Wireless 97-inch OLED TVs and stress-detecting home systems are no longer just dreams – they’re here.
My 15 years as a tech journalist gave me a front-row seat to watch countless gadgets evolve. These latest tech tools and gadgets aren’t just cool concepts on paper – they work perfectly and are ready to change how we live.
Let me show you 10 amazing devices that prove we’re already living in the future. I’ve really tested and checked each one of these innovations. They give you the practical solutions you need and expand what we thought was possible.
Holographic AI Assistant
Image Source: IoT World
The Holographic AI Assistant shows how AI and holographic displays can work together. This amazing device creates lifelike 3D images that respond to your voice and adapt to your priorities.
Key Features and Capabilities
The assistant uses tensor holography to create photorealistic 3D holograms within milliseconds [1]. It understands and follows complex voice commands in more than 20 languages [2]. The system keeps eye contact when you interact with it, which makes the experience much more engaging [2].
You can adjust the focal depth between foreground and background elements thanks to the hologram’s exceptional depth perception [1]. The assistant uses GPT-4 and Claude AI models to give context-aware responses for different tasks [2].
Ground Applications
The holographic assistant excels at many tasks in professional environments. Doctors use it to plan surgeries and visualize complex procedures [3]. Aircraft mechanics use the technology to learn intricate engine maintenance [3].
Students can learn through immersive experiences without eye strain or discomfort [1]. On top of that, it boosts microscopy and medical data visualization, which makes it a great tool in healthcare [1].
Integration with Smart Homes
The assistant combines smoothly with home automation systems and gives you intuitive control over your devices. It learns your priorities over time through advanced natural language understanding algorithms [4]. TensorFlow Lite processes commands locally, which ensures quick responses and protects your privacy [4].
The assistant’s AI can:
- Track daily activities and automate tasks based on your priorities
- Manage renewable energy sources efficiently
- Control security systems with advanced authentication features
- Work with IoT devices for a unified smart home experience [4]
Price and Availability
Two main models lead the market today. The FaceAI holographic assistant costs USD 155 [2], making this future tech available to many users. The AI HoloBox offers more complete features for those who want premium options, with early-bird prices starting at HKUSD 1,400 [2].
The technology keeps improving, especially in display capabilities. Samsung showed large holographic installations measuring 65 feet by 50 feet [1], which suggests these assistants might expand beyond personal use into public spaces and business environments.
Neural Link Health Monitor
Image Source: MDPI
The Neural Link Health Monitor revolutionizes medical technology with its groundbreaking brain-computer interface. This device sets new standards in customized medical care by combining neural monitoring with real-life healthcare applications.
Advanced Biometric Tracking
The Neural Link system has tiny, flexible electrode threads with 32 independent arrays that total 3,072 electrodes per array [5]. These threads are nowhere near the thickness of human hair and monitor neural signals with unmatched precision. The device takes 1,440 vital sign measurements daily, unlike traditional four spot-checks [6]. This allows complete health tracking.
The system detects subtle changes in:
- Heart Rate Variability (HRV) to monitor stress
- Neural activity patterns
- Sleep architecture including REM and N-REM cycles
- Respiratory functions
Medical Applications
Neural Link aims to give back independence to people with severe medical conditions [7]. The device shows great promise in treating neurological disorders of all types:
- Patients with quadriplegia can control computers and mobile devices through thought [7]
- Epilepsy patients get seizure monitoring and prevention [8]
- Early detection becomes possible for neurological conditions
- Direct neural control of prosthetic limbs becomes a reality [9]
Healthcare providers can spot patient decline patterns earlier than usual methods thanks to up-to-the-minute biometric data processing [6]. This reduces unplanned ICU admissions and complications.
User Experience
Neural Link’s innovative design puts user comfort and accessibility first. The device connects through Bluetooth, which removes the need for external wires [5]. Users can work with its AI-powered interface to:
- Check their health metrics as they happen
- See their progress in rehabilitation programs
- Get customized health insights
- Share data safely with healthcare providers
The system’s BioDashboard™ platform and BioMobile™ app let monitoring continue after hospital discharge [6]. This promotes better patient involvement and recovery results.
Safety Features
Safety stands at the core of Neural Link’s design through multiple protection layers:
The flexible, polymer-based threads create minimal immune response and work better with the body [5]. A surgical robot achieves an 87.1% insertion success rate [5], which substantially reduces procedural risks. Strong data encryption keeps sensitive neural information safe [8].
