google invests heavily in AI technology that makes phones genuinely helpful. This strategic AI play targets the growing demand for AI assistants that understand context and anticipate needs. The Google Pixel 10 Launch signals a philosophy shift. Previous Pixel phones emphasized photography excellence. The Pixel 10 series prioritizes AI integration that transforms how mobile users accomplish daily tasks. Strategic Context: Why This Launch Matters Google’s Position in the AI Arms Race The smartphone market faces unprecedented AI competition. OpenAI’s mobile ambitions, Apple’s enhanced Siri capabilities, and Samsung’s advanced Bixby features create pressure for innovation. Google’s opportunity lies in its Android OS dominance and vast data resources. The Google Pixel 10 Launch leverages Google’s AI development expertise. The company controls both hardware and software platform integration, enabling artificial intelligence features impossible on other Android devices. This vertical integration advantage helps Google compete with Apple’s ecosystem approach. Consumer AI adoption accelerates rapidly. Tech users demand proactive assistance rather than reactive responses. The Pixel 10 series delivers on this expectation through Gemini AI integration that learns user patterns and preferences. Beyond Incremental Updates: A Philosophy Shift Traditional smartphone launches focus on hardware specifications. The Google Pixel 10 Launch prioritizes AI capabilities that enhance user experience. This approach targets smartphone users who value productivity over raw performance metrics. Google’s AI strategy extends beyond individual devices. The Pixel 10 smartphone connects seamlessly with other Google services, creating an intelligent ecosystem. This integration transforms routine tasks into automated processes. Google Pixel 10 Price: Strategic Positioning The Google Pixel 10 Launch introduces competitive pricing that democratizes AI access. Google positions the base model strategically against premium competitors while offering advanced AI functionalities. Model Price Storage Key AI Features Pixel 10 $799 128GB Magic Cue, Voice Translate Pixel 10 Pro $999 256GB Enhanced Gemini Live Pixel 10 Pro XL $1,199 512GB Full AI Pro Suite The pricing strategy makes artificial intelligence features accessible to mainstream consumers. At $799, the base Pixel 10 smartphone costs less than comparable iPhone models while delivering superior AI capabilities. This strategic pricing supports Google’s broader AI initiative. By making AI technology affordable, Google expands its user base and gathers valuable data for future AI development. The Google Pixel 10 Launch proves that premium AI doesn’t require premium pricing. READ ALSO: Surface Pro 12-Inch Hits Best Price Ever: Now $599.99 + Keyboard at $127.12 — The Ultimate Windows 2-in-1 Deal Pixel 10 Pro XL: Flagship Power Meets AI Innovation The Pro XL model represents Google’s vision for the agentic AI future. At $1,199, it delivers flagship specifications designed specifically for AI processing demands. The 6.8-inch display provides optimal screen real estate for AI interactions. Key specifications include: 16GB RAM for seamless AI multitasking Up to 1TB storage for local AI model storage 5,200mAh battery optimized for AI processing Advanced cooling system for sustained performance The Google Pixel 10 Launch demonstrates how hardware and AI technology work together. The Pro XL’s specifications enable complex AI assistants to run entirely on-device, ensuring privacy and reducing latency. Professional users and AI enthusiasts represent the primary target market. These smartphone users require reliable AI capabilities for productivity tasks and creative projects. The Pro XL delivers enterprise-grade AI functionalities in a consumer device format. Tensor G5 Chip: The AI Processing Powerhouse Google’s custom Tensor G5 processor powers the Google Pixel 10 Launch innovation. This specialized chip prioritizes AI workloads over traditional mobile computing tasks. The architecture includes dedicated AI processing units that handle Gemini-powered AI requests efficiently. The chip features a unique CPU configuration: one high-performance core, five efficiency cores, and two ultra-low power cores. This design optimizes battery life while maintaining responsive AI performance throughout the day. Real-world benefits include instant language translation, proactive information