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LEGO SMART Play System Brings Its Bricks To Life

by Chief Editor
written by Chief Editor

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  • LEGO unveils SMART Play, the biggest system shift since the minifigure’s 1978 debut.
  • Screen-free interactivity: movement triggers real-time sounds, lights, and musical cues.
  • SMART Brick packs sensors, colour recognition, accelerometer, speaker, and onboard synth.
  • SMART Tags act as physical modes, instantly changing brick behaviour.
  • SMART Minifigures add character context, unlocking unique moods and reactions.

LEGO has officially unveiled its new SMART Play system, the most significant change to the LEGO system since the introduction of the minifigure in 1978.

Officially launching on March 1, 2026 (pre-orders available from January 9, 2026), the first SMART Play sets arrive as part of the LEGO Star Wars lineup. There’s an X-Wing, Darth Vader’s TIE Fighter, and a Throne Room Duel set, each bundling a SMART Brick with SMART Minifigures and Tags. The engine roars, the lightsaber hums, and alarms and musical cues are triggered entirely through physical play. Move the ship, flip it upside down, crash it, or add a character, and the build reacts in real time. The SMART Play system is designed to create a future where kids are drawn away from their tablets and computers, but how exactly does it work?

The centre of the system is the SMART Brick. It looks like a standard 2×4 LEGO brick, but inside it packs sensors, lights, colour recognition, a built-in accelerometer and a tiny speaker powered by an onboard synthesiser. That hardware enables the brick to understand how it’s being moved, twisted, tapped, or flown around, and respond in real-time.

Next to the SMART Brick is the SMART Tag, which is a small tile that instructs the SMART Brick on its intended purpose.

Place a tag inside a build, and the brick knows whether it’s supposed to behave like a spaceship, a vehicle, a creature or something else entirely. Swap the SMART Tag out for another, and the same brick can instantly change its sounds, lights, and reactions without needing a screen or app.

Finally, SMART Minifigures complete the system. When placed near a SMART Brick, they unlock character-specific reactions. Different Minifigures trigger different sounds, moods and responses, all played through the SMART Brick itself. The figures don’t make noise on their own, but they provide the brick context, allowing it to respond differently depending on who’s involved in the scene.

Crucially, SMART Play isn’t something you program or update. The SMART Brick ships with its behaviour already built in. SMART Tags act like physical mode switches, telling the brick what it’s meant to be, while SMART MINIFIGURES add character-specific reactions. Sensors inside the brick handle the rest, triggering sounds and lights based on how it’s moved or played with. Nothing is downloaded, customised, or controlled through a screen.

LEGO Star Wars Smart Play Sets

Lego smart play 1
LEGO Star Wars SMART Play: Darth Vader’s TIE Fighter building set | Image: LEGO

Darth Vader’s TIE Fighter (#75421)

Pieces: 473
Age Guide: 8+
Smart Play Components:
1x SMART Brick
1x Smart MINIFIGURE (Darth Vader)
1x SMART Tag (TIE Fighter)
Price: $99.99

Lego smart play 2
LEGO Star Wars SMART Play: Luke’s Red Five X-wing building set | Image: LEGO

Luke’s Red Five X-Wing (#75423)

Pieces: 584
Age Guide: 6+
Smart Play Components:
1x SMART Brick
2x SMART MINIFIGURE (Luke Skywalker, Princess Leia)
5x SMART Tag (X-Wing, Imperial turret, transporter, command centre, R2-D2)
Price: $149.99

Lego smart play 3
LEGO Star Wars SMART Play: Throne Room Duel & A-wing building set | Image: LEGO

Throne Room Duel & A-Wing (#75427)

Pieces: 962
Age Guide: 9+
Smart Play Components:
2x SMART Brick
3x SMART MINIFIGURE (Luke Skywalker, Emperor Palpatine, Darth Vader)
5x SMART Tags (A-Wing, throne, Death Star turret, lightsaber duel tags)
Price: $249.99