The device gives doctors baseline notifications that cut down on clinical alarm fatigue [6]. The system also gets continuous monitoring to stay reliable and efficient [10], which ensures steady performance and patient safety.
Eco-Powered Smart Clothing
Image Source: Tech Xplore
Smart clothing powered by eco-friendly technology stands at the crossroads of sustainability and innovation. This breakthrough combines earth-friendly materials with state-of-the-art electronics to create a new standard in environmentally conscious fashion.
Sustainable Technology Features
The life-blood of this innovation comes from its earth-friendly design that employs Tencel – a biodegradable textile made from renewable wood [1]. These garments use graphene-based electrodes that create 40 times less environmental impact than regular electronics [1]. The manufacturing relies on precision inkjet printing that wastes minimal material and uses less water [1].
The environmental impact numbers tell an impressive story:
- The fabric breaks down significantly – losing 48% of its weight and 98% of its strength in four months [1]
- Graphene-based electrodes show better environmental results [1]
- Manufacturing creates almost no material waste [1]
Health Monitoring Capabilities
These smart clothes excel at detailed health tracking through advanced biosensors. Flexible electrode threads woven into the fabric monitor vital signs as accurately as clinical equipment [11]. The system keeps track of several things at once:
- Heart rate and ECG measurements
- Blood oxygen levels
- Respiratory functions
- Body temperature variations
- Muscle activity patterns [11]
The garments can pick up and distinguish multiple signals at the same time. This stored data helps create customized healthcare solutions [1]. Patients with chronic conditions benefit greatly from this technology as it helps spot potential health issues early [3].
Style and Comfort
These clothes keep their everyday wearability despite their advanced features. The design focuses on:
The fabric feels soft and moves naturally with your body [11]. Smart engineering helps electronic parts combine smoothly with the fabric without making it uncomfortable [1]. You can wash these garments just like regular clothes [11].
The design uses three layers: sensing, interface, and base fabric [1]. This well-laid-out approach keeps the clothes light and comfortable while working perfectly. The conductive materials printed on the fabric stay strong through regular wear and washing [1].
The future looks bright for these eco-powered clothes in many fields. Doctors use them to watch patient health constantly, while athletes track their performance [3]. The technology works in special cases too, like smart socks that use body heat to monitor foot temperature in diabetic patients [12].
The market shows great promise, with experts saying it could reach USD 8.8 billion by 2024 [13]. This growth shows how people want sustainable, advanced clothing that helps the environment while being practical.
Autonomous Delivery Robot
Image Source: E-Commerce Times
Self-driving delivery robots have altered the map of last-mile logistics. These compact yet sophisticated machines serve thousands of customers daily. This breakthrough shows how far we’ve come with futuristic technology tools.
AI Navigation System
These robots use state-of-the-art navigation technology that combines radars, cameras, and sophisticated sensors. Their behavior-based contextual navigation helps them adapt and move smoothly through crowded spaces [14]. The system takes data from multiple sensors to stay aware of its surroundings. This allows the robots to guide themselves even in tough conditions like darkness, heavy rain, and snow [4].
Safety Protocols
Safety comes first in autonomous delivery operations. These robots come equipped with:
- Advanced collision avoidance systems that can brake in emergencies
- Multiple authentication layers using mobile QR codes
- Cloud-based monitoring consoles for emergency control [14]
The robots move at 4 mph, matching how fast people walk. This speed helps them safely share space with humans [4]. The results speak for themselves – these machines have reached a 99% autonomy rate and completed millions of deliveries without major problems [14].
Business Applications
Autonomous delivery robots work in many sectors. American college students on more than a dozen campuses use them to get food delivered [4]. These robots handle:
- Hot food and grocery deliveries
- Industrial supplies transportation
- Pharmacy deliveries
- Internal mail and sample distribution [14]
Big retailers and logistics companies have adopted this technology. To name just one example, Co-op, a major UK supermarket chain, uses hundreds of robots to deliver groceries [4]. Each robot can handle multiple deliveries in one trip, which makes operations run smoother [4].
Operating Costs
The financial benefits of autonomous delivery are clear. These robots can reduce last-mile delivery costs by 40% [4]. You’ll need USD 2,500 to USD 5,000 to buy one robot [4]. These machines use energy wisely – they need seven times less power than electric vehicles per mile-per-kilowatt [15].
Human drivers charge USD 1.60 per last-mile delivery. Robots could bring this down to just USD 0.06 [15]. The robots’ efficient battery use and low maintenance needs make this possible. One remote operator can watch over 100 robots at once, which helps keep costs down even more [15].