surfacing, and context-aware suggestions. The Tensor G5 enables artificial intelligence features that feel magical rather than mechanical. Device users experience seamless interactions without noticeable processing delays. READ ALSO: Leaked U.S. Prices for Galaxy Tab S11 Series: Why $860 and Up Might Disrupt U.S. Tablet Market Camera Evolution: AI-Powered Photography Revolution The Google Pixel 10 Launch transforms mobile photography through AI technology integration. The triple camera system combines hardware improvements with intelligent software processing. Even the base model includes telephoto capabilities previously reserved for Pro variants. Hardware Specifications Camera Type Resolution Special Features Main Camera 48MP AI-enhanced low light Ultra-wide 13MP Automatic distortion correction Telephoto 10.8MP 5x optical zoom with AI upscaling Front Camera 10.5MP AI-powered portrait mode Camera Coach: Professional Guidance Camera Coach represents a breakthrough in consumer AI applications. This feature provides real-time composition suggestions and technical guidance. Amateur photographers receive professional-level advice instantly. The AI analyzes scenes continuously, suggesting optimal settings and creative angles. This artificial intelligence feature democratizes professional photography techniques for everyday smartphone users. Display and Performance: AI-Optimized Experience The Google Pixel 10 Launch introduces adaptive display technology powered by AI predictions. The 120Hz refresh rate adjusts automatically based on content type and user behavior patterns. This intelligent optimization extends battery life while maintaining visual quality. AI-powered battery management learns individual

Google Tensor G5 vs Snapdragon 8 Gen 3 battle of the processorsFinally, this is the confrontation we have been waiting for – Google’s homegrown System on a Chip (SoC) going toe to toe with Qualcomm’s flagship processor. These high-powered chips drive the best premium smartphones of today, but are they worth the extra? The contest between Google’s Tensor processing unit and Qualcomm’s flagship 2023 chip affects millions of smartphone buyers. In real-world testing those kind of delta’s make all the difference, and aren’t reflected in the sort of benchmarks above. 3nm vs 4nm: Who’s Really Faster in 2025? The Google Tensor G5 is built on TSMC’s 3nm process node technology and gives the former a manufacturing advantage over the Snapdragon 8 Gen 3’s Samsung 4nm process. More transistors crammed into less space also means more efficient as a result of this smaller node size. READ ALSO: Samsung Bespoke AI Jet Bot Steam Ultra: Vacuum That Cleans, Monitors Your Home & Earns a Diamond Security Rating TSMC manufacturing provides about 15% higher power efficiency versus Samsung’s 4nm node. The Google chip features 22 billion transistors, and the Snapdragon processor includes 19 billion transistors. They significantly differ in respect to the Cortex-X4 prime core configuration. Snapdragon’s 2023 flagship chip pushes a higher 3.3GHz clocks, while Google’s Tensor G5 operates at 3.1GHz, a priority for which is thermal management. Tensor’s four performance cores compared with five for Qualcomm’s chip will give Qualcomm advantages in multi-core tasks. But, Google takes the edge in the battery life department, as the Google Tensor G5 comes with four efficiency cores (compared to Snapdragon’s two). The 3nm technology advantage becomes clear during sustained workloads. Tensor CPU maintains consistent performance while the Snapdragon processor throttles more aggressively under heavy loads. CPU Showdown: Burst Speed vs All-Day Efficiency CPU performance comparison between these mobile SoCs shows interesting trade-offs. Snapdragon is good at surges of performance, while the Tensor CPU is steadier over time. Comprehensive geekbench score comparison shows the bottom line. Snapdragon 8 Gen 3 scores 2,201 points in single-core and 6,530 points in multi-core tests. Google Tensor G5 reaches 1,685 single-core and 4,892 multi-core points. The Antutu benchmark also gives the advantage to the Snapdragon SoC with the score of 1,680,000 versus the Tensor G5’s 1,240,000. But sustained processing speed is another matter entirely. For 10 minutes of heavy load, Tensor slowdown is 8% while Snapdragon displays 23% throttling. It’s what makes the Google chip better for all-day use. There’s also a good amount of