Availability: Pre-orders open 9 January 2026, on sale from 1 March 2026

Beyond Bricks: The Future of Physical-Digital Play

LEGO’s SMART Play isn’t appearing in a vacuum. It’s a key indicator of a broader trend: the convergence of physical and digital play. For years, toy manufacturers have flirted with augmented reality (AR) and app-integrated toys. However, many of these solutions relied heavily on screens, often defeating the purpose of encouraging active, imaginative play. A 2023 report by Statista showed a slight dip in traditional toy sales, while digitally-enhanced toys saw a modest increase, suggesting consumers are open to innovation, but not at the expense of core play values.

SMART Play’s strength lies in its screen-free approach. This taps into a growing parental concern about excessive screen time and its impact on child development. The American Academy of Pediatrics recommends limiting screen use for children aged 2-5 to one hour per day of high-quality programming. LEGO is cleverly positioning itself as a solution, offering a technologically advanced experience without the drawbacks of a digital interface.

The Rise of ‘Tangible Interfaces’

LEGO’s system aligns with the concept of “tangible interfaces” – a field of Human-Computer Interaction (HCI) research focused on creating interactive experiences using physical objects. Researchers at MIT’s Media Lab have been pioneering work in this area for decades, exploring how physical objects can be imbued with digital intelligence. The Tangible Media Group at MIT, for example, has developed prototypes of interactive furniture and building blocks that respond to touch and movement.

This isn’t limited to toys. We’re seeing tangible interfaces emerge in other areas, such as:

  • Smart Home Devices: Physical dials and buttons that control smart lighting and thermostats.
  • Musical Instruments: Digital instruments that mimic the feel of traditional instruments, offering both acoustic and electronic sounds.
  • Educational Tools: Interactive building sets that teach coding and robotics concepts through hands-on experimentation.

The Potential for Customization and Expansion

The modular nature of LEGO’s SMART Play system is particularly exciting. The use of tags suggests a future where users can create their own interactive experiences. Imagine a community-driven marketplace for SMART Tags, allowing builders to share and download custom behaviours for their creations. This could unlock a level of creativity and personalization previously unseen in the LEGO universe.

Pro Tip: Keep an eye out for third-party developers creating custom SMART Tags and behaviours. This is where the real innovation could happen.

Challenges and Considerations

Despite the potential, several challenges remain. The cost of SMART Play sets is significantly higher than traditional LEGO sets. Durability is another concern. The SMART Brick contains sensitive electronics that could be damaged by rough play. And, as LEGO itself acknowledges, scaling the system beyond pre-designed sets will require careful planning and execution.

Did you know? LEGO has a long history of embracing technology. LEGO Mindstorms, launched in 1998, was one of the first commercially successful robotics kits for children.

FAQ: LEGO SMART Play

Q: Will SMART Play bricks work with my existing LEGO collection?
A: LEGO has stated that SMART Play elements are compatible with existing LEGO bricks, but the interactive features will only function with SMART Bricks, Tags, and Minifigures.

Q: Do I need a smartphone or tablet to use SMART Play?
A: No. SMART Play is designed to be screen-free. All the interactivity is built into the bricks themselves.

Q: How durable are the SMART Bricks?
A: LEGO has not yet released detailed durability information, but they have emphasized that the bricks are designed to withstand normal play. However, they contain electronic components and should be handled with care.

Q: Will LEGO release SMART Play sets for other themes besides Star Wars?
A: LEGO has indicated that they plan to expand the SMART Play system to other themes in the future.

The arrival of LEGO SMART Play signals a pivotal moment in the toy industry. It’s a bold step towards a future where physical and digital play are seamlessly integrated, offering children a richer, more engaging, and ultimately, more imaginative experience.

Want to learn more about the latest innovations in toy technology? Explore our other articles on toys and games.