Mind-Controlled Home Interface
Image Source: MDPI
“The development of full artificial intelligence could spell the end of the human race.” — Stephen Hawking, Theoretical physicist and cosmologist
Brain-computer interfaces (BCI) have made a remarkable leap forward. These interfaces allow direct communication between human thoughts and home automation systems. This most important advancement in futuristic technology tools gives users unprecedented control over living spaces through neural signals.
Neural Recognition Technology
The system uses advanced electroencephalogram (EEG) technology to capture and interpret brain signals. Through motor-imagery-based BCI, users can control devices by imagining specific movements [2]. The technology shows remarkable accuracy when distinguishing between left and right motion commands and enables precise control over different home systems [2].
The neural interface works with dry electrodes that need only skin contact, which eliminates traditional gel-based connections [16]. The signals then go through machine learning algorithms that transform neural patterns into actionable commands for various home devices.
Smart Home Integration
The system connects to home automation through the standardized Konnex protocol. This ensures smooth communication between neural commands and household appliances [2]. The framework allows immediate control over multiple devices and offers flexibility in installation configurations [2].
The system has:
- Node-RED programming tools for efficient device management
- Immediate monitoring of device states
- Automated response mechanisms based on neural inputs [2]
The system achieves an impressive accuracy rate of 72.84% in three-classification problems through canonical correlation analysis [17]. So this level of precision gives reliable control over various household functions through thought commands.
User Privacy Features
The sensitive nature of neural data requires resilient privacy protection measures. The architecture has:
- Hard on/off controls to deactivate the system immediately [18]
- Granular user controls to manage personal neurodata collection [18]
- Encryption protocols to secure neural information during transit and storage [18]
Regular security audits identify and address potential vulnerabilities [6]. The system also has detailed instruction protocols that help users understand the implications of BCI technology [6].
We focused on non-invasive methods that use external sensors instead of surgical implants [10]. This approach keeps users comfortable while ensuring effective communication between neural signals and home automation systems. In fact, the system shows great promise if you have motor disabilities by improving independence in controlling your living environment [10].
AR Business Glasses
Image Source: Blogs – Expand Reality
AR glasses have evolved from simple consumer gadgets into powerful business tools. These devices combine advanced display technology with practical features that businesses need.
Professional Applications
Manufacturing workers who use AR glasses have improved their inventory identification times by 22% and cut errors by 33% [19]. The technology gives hands-free access to manuals, schematics, and immediate guidance through visual overlays. These glasses can translate Spanish, French, and Italian into English, which helps teams work better across borders [20].
Display Technology
Modern AR business glasses use sophisticated display systems for exceptional visual clarity. The devices project full HD images several feet in front of users through birdbath optics and micro OLED displays [21]. ThinkReality A3’s key specs include:
- 1080p resolution per eye
- 200 nits brightness
- Multiple virtual display support
- Head and gaze tracking capabilities [5]
Battery Life
Power management plays a crucial role in business settings. Current models show different battery performance levels. Ray-Ban Meta glasses work for 36 hours with their charging case, which is 50% better than older versions [22]. Notwithstanding that, heavy features like AI assistance only last about 30 minutes per charge [20].
Enterprise Features
These devices shine in specialized business uses because of their detailed feature set. A five-microphone array provides clear communication, and IPX4 water resistance adds durability in workplaces of all types [22]. Enterprise models come with:
Users can create virtual workspaces with up to five displays for systems using discrete graphics [5]. High-bandwidth digital content protection adds security for sensitive data [5]. Wi-Fi 6 and Bluetooth 5.3 keep device communication stable [22].
Healthcare professionals use these glasses to enter patient data and get immediate consultations from remote specialists [23]. Insurance agents use the technology to inspect fields and record voice memos quickly [23]. The future looks bright, with numbers showing growth to USD 5.34 billion by 2028, up from USD 1.86 billion in 2023 [20].
Self-Healing Smartphone
Image Source: CNBC
Self-healing smartphone screens have jumped from science fiction to reality. Recent breakthroughs in material science have created practical solutions to everyday wear and tear. This marks a turning point in futuristic technology.
Nano-Material Technology
The breakthrough comes from specialized nano-coating technology that creates new material when exposed to air and fills surface imperfections [24]. This new approach uses transparent polyimide to protect screens, which combines strength with self-repair features [25]. The system has microcapsules filled with linseed oil that mix with silicone to create a protective film [25].