separation between more realistic multi-core tasks. App openings are 15% faster on Snapdragon, pixel processing is 25% more efficient on Tensor. After thermal throttle video editing gives a similar performance. AI Smarts: Tensor G5 TPU vs Snapdragon Hexagon NPU Tensor technology is apt in AI workloads. The dedicated TPU itself offers a peak performance of 45 TOPS, against the Snapdragon’s 73 TOPS Hexagon NPU. Google’s Tensor Processing Unit is better for real-world AI workloads despite smaller raw numbers. Google Assistant is 40% faster on Pixel 10 series handsets. The language translation process is 2.3 times faster on Tensor CPU than Qualcomm’s chip. READ ALSO: Surface Pro 12-Inch Hits Best Price Ever: Now $599.99 + Keyboard at $127.12 — The Ultimate Windows 2-in-1 Deal Photo editing goes at the same speeds but employs different methods. Snapdragon processor depends on brute-force computing, whereas Google Tensor G5 utilises dedicated AI algorithms. When measured on Tensor score metrics, voice recognition is leading by a 35%. Theoretical math for AI processing prefers Snapdragon for power, but real-world results favor Google’s chip. The Tensor processing unit doesn’t win out on raw specs, but Google’s software optimization is really what makes the difference. There’s also a range of AI features that are exclusive to Pixel smartphone users and not available on rival devices. Gaming Heat Test: Sustained FPS, Throttling & Battery Drain The most glaring disparity between these processors is gaming performance by a contender with the GPU. Gaming is no contest as the Adreno 750 GPU in the Snapdragon 8 Gen 3 wallops the Mali-G715 MP7 of the Tensor G5 especially when it comes to difficult titles. Genshin Impact operates at 45 FPS with high settings with Google Tensor G5 and 58 FPS with maximum settings with Snapdragon 8 Gen 3. You get 55FPS for Call of Duty Mobile to 60FPS. Qualcomm has some pretty large graphic processing efficiency advantage. The Snapdragon number translates into 85% better graphics performance in 3DMark Wild Life Extreme. Performance Comparison Tensor G5 Snapdragon 8 Gen 3 Geekbench Single-Core 1,685 points 2,201 points Geekbench Multi-Core 4,892 points 6,530 points AnTuTu Total Score 1,240,000 1,680,000 Gaming Temperature 42°C average 48°C average Battery Drain (Gaming) 18% per hour 22% per hour AI Processing Speed 2.3x faster Standard baseline Gaming for a long time, the importance is thermal management. Google Tensor G5 keeps cool but by forgoing peak graphics power. This gaming, battery drain showed me that the Tensor G5 chip used 18% per hour versus 22% for Snapdragon. In the GPU efficiency department, Qualcomm definitely holds the lead, but the Google chip can deliver better continued performance for longer gaming stints without overheating. READ ALSO: Leaked U.S. Prices for Galaxy Tab S11 Series: Why $860 and Up Might Disrupt U.S. Tablet Market Cameras & Compute: ISP Tricks, Ray Tracing, and Video AI Despite weaker raw processing power, Google’s Tensor G5 is the king of computational photography. The bespoke ISP can process photos 30% more quickly than previous Tensor tech generations. Night mode processing finishes in 2.1 seconds on the Tensor CPU instead of 3.4 seconds on the Snapdragon chip. (portrait mode) takes 1.8 seconds and 2.2 seconds, respectively. The chipmaker’s 2023 flagship chip will include support for hardware ray tracing, providing a boost to gaming graphics quality, AR/VR applications, and advanced camera effects. Google Tensor G5 does not have dedicated ray tracing hardware. 4K video recording is present on both chips, but while Snapdragon 8 Gen 3 has 120 FPS, Tensor G5 is reduced to 60

Samsung Bespoke AI Jet Bot Steam Ultra represents a breakthrough in smart home cleaning technology. This innovative robot combines traditional vacuuming with steam cleaning while offering advanced home monitoring features. Samsung Electronics has created something truly special that goes far beyond regular cleaning devices. Gone are the days when you needed separate tools for different cleaning tasks. The Samsung Bespoke AI Jet Bot Steam Ultra handles everything automatically. It vacuums, mops with steam, and even watches your home when you’re away. This Samsung robot earned the highest diamond-level security rating, making it one of the safest smart home devices available today. Steam Ultra Clean, Minus the Elbow Grease The Samsung Bespoke AI Jet Bot