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I played with the Lego Smart Brick

by Chief Editor
written by Chief Editor

Beyond the Brick: How Lego’s Smart Bricks Could Reshape Play and Beyond

Lego’s recent unveiling of its “smart brick” technology isn’t just a new toy; it’s a potential paradigm shift in how we interact with physical objects. While initial reactions ranged from excitement to skepticism, the underlying technology promises to blur the lines between the digital and physical worlds in ways we’re only beginning to understand. This isn’t simply about making Lego sets more interactive – it’s about creating a platform for programmable, responsive environments.

The Rise of Programmable Matter

The core innovation lies in the ability of these bricks to recognize and react to their surroundings, and to each other. This concept aligns with the broader field of “programmable matter,” where materials can change their physical properties in response to external stimuli. Researchers at MIT’s Computer Science and Artificial Intelligence Laboratory (CSAIL) have been exploring similar concepts for years, envisioning self-assembling structures and dynamically reconfigurable robots. Lego’s approach, however, democratizes this technology, putting it into the hands of consumers – and potentially, developers.

Currently, programmable matter is largely confined to research labs due to complexity and cost. Lego’s smart bricks offer a relatively affordable and accessible entry point. The use of NFC (Near Field Communication) and color sensors, combined with a rechargeable battery, creates a surprisingly robust system. Early demos showcase interactions based on proximity, orientation, and even “personality” traits assigned to individual minifigures.

From Toys to Tangible Interfaces

The most immediate impact will be on the toy market. Imagine Lego sets that adapt to a child’s play style, offering increasingly complex challenges and narratives. But the potential extends far beyond entertainment. Consider the implications for education:

  • STEM Learning: Students could build and program interactive models to learn about physics, engineering, and computer science.
  • Accessibility: Smart bricks could be used to create tactile learning tools for visually impaired children, providing a dynamic and engaging way to explore concepts.
  • Prototyping: Designers and engineers could rapidly prototype interactive interfaces and physical products.

The ability to create tangible interfaces – physical objects that respond to digital input – is a key differentiator. This moves beyond traditional touchscreens and voice assistants, offering a more intuitive and immersive user experience. A recent report by Gartner predicts that by 2027, 40% of all new interfaces will be tangible or spatial, driven by advancements in areas like haptics and programmable matter. Gartner’s Top Strategic Technology Trends for 2023

The Developer Ecosystem: The Key to Long-Term Success

Lego’s success hinges on fostering a vibrant developer ecosystem. If the company can provide accessible tools and APIs (Application Programming Interfaces), third-party developers could create a vast library of custom interactions and applications. This is similar to the success of platforms like Arduino and Raspberry Pi, which have empowered a global community of makers and hobbyists.

However, Lego faces challenges. Maintaining backward compatibility, ensuring security, and managing intellectual property will be crucial. The company’s commitment to long-term support and updates will also be a key factor in attracting developers. The initial battery life and recharge cycle, as noted in The Verge’s interview with Lego’s Julia Goldin, will need to be addressed for sustained engagement.

Beyond Lego: The Future of Interactive Environments

Lego’s smart bricks are a stepping stone towards a future where everyday objects are imbued with intelligence and responsiveness. Imagine:

  • Smart Furniture: Chairs that adjust to your posture, tables that display information, and walls that respond to your touch.
  • Interactive Art Installations: Sculptures that change shape and color based on audience interaction.
  • Adaptive Retail Spaces: Stores that personalize the shopping experience based on customer preferences.

Companies like Morphio are already exploring similar concepts, creating modular, programmable surfaces that can be reconfigured on the fly. Morphio Website The convergence of robotics, materials science, and artificial intelligence is driving this trend, promising a future where our physical environment is as dynamic and adaptable as the digital world.

Pro Tip:

Keep an eye on open-source projects related to NFC and sensor technology. These communities often develop innovative solutions that could inspire new applications for Lego’s smart bricks.

Did You Know?

The concept of programmable matter dates back to the 1990s, with early research focusing on self-reconfiguring modular robots.