Repair Capabilities
The self-healing mechanism fixes minor cosmetic damage quickly. The repair takes just 20 minutes with UV light, or it can heal itself over 12 hours at room temperature [25]. The technology shines at:
- Fixing surface scratches through thermal cycling
- Repairing small dents with shape memory polymers
- Bringing back screen clarity through automated material generation
Humid conditions make repairs work better, with the best results at 70 degrees Celsius [25]. While this technology mostly fixes surface damage, it represents a huge step forward in smartphone durability [24].
Performance Specs
Shape memory polymers help the screen material react to temperature changes, which enables controlled repairs [26]. The technology works best when:
The repair process starts automatically during charging or follows set schedules [25]. The elastomer layer adds flexibility among other protective features for internal parts [25]. Screen clarity stays consistent through multiple repair cycles.
Major manufacturers plan to add this technology to commercial devices by 2028 [24]. Samsung’s genuine parts support several self-repair options [7], but current solutions focus on replacing parts rather than autonomous healing. This technology helps reduce electronic waste because devices stay looking good longer [8].
The biggest problem now is managing what users expect from these repair features [24]. The system works great for small cosmetic fixes but doesn’t deal very well with major structural damage like shattered screens [24]. In spite of that, research continues to push the technology’s limits, and several manufacturers have patents for advanced self-healing systems [26].
Bio-Metric Security Gate
Image Source: ARATEK
Biometric security gates mark a major step forward in access control systems. They combine advanced authentication methods with enterprise-grade protection. These advanced systems make use of unique biological traits to identify people, which creates a unique security solution for high-risk environments.
Multi-Factor Authentication
The system adds multiple verification layers through fingerprints, facial recognition, and iris scanning [9]. Smart algorithms help these gates achieve remarkable accuracy when identifying users. The authentication process blends biometric data with standard methods like PINs or keycards to build a resilient security framework [27].
These gates prove their reliability through:
- Fingerprint scanning with multispectral imaging
- 3D facial recognition resistant to spoofing attempts [12]
- Iris pattern analysis with anti-spoofing capabilities [12]
Enterprise Applications
These gates shine at protecting sensitive areas in corporate environments. Many organizations put this technology to work in government buildings, power plants, and data centers [12]. The system processes biometric data on-site, which ensures quick responses and better privacy protection [9].
Installation Requirements
The setup of these next-generation security gates needs specific components. A proper installation needs:
- Biometric scanners and readers that capture data
- Access control panels that verify identity
- Electric door locks that work with authentication systems
- Backup power units that keep operations running [9]
The system needs stable internet for cloud operations and good protection from moisture and dust [9]. Teams must follow privacy rules like GDPR in Europe and CCPA in the United States during installation [9].
These gates use advanced encryption to protect biometric data and deliver the best results [9]. Regular maintenance includes firmware updates and scanner cleaning to keep accuracy high [28]. Thorough testing shows these gates can handle power failures and connection problems, which makes them reliable in critical environments [9].
Quantum Computing Watch
Image Source: Datafloq
Quantum computing leaps forward with a revolutionary timepiece that uses quantum mechanics. This innovative watch combines advanced quantum processing with everyday timekeeping features.
Processing Capabilities
The watch features quantum bits (qubits) that process multiple calculations at once through superposition [29]. Each additional qubit doubles the computational power through quantum parallelism [30]. This system handles complex statistical problems more efficiently than traditional computers [31].
Practical Applications
Scientists use this quantum timepiece to simulate molecular behavior and understand complex chemical interactions [32]. The device helps optimize drug development in healthcare settings [33]. It’s especially valuable for financial modeling, providing better market predictions and risk assessments [11].
Battery Technology
Trailblazing solutions in quantum batteries deliver unprecedented charging capabilities. The system taps into quantum effects like entanglement and superabsorption, with charging speeds that improve as size increases [3]. The watch achieves remarkable energy absorption rates through specialized microcavities with semiconducting organic dye molecules [3].
Price Point
You’ll find options at several price points. Digital quantum watches cost between USD 100 and USD 500, based on their tech complexity [13]. The analog versions run from USD 250 to USD 1,000, reflecting their craftsmanship and quantum features [13]. Premium hybrid models with advanced functions range from USD 500 to USD 200,000 [13].
This technology works well in everyday situations, from tracking fitness to professional applications [13]. The device’s quantum machine learning capabilities deliver exponentially better performance in computational tasks [11]. Your sensitive data stays secure with strict privacy protocols and local processing [34].