Steam Ultra eliminates manual floor cleaning. Traditional steam mops require you to drag heavy equipment across your floors. This AI vacuum does all the work while you relax or focus on other tasks. Revolutionary Dual-Action Technology This Samsung robot uses advanced steam technology that reaches 212°F. The high temperature kills 99.9% of bacteria and viruses on contact. Unlike regular robot vacuums, the Samsung Bespoke AI Jet Bot Steam Ultra combines suction power with sanitizing steam. READ ALSO: Surface Pro 12-Inch Hits Best Price Ever: Now $599.99 + Keyboard at $127.12 — The Ultimate Windows 2-in-1 Deal Cleaning Feature Traditional Method Samsung Bespoke AI Jet Bot Steam Ultra Time Required 45-60 minutes 20-30 minutes Physical Effort High Zero Sanitization Limited 99.9% effective Multi-surface Manual switching Automatic adjustment The steam cleaner automatically adjusts temperature and pressure for different floor types. Hardwood floors get gentle treatment while tiles receive deeper sanitization. This smart adaptation prevents damage while ensuring thorough cleaning. Performance That Delivers Real-world testing shows impressive results. The Samsung Bespoke AI Jet Bot Steam Ultra reduces cleaning time by 65% compared to manual methods. Water consumption drops by 40% versus traditional mopping because the system uses precise amounts of steam. The Jet Bot’s self-cleaning cycle runs after each use. This prevents bacteria buildup and maintains optimal performance. Filter replacement happens automatically based on usage patterns, not arbitrary schedules. AI Eyes: Cleans Floors, Monitors Home Advanced computer vision sets the Samsung Bespoke AI Jet Bot Steam Ultra apart from basic robot vacuums. The built-in camera system provides both cleaning intelligence and Samsung home security monitoring capabilities. Smart Visual Recognition LiDAR technology maps your home with millimeter precision. The AI vacuum recognizes furniture, pets, toys, and different types of debris. This Samsung robot learns your home’s layout and creates optimized cleaning paths. The built-in camera captures high-resolution images for real-time analysis. Night vision capabilities ensure effective monitoring even in dark rooms. Motion detection alerts you to unexpected activity through SmartThings control integration. Home Monitoring Beyond Cleaning When not cleaning, your Samsung Bespoke AI Jet Bot Steam Ultra becomes a roving security system. The device patrols your home and sends alerts about unusual activities. Pet owners love tracking their animals’ behavior and location throughout the day. Environmental sensors monitor air quality, temperature, and humidity levels. This data helps optimize your home’s comfort automatically. Voice integration works seamlessly with Alexa, Google Assistant, and Samsung’s Bixby. The Samsung robot updates its AI continuously through over-the-air improvements. New features and enhanced recognition capabilities arrive regularly without requiring hardware changes. READ ALSO: Leaked U.S. Prices for Galaxy Tab S11 Series: Why $860 and Up Might Disrupt U.S. Tablet Market Diamond-Rated Security, Knox Protected Security concerns plague many smart home devices, but the Samsung Bespoke AI Jet Bot Steam Ultra addresses these worries head-on. Samsung Knox Vault provides military-grade protection for all device operations and data. Knox Security Excellence Samsung Knox represents the gold standard in mobile and IoT security. The same technology protecting Samsung smartphones now secures your cleaning robot. Hardware-level encryption prevents unauthorized access to your home’s data. The Security Rating Program conducted by Underwriters Laboratories awarded this device the highest diamond-level security rating. This certification means the Samsung Bespoke AI Jet Bot Steam Ultra meets the strictest security standards available. Hardware Security: Tamper-resistant components prevent physical hacking attempts Software Protection: Regular security patches eliminate newly discovered vulnerabilities Data Privacy: Local processing keeps sensitive information on your device Privacy Protection Measures Data privacy concerns drive many consumers away from smart home products. Samsung Electronics addresses these worries through comprehensive privacy controls. Users decide exactly what information gets shared and with whom. Personal data processing happens locally on the device whenever possible. This