FAQ: Lego Smart Bricks

Q: How do Lego Smart Bricks differ from previous interactive Lego sets like Lego Boost?
A: Smart Bricks offer a more sophisticated level of interaction, relying on NFC and color sensors for nuanced responses, rather than solely on pre-programmed motor functions.

Q: Will Lego continue to support the Smart Brick platform with new updates and features?
A: Lego has not made definitive commitments, but the success of the platform depends on ongoing development and support.

Q: Are the batteries in the Smart Bricks replaceable?
A: Currently, the batteries are not user-replaceable. Lego is evaluating options for future iterations.

Q: What programming languages will be supported for developing custom interactions?
A: Lego has not yet announced specific programming languages, but a visual programming interface similar to Scratch is likely.

Q: How secure are the Smart Bricks against hacking or unauthorized access?
A: Security is a key concern, and Lego is implementing measures to protect the platform from vulnerabilities.

Ready to dive deeper into the world of interactive technology? Explore our articles on the latest tech innovations and product reviews. Share your thoughts on Lego’s Smart Bricks in the comments below – what applications do *you* envision?

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[CES 2026] An Entertainment Companion for Every Moment Seen and Heard – Samsung Global Newsroom

by Chief Editor
written by Chief Editor

Samsung’s Vision for the Future of Entertainment: Beyond the Screen

Samsung’s showcase at The First Look 2026 isn’t just about bigger, brighter TVs; it’s a glimpse into a future where entertainment seamlessly integrates into every aspect of our lives. From AI-powered companions to immersive 3D gaming and personalized audio experiences, the company is pushing boundaries and redefining what’s possible. This isn’t simply an evolution of television; it’s the emergence of the ‘Entertainment Companion’ – a concept poised to reshape how we interact with technology.

The Rise of Micro RGB and the Quest for Perfect Picture

The debut of the 130-inch Micro RGB TV is a statement. It’s not just about size, but about achieving unparalleled picture quality. Micro RGB utilizes microscopic LEDs to deliver a wider color gamut (100% BT.2020, VDE certified) and exceptional clarity. This technology addresses a key challenge with larger screens – maintaining consistent image quality across the entire display. Samsung’s Glare Free technology further enhances this, minimizing reflections for a truly immersive viewing experience. This aligns with a broader trend in the display industry: consumers are demanding increasingly realistic and vibrant visuals, and Micro RGB is a significant step towards that goal.

Pro Tip: Look for TVs with wide color gamut certifications (like VDE) to ensure accurate and lifelike color reproduction. This is especially important for HDR content.

AI as the New Remote Control: The Vision AI Companion

The Vision AI Companion represents a paradigm shift in how we interact with our TVs. Moving beyond simple voice commands, this AI understands natural language and provides intelligent responses. Imagine asking your TV for a recipe while watching a cooking show, or getting a detailed analysis of a soccer match. This isn’t just about convenience; it’s about creating a more personalized and engaging entertainment experience. According to a recent report by Statista, smart TV usage is projected to reach 2.5 billion users globally by 2027, highlighting the growing demand for intelligent TV features.

Art TVs: Blurring the Lines Between Technology and Aesthetics

Samsung’s Art TV lineup – including The Frame, The Frame Pro, and the OLED S95H – demonstrates a growing desire for technology that seamlessly blends into our living spaces. These TVs aren’t just displays; they’re pieces of art when not in use. The expanded Art Store, with access to over 5,000 artworks, transforms the TV into a dynamic gallery. This trend reflects a broader design philosophy: technology should enhance, not dominate, our homes. The success of companies like Frame TV demonstrates a clear market for this aesthetic integration.