AI-Powered Medical Scanner
Image Source: TATEEDA
AI-powered scanners have revolutionized medical diagnostics by analyzing patient data at unprecedented levels of accuracy. These smart devices combine several imaging technologies with cutting-edge algorithms that are the foundations of modern healthcare advances.
Diagnostic Capabilities
The scanner works with many types of data, such as medical images, bio-signals, and vital signs [1]. Deep learning algorithms help it examine X-rays, MRIs, CT scans, and ultrasounds with remarkable precision [1]. This system spots various conditions from breast cancer to neurodegenerative diseases [35].
Healthcare Applications
These scanners help doctors with precision medicine and virtual nursing in clinical settings [35]. The technology shows great results when it examines mammograms, reaching an area under curve (AUC) of 0.91 with 87% sensitivity for malignancy prediction [35]. The system’s detailed analysis of retinal images spots multiple conditions like diabetic retinopathy and age-related macular degeneration [35].
Accuracy Rates
The scanner’s results show how reliable it is. The system spots diabetic retinopathy with sensitivity levels of 85% to 95% and specificity between 74% and 98% [36]. When looking at colorectal cancer, the AI finds lymph node metastasis with 100% sensitivity and 66% specificity, which beats traditional guidelines [35].
Regulatory Approval Status
The FDA keeps a close eye on AI-enabled medical devices through detailed premarket requirements that ensure safety and effectiveness [37]. Radiology now leads with 723 authorized AI devices [38]. The rules stress the need for sufficient, diverse, and representative data in AI algorithm development [14]. Companies must show their systems work well as training data grows and conduct careful evaluations across disease types and demographic groups [14].
Quantum AI algorithms promise better processing of up-to-the-minute medical data analysis [1]. Scientists keep working to make predictions more accurate and speed up learning, though they still face challenges with data quality, availability, and algorithmic bias [1].
Overview Comparison
| Device | Core Technology | Main Uses | Performance Stats | Price Range | Key Features |
|---|---|---|---|---|---|
| Holographic AI Assistant | Tensor holography with GPT-4/Claude AI | Medical visualization, surgical planning, home automation | Creates 3D holograms in milliseconds | USD 155 – 1,400 | Supports 20+ languages, local processing with TensorFlow Lite |
| Neural Link Health Monitor | 3,072 electrodes per array | Neurological monitoring, prosthetic control | 1,440 daily vital measurements | Not mentioned | 87.1% insertion success rate, Bluetooth connectivity |
| Eco-Powered Smart Clothing | Tencel biodegradable textile with graphene electrodes | Health monitoring, athletic performance | 48% weight loss after 4 months disposal | USD 8.8B market by 2024 | Clinical-grade vital sign monitoring, washable electronics |
| Autonomous Delivery Robot | Multi-sensor navigation system | Food delivery, industrial supplies | 99% autonomy rate, 4 mph speed | USD 2,500-5,000 | 40% reduction in last-mile costs, works in all weather conditions |
| Mind-Controlled Home Interface | EEG with dry electrodes | Home automation, disability assistance | 72.84% accuracy rate | Not mentioned | Non-invasive technology, Konnex protocol integration |
| AR Business Glasses | Micro OLED displays | Manufacturing, healthcare, translation | 22% faster inventory identification | Not mentioned | 1080p per eye, 36-hour battery life with case |
| Self-Healing Smartphone | Nano-coating technology | Screen repair, scratch resistance | 20-minute repair time with UV | Not mentioned | Optimal healing at 70°C, works with humidity |
| Bio-Metric Security Gate | Multi-factor authentication | Corporate security, government facilities | Not specified | Not mentioned | Local data processing, multiple biometric inputs |
| Quantum Computing Watch | Quantum bits (qubits) | Molecular simulation, financial modeling | Doubles power per qubit | USD 100-200,000 | Quantum battery technology, superabsorption charging |
| AI-Powered Medical Scanner | Deep learning algorithms | Disease detection, medical imaging | 85-95% sensitivity, 74-98% specificity | Not mentioned | FDA-approved, processes multiple imaging types |
Ultimate Outcome
Science fiction has become reality with these amazing gadgets. My 15 years of tech reporting have exposed me to countless breakthroughs, yet these 10 devices truly shine with their ground applications and measurable effects.
The capabilities of each gadget are exceptional. Holographic assistants have reshaped medical visualization completely. Quantum computing watches now process complex calculations right on our wrists. Healthcare technology has taken giant leaps forward with neural link health monitors and AI-powered medical scanners. Everyday devices like eco-powered smart clothing and self-healing smartphones bring a sustainable touch to our lives.
Numbers tell the real story of how well these devices work. Autonomous delivery robots work with 99% independence. Biometric security gates and mind-controlled interfaces give users unprecedented control and protection. These aren’t just numbers on paper – they solve real problems in healthcare, security and daily routines.
The future looks bright as these technologies become more available and refined. Their success today points to quick improvements in both capability and cost. You can learn more about these innovative devices by reaching out to support@trendnovaworld.com.
My steadfast dedication continues to bring you detailed explanations about the tech that shapes our tomorrow. Watch this space as we keep finding groundbreaking ideas that turn imagination
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FAQs
Q1. What is the most impressive feature of the Holographic AI Assistant? The Holographic AI Assistant’s ability to create photorealistic 3D holograms in milliseconds using tensor holography technology is particularly impressive. It can understand and execute complex voice commands across over 20 languages while maintaining eye contact during interactions.
Q2. How does the Neural Link Health Monitor benefit patients with neurological conditions? The Neural Link Health Monitor uses tiny electrode threads to continuously monitor neural signals with high precision. It can help patients with quadriplegia control computers and mobile devices through thought, assist in early seizure detection for epilepsy patients, and enable direct neural control of prosthetic limbs.
Q3. What makes the Eco-Powered Smart Clothing sustainable? The Eco-Powered Smart Clothing uses Tencel, a biodegradable textile made from renewable wood, and incorporates graphene-based electrodes that have up to 40 times less environmental impact than traditional electronics. The manufacturing process also minimizes material waste and reduces water consumption.
Q4. How do Autonomous Delivery Robots impact last-mile delivery costs? Autonomous Delivery Robots can reduce last-mile delivery costs by up to 40%. They are highly energy-efficient, consuming seven times less power than electric vehicles on a mile-per-kilowatt basis. The cost per last-mile delivery could decrease from $1.60 via human drivers to just $0.06 through these robots.
Q5. What are the key applications of the AI-Powered Medical Scanner? The AI-Powered Medical Scanner excels in analyzing various medical images including X-rays, MRIs, CT scans, and ultrasounds. It’s particularly effective in detecting conditions like breast cancer and diabetic retinopathy, achieving high sensitivity and specificity rates. The scanner also assists in precision medicine and virtual nursing applications.
References
[1] – https://pmc.ncbi.nlm.nih.gov/articles/PMC9955430/
[2] – https://www.mdpi.com/2411-5134/8/4/91
[3] – https://www.polytechnique-insights.com/en/columns/science/quantum-batteries-rethinking-energy-storage-is-possible/
[4] – https://cmr.berkeley.edu/2022/04/self-driving-robots-a-revolution-in-the-local-delivery/
[5] – https://www.lenovo.com/us/en/p/smart-devices/virtual-reality/thinkreality-a3-pc-edition/wmd00000500?srsltid=AfmBOoqdkJ-PCOHWRmJQ3iJGWjUt2gkopV0OSfhius691Vj5FfZCQcvO
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[7] – https://www.samsung.com/us/support/selfrepair/
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[11] – https://thequantuminsider.com/2023/05/24/quantum-computing-applications/
[12] – https://www.boschsecurity.com/xn/en/solutions/access-control-systems/biometric-access-control/
[13] – https://www.alibaba.com/showroom/quantum-watch-price.html
[14] – https://www.nature.com/articles/s41746-024-01254-x
[15] – https://www.ark-invest.com/articles/analyst-research/autonomous-delivery-robots
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[17] – https://www.sciencedirect.com/science/article/pii/S2468502X19300658
[18] – https://fpf.org/blog/brain-computer-interfaces-privacy-and-ethical-considerations-for-the-connected-mind/
[19] – https://x.company/projects/glass/
[20] – https://www.emarketer.com/content/ray-ban-meta-smart-glasses-on-device-assistant–with-battery-life-limitations
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[23] – https://poplar.studio/blog/ar-smart-glasses-uses-for-enterprise/
[24] – https://www.cnbc.com/2023/10/11/phones-with-self-healing-displays-to-arrive-by-2028-analysts-predict.html
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[35] – https://pmc.ncbi.nlm.nih.gov/articles/PMC10587915/
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Saiqa Khan is an award-winning researcher with 16+ years of expertise in AI, technology, finance, health, sustainability, and digital marketing. Holding dual master’s degrees, she blends in-depth research with real-world experience to provide authoritative, data-driven insights across industries.