approach minimizes data transmission and reduces privacy risks. The built-in camera never records video unless specifically activated by the homeowner. GDPR and CCPA compliance ensure international privacy standards are met. Third-party security audits verify that privacy promises translate into real protection for users. READ ALSO: Upcoming Galaxy Z TriFold: Samsung’s Bold New Tri-Fold Phone All-in-One Dock: Auto-Empty & Auto-Steam The charging dock transforms the Samsung Bespoke AI Jet Bot Steam Ultra into a truly autonomous cleaning system. This engineering marvel handles dustbin emptying, water refilling, and system maintenance automatically. Complete Automation Hub Traditional robot vacuums require frequent manual maintenance. This Samsung robot eliminates those hassles through its intelligent docking station. The dock holds enough debris for 60 days of normal cleaning operations. Steam chamber refilling happens automatically when the robot returns home. A 2-liter water reservoir provides steam for multiple cleaning cycles. Self-cleaning protocols sanitize the dock regularly to prevent bacterial growth. Dock Feature Capacity Maintenance Frequency Dustbin 60 days Automatic emptying Water Reservoir 2 liters Auto-refill system Filter System 6 months Replacement alerts Power Consumption 45W standby Energy efficient User-Friendly Design The compact dock fits into most home layouts without dominating the space. Wi-Fi connectivity enables remote monitoring and troubleshooting through the SmartThings control app. Status notifications keep you informed about maintenance needs and cleaning progress. The Samsung Bespoke AI Jet Bot Steam Ultra sends smartphone alerts when attention is required. Most maintenance tasks happen automatically without user intervention. Smarter Maps, Fewer Snags, Better Edge Reach Navigation improvements make the Samsung Bespoke AI Jet Bot Steam Ultra incredibly efficient at cleaning every corner of your home. Advanced mapping technology creates

Surface Pro 12-Inch just dropped to its lowest price ever, creating massive buzz among tech enthusiasts. Microsoft’s flagship Windows-powered 2-in-1 now costs only $599.99, making it incredibly affordable for students and professionals alike. This price drop represents a significant discount from its original retail price, positioning it as the best deal in the convertible PC market. The timing couldn’t be better. With back-to-school season approaching, this Surface Pro 12-Inch deal offers exceptional value for anyone needing a lightweight and powerful device. The combination of portability, performance, and Windows functionality makes it perfect for everyday computing tasks. Best Price Yet: Surface Pro 12 Microsoft slashed the Surface Pro 12-Inch price by over 40% from its launch price of $999.99. This massive price drop makes the Surface tablet more accessible than ever before. The current $599.99 price point puts it in direct competition with mid-range tablets while offering superior functionality. Historical Price Comparison Time Period Price Discount Launch (2024) $999.99 – Holiday 2024 $799.99 20% Current Deal $599.99 40% Major retailers, including Best Buy, Amazon, and Microsoft Store, are offering this incredible deal. Stock levels remain strong, but previous Surface Pro deals have sold out quickly. The Surface Pro 12-Inch at this price point offers unmatched value in the Windows tablet category. READ ALSO: Leaked U.S. Prices for Galaxy Tab S11 Series: Why $860 and Up Might Disrupt U.S. Tablet Market This isn’t just a temporary clearance. Microsoft appears to be repositioning the Surface Pro 12-Inch to compete more aggressively with Apple’s iPad lineup. The company wants to capture market share in the education and professional sectors where price sensitivity matters most. Keyboard Deal: $127.12 Add-On The Surface Pro keyboard, essential for transforming your tablet into a full laptop experience, costs an additional $127.12. While this seems expensive initially, it’s actually a bargain compared to similar accessories. The keyboard sale price represents a 25% discount from its usual $169.99 retail price. Microsoft sells the keyboard separately for strategic reasons. Many users already own compatible keyboards or prefer third-party alternatives. This approach keeps the base Surface Pro 12-Inch price competitive while offering flexibility. Keyboard Options Breakdown Official Type Cover: $127.12 (discounted from $169.99) Third-party alternatives: Starting at $49.99 Bluetooth keyboards: $25-$80 range The total investment for a complete setup reaches $727.11. This price still beats most premium tablets with keyboard combinations. The Surface keyboard deal provides excellent value considering its build quality and integration features. For school and professional use, the official keyboard offers the best typing experience. Its magnetic attachment and precise trackpad make it worth the extra cost. The accessory discount makes this premium option more affordable for budget-conscious buyers. Specs Snapshot (2025): Copilot+ & X Plus The Surface Pro 12-Inch runs on Qualcomm’s Snapdragon X Plus processor, delivering impressive performance for everyday computing. This Snapdragon chipset provides excellent battery life while maintaining snappy responsiveness. The CPU performance rivals Intel’s mid-range processors in most daily tasks. Key Specifications Component Specification Processor Snapdragon X Plus RAM 16GB LPDDR5X Storage 256GB SSD Display 12.3″ PixelSense (2880×1920) Battery Life Up to 13 hours Copilot+ integration brings AI features directly to your fingertips. The system handles multitasking device operations smoothly, from video calls to document editing. Windows 11 runs optimally on this Snapdragon processor, though some legacy applications may require compatibility layers. The Surface Pro 12-Inch excels in portable computing scenarios. Its fanless design ensures silent operation during presentations or library study sessions. The display quality impresses with vivid colors and sharp text rendering, perfect for both work and entertainment. READ ALSO: Apple’s First OLED MacBook Pro in 2025: M6 Chip Promises Unmatched Power Efficiency While Redefining Laptop Display Technology Real-world testing shows the Snapdragon specs deliver solid performance for Microsoft Office, web browsing, and media consumption. However, intensive tasks like video editing or gaming may push the limits of this convertible PC. Pro 12 vs iPad Air: Value Face-Off The tablet comparison between Surface Pro 12-Inch and iPad Air reveals interesting trade-offs. Apple’s iPad Air starts at $599 for the base model, matching the Surface’s current price. However, the iPad vs Surface debate goes deeper than initial cost. Head-to-Head Comparison Feature Surface Pro 12-Inch iPad Air Starting Price $599.99 $599.00 Operating System Windows 11 iPadOS Keyboard Cost $127.12 $299.00 File Management Full desktop Limited App Ecosystem Windows apps iOS apps The Apple iPad requires the expensive Magic Keyboard for laptop-like functionality. This $299 accessory pushes the total iPad cost to nearly $900. The Surface Pro 12-Inch plus keyboard totals just $727, offering a better price evaluation. Windows compatibility gives the Surface device a significant advantage for professional work. You can run full desktop applications, manage files like a traditional laptop, and connect external monitors easily. The dual-purpose device nature makes it more versatile than the Apple tablet. However, the iPad Air specs include the powerful M2 chip, which outperforms the Snapdragon processor in demanding tasks. The iOS app ecosystem also offers better tablet-optimized applications than Windows. Pro 12 vs Pro 11: What You Trade Comparing Microsoft’s Surface Pro models reveals what you gain and lose with the newer version. The Surface Pro 12-Inch offers newer technology but at a higher base price than the discounted Pro 11 models. The Pro 11 features Intel processors, providing better compatibility with x86 applications. Some users prefer Intel’s proven performance over the newer Snapdragon chipset. However, Intel chips typically consume more power, reducing battery life compared to the Surface Pro 12-Inch. READ ALSO: Best Laptops for Artificial Intelligence in 2025: Top Picks for AI Development & Machine Learning Design differences matter for daily usage Pro 12: Fanless design, lighter weight, better battery life Pro 11: Active cooling, slightly thicker, broader app compatibility The Surface Pro model you choose depends on your specific needs. Students and light users benefit from the Surface Pro 12-Inch‘s efficiency and portability. Power users might prefer the Pro 11’s Intel compatibility and cooling system. Price-wise, the Surface Pro 12-Inch at $599.99 offers better long-term value. Its newer architecture and improved battery life make