Gaming Reimagined: The 6K 3D Revolution

The Odyssey 3D monitor is a game-changer – literally. Being the world’s first 6K 3D gaming monitor, it offers an unprecedented level of immersion without the need for glasses. With support for over 60 games, including titles like “The First Berserker: Khazan” and “Stellar Blade,” the Odyssey 3D is poised to redefine the gaming experience. The positive feedback from early testers, like digital content creator Jerry Ruiz, underscores the potential of this technology. The global gaming market is booming, projected to reach over $300 billion by 2026, making innovations in gaming displays crucial.

Personalized Entertainment: The Power of Tizen

Samsung’s new Tizen operating system is designed to deliver a truly personalized entertainment experience. By analyzing viewing habits and seasonal trends, Tizen provides curated recommendations, making it easier to discover new content. The integration of services like Stingray Karaoke and Fender Play TV further expands the entertainment options, transforming the TV into a multi-functional hub. This personalization trend is driven by the increasing amount of content available and the need for algorithms to help users navigate it effectively.

Beyond the Living Room: Portable and Spatial Entertainment

The Freestyle+ projector and Spatial Signage demonstrate Samsung’s commitment to expanding entertainment beyond the traditional living room. The Freestyle+ offers portability and AI-powered image optimization, allowing users to enjoy their favorite content anywhere. Spatial Signage, with its immersive 3D effects, opens up new possibilities for advertising, events, and artistic displays. These innovations cater to a growing demand for flexible and adaptable entertainment solutions.

The Future of Sound: Immersive and Intelligent Audio

Samsung’s audio lineup, including the Music Studio series, Q Series All-in-One Soundbar, and Sound Tower, showcases a commitment to delivering high-quality sound in a variety of form factors. The collaboration with designer Erwan Bouroullec on the Music Studio series highlights the importance of aesthetics in audio design. Features like Q-Symphony and Sound Elevation technology further enhance the listening experience, creating a more immersive and realistic soundscape.

FAQ

Q: What is Micro RGB technology?
A: Micro RGB uses microscopic LEDs to create a wider color gamut and higher contrast ratio, resulting in a more realistic and vibrant picture.

Q: What is the Vision AI Companion?
A: It’s an AI-powered assistant that understands natural language and provides intelligent responses, enhancing the TV viewing experience.

Q: What makes Samsung’s Art TVs different?
A: They are designed to blend seamlessly into your home décor, functioning as both a TV and a piece of art when not in use.

Q: Is the Odyssey 3D monitor compatible with all games?
A: Currently, it supports over 60 games, with more titles being added regularly.

Q: What is Spatial Signage?
A: It’s a new display technology that creates a sense of depth, making images appear more realistic and immersive.

Did you know? Samsung has been the world’s No. 1 TV brand for the past 20 years, consistently innovating and pushing the boundaries of display technology.

Ready to explore the future of entertainment? Share your thoughts in the comments below, and be sure to check out our other articles on the latest tech innovations!

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Motorola’s first book-style fold debuts

by Chief Editor
written by Chief Editor

Motorola Razr Fold: A Glimpse into the Future of Foldable Phones

Motorola’s entry into the book-style foldable market with the Razr Fold is more than just another device launch; it signals a potential shift in the foldable landscape. While Samsung dominates with its Z Fold and Z Flip lines, and Google is making strides with the Pixel Fold, Motorola is aiming for a different niche – one that prioritizes style and, potentially, affordability. The biggest question hanging over the Razr Fold isn’t its specs (which are impressive, boasting a 6.6-inch outer screen and an 8.1-inch inner display), but its price point.

The Quest for the “Affordable” Foldable

For too long, foldable phones have been luxury items, inaccessible to the average consumer. The Samsung Galaxy Z Fold5, for example, starts at $1,799. This high barrier to entry has limited the widespread adoption of the technology. Motorola’s strategy, hinted at by industry analysts like those at Counterpoint Research, appears to be offering a more competitive price. A more accessible foldable could unlock a significantly larger market.

But what does “affordable” even mean in this context? Early estimates suggest a price tag around $1,000 – $1,200, positioning it below the current flagships. This would make it a compelling option for tech enthusiasts and those curious about foldables but hesitant to spend upwards of $1,500. However, achieving this price point requires compromises, potentially in processing power or camera capabilities. Motorola’s choice of a 50MP triple camera system, while solid, isn’t pushing the boundaries like some competitors.

Did you know? Foldable phone shipments are projected to reach 73.6 million units globally in 2024, a significant increase from 35.1 million in 2022 (Source: Statista).

Style Over Substance? The Design Aesthetic

Motorola is clearly leaning into a more fashion-forward design with the Razr Fold. The described finishes – a blue-black woven texture and a silky white – suggest a focus on aesthetics, a departure from the often-utilitarian look of other foldables. This is a smart move, particularly targeting a demographic that values design as much as functionality. The company’s collaboration with Swarovski, highlighted in their Brilliant Collection, further emphasizes this commitment to style.

This design choice could be a key differentiator, attracting consumers who have been turned off by the bulkiness or overtly “techy” appearance of existing foldables. It also positions Motorola to potentially capitalize on the anticipated arrival of Apple’s foldable, which is rumored to be similarly focused on a premium, design-centric experience (as reported by The Verge).

Software Innovations and the Multitasking Future

Beyond the hardware, Motorola’s software tweaks are noteworthy. Carrying over features from their clamshell Razr phones, like the customizable outer screen clock and calendar, adds immediate value. The integration of multitasking features reminiscent of OnePlus’ software – the ability to dock apps to the side – suggests a focus on productivity and efficient use of the larger screen real estate.

The success of these software features will be crucial. Foldable phones require optimized software to truly shine. Samsung’s One UI, for example, has evolved significantly to take advantage of the foldable form factor. Motorola needs to demonstrate a similar level of software innovation to justify the investment in a foldable device.

Pro Tip: Explore the multitasking capabilities of your foldable phone. Utilizing split-screen and app pairing features can significantly boost your productivity.

The Competitive Landscape and Motorola’s Strategy

Motorola isn’t the first to enter the book-style foldable market, and it faces stiff competition. Samsung remains the dominant player, while Google is steadily improving its offering. Other brands, like Oppo and Xiaomi, also have a presence in select markets. Motorola’s strategy appears to be carving out a niche by offering a stylish, potentially more affordable alternative.

This is a calculated risk. Motorola needs to balance price with performance and features. If the Razr Fold can deliver a compelling user experience at a competitive price point, it could disrupt the foldable market and attract a new wave of consumers. However, if it compromises too much on key features, it risks being overshadowed by its rivals.

FAQ

Q: When will the Motorola Razr Fold be available?
A: Motorola plans to release the Razr Fold in North America sometime this summer.

Q: What are the key specs of the Razr Fold?
A: It features a 6.6-inch outer screen, an 8.1-inch 2K LTPO inner display, a 50MP triple rear camera system, and support for the Moto Pen Ultra stylus.

Q: Will the Razr Fold be cheaper than the Samsung Galaxy Z Fold5?
A: While the official price hasn’t been announced, industry speculation suggests it will be priced lower, potentially in the $1,000 – $1,200 range.

Q: What software features does the Razr Fold offer?
A: It includes features like a customizable outer screen, multitasking capabilities similar to OnePlus’ software, and software tricks carried over from Motorola’s clamshell foldables.

What are your thoughts on the Motorola Razr Fold? Share your opinions in the comments below! For more insights into the world of foldable technology, explore our other articles on mobile device innovation and future tech trends. Don’t forget to subscribe to our newsletter for the latest updates!

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Power bank feature creep is out of control 

by Chief Editor
written by Chief Editor

The Power Bank of Tomorrow: Beyond Just More Watts

The humble power bank has come a long way from a simple emergency charger. Once a utilitarian accessory, it’s now a battleground for features, often bordering on the unnecessary. But beneath the gimmicks, genuine innovation is brewing. We’re entering an era where power banks aren’t just about capacity, but about intelligent power delivery, material science, and seamless integration into our digital lives.

The Rise of Solid-State Batteries: Safety and Density

One of the most significant shifts on the horizon is the wider adoption of solid-state batteries. Traditional lithium-ion batteries, while effective, carry risks of overheating and thermal runaway – as evidenced by numerous recalls in recent years (like those from INIU, Anker, and Belkin). Solid-state technology replaces the liquid electrolyte with a solid material, dramatically improving safety and allowing for higher energy density. This means more power in a smaller, lighter package.

Companies like StoreDot are leading the charge, demonstrating prototypes with impressive charging speeds and energy densities. Expect to see solid-state power banks gradually become more prevalent in the next 2-3 years, initially at a premium price point.

Integrated Cables: Convenience and Durability

The trend of integrated cables, as seen in EcoFlow’s Rapid Pro Power Bank and Kuxiu’s offerings, isn’t a fad. It addresses a common pain point: lost or damaged cables. However, the key will be durability. Retractable designs, like those seen in some models, are a smart solution, minimizing tangling and protecting the cable when not in use. We’ll likely see more robust, replaceable cable systems emerge, moving beyond flimsy, fixed cables.

Smart Power Delivery: Adapting to Your Devices

Power Delivery (PD) is already commonplace, but future power banks will become even smarter about how they deliver power. Expect more sophisticated negotiation protocols that can dynamically adjust voltage and current based on the connected device’s requirements. This will not only optimize charging speed but also minimize heat generation and improve battery health. AI-powered charging algorithms could learn your device usage patterns and tailor the charging process accordingly.

Beyond Charging: Multifunctional Power Banks

While the trend of adding unnecessary features (like built-in flashlights or hotspots) is questionable, there’s room for genuinely useful multifunctionality. We’re already seeing power banks with integrated wireless charging pads and even small displays for monitoring charging status. Future iterations might include:

  • Data Storage: Combining a power bank with a secure solid-state drive (SSD) for on-the-go data backup.
  • Portable Hubs: Integrating USB-C hubs with multiple ports for connecting peripherals.
  • Environmental Sensors: Adding sensors for temperature, humidity, and air quality monitoring – particularly useful for outdoor enthusiasts.

Materials and Sustainability: A Greener Future

The environmental impact of electronics is a growing concern. Power bank manufacturers are starting to explore more sustainable materials, such as recycled plastics and bio-based polymers. We’ll also see a greater emphasis on repairability and modularity, allowing users to replace individual components rather than discarding the entire unit. The use of more durable materials will also extend the lifespan of power banks, reducing electronic waste.

The Impact of GaN and SiC Technology

Gallium Nitride (GaN) and Silicon Carbide (SiC) semiconductors are revolutionizing power electronics. These materials allow for smaller, more efficient power adapters and chargers. Expect to see GaN and SiC technology increasingly integrated into power banks, enabling faster charging speeds and reduced heat dissipation in a more compact form factor. This is particularly important for high-wattage power banks designed to charge laptops and other power-hungry devices.

FAQ: Power Bank Trends

Will solid-state batteries make lithium-ion batteries obsolete?
Not immediately. Solid-state technology is still maturing and currently more expensive. However, it’s poised to become the dominant technology in the long term.
Are integrated cables reliable?
Reliability depends on the quality of the cable and the design. Retractable cables and replaceable cable systems are generally more durable.
What is Power Delivery (PD)?
PD is a fast-charging protocol that allows devices to negotiate higher voltage and current levels for quicker charging.
How can I make my power bank more sustainable?
Choose power banks made from recycled materials, look for repairable designs, and avoid unnecessary features.

The future of power banks is about more than just bigger numbers. It’s about smarter technology, sustainable materials, and a focus on user experience. As our reliance on portable devices continues to grow, power banks will evolve to meet our increasingly demanding needs.

Want to stay ahead of the curve? Subscribe to The Verge newsletter for the latest tech news and reviews.

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Ring Doorbell Updates: New Sensors, App Store & AI Features | TechCrunch

by Chief Editor
written by Chief Editor

Beyond the Doorbell: How Amazon’s Ring is Building a Complete Home Security Ecosystem

Amazon’s Ring is rapidly evolving beyond a simple video doorbell. Recent announcements – new sensors, an app store, fire alerts, and even a car alarm – signal a strategic shift towards a comprehensive, AI-powered home and vehicle security ecosystem. This isn’t just about seeing who’s at your door anymore; it’s about proactive protection and a connected home that anticipates and responds to potential threats.

The Rise of Predictive Security: AI and the Future of Home Monitoring

The introduction of “AI Unusual Event Alerts” is a pivotal moment. Ring is moving from reactive recording to predictive security. Instead of just capturing footage after something happens, the system learns your property’s baseline activity – recognizing typical patterns of movement, clothing, and location. This allows it to flag genuinely unusual occurrences, reducing false alarms and focusing attention where it’s needed most.

This aligns with a broader trend in the security industry. Companies like SimpliSafe and ADT are also investing heavily in AI-powered analytics. A recent report by MarketsandMarkets projects the global home automation market, which includes security systems, to reach $162.9 billion by 2028, driven largely by advancements in AI and machine learning.

Pro Tip: To maximize the effectiveness of AI-powered security, ensure your camera has a clear, unobstructed view of key areas. Regularly review and refine the system’s learning parameters to minimize false positives.

Expanding the Sensor Network: A Holistic View of Your Property

The new Ring Sensors are a game-changer. Detecting not just motion and door/window openings, but also glass breakage, smoke, carbon monoxide, leaks, temperature changes, and even air quality, creates a truly holistic view of your property’s safety. This is particularly relevant given increasing concerns about environmental hazards and the growing frequency of extreme weather events.

Consider the case of smart leak detectors. According to the Insurance Information Institute, water damage is one of the most common and costly homeowners insurance claims, averaging over $10,000 per incident. Ring’s sensors, integrated with smart home automation, can automatically shut off water valves, mitigating potential damage.

The Ring App Store: A Platform for Personalized Security

The launch of the Ring app store is a bold move. It transforms the Ring app from a device-centric control panel into a platform for third-party integrations. Focusing initially on small business and home needs is smart. Imagine integrations with local handyman services triggered by a sensor detecting a potential repair issue, or automated delivery confirmations linked to Ring camera footage.

This echoes the success of platforms like IFTTT (If This Then That) and Apple’s HomeKit, which allow users to create custom automations and integrations. The key will be curating a high-quality app ecosystem and ensuring robust security and privacy standards.

Sidewalk and the Mesh Network: Extending the Reach of Security

Amazon’s Sidewalk network, supporting these new devices, is a controversial but potentially powerful feature. By leveraging a shared, low-bandwidth network between Echo and Ring devices, Sidewalk extends the range of connectivity, ensuring devices function even when Wi-Fi is weak. However, privacy concerns remain, and users should carefully review Amazon’s Sidewalk documentation and opt-in settings.

Fire Safety and Community Collaboration: Watch Duty and Beyond

The partnership with Watch Duty, a fire monitoring app, is a timely and crucial addition, especially in drought-prone areas. Real-time fire updates and the ability for Ring users to share live footage contribute to a powerful community-based early warning system. This highlights the growing importance of citizen journalism and crowdsourced information in emergency situations.

The Ring Car Alarm: Extending Protection to Your Vehicle

The new Ring Car Alarm with GPS tracking represents a logical extension of the Ring ecosystem. Vehicle theft remains a significant problem, and a connected car alarm with real-time location tracking offers a valuable layer of security. This also opens the door to potential integrations with insurance providers and law enforcement.

Frequently Asked Questions (FAQ)

How does the AI Unusual Event Alerts feature work?
It learns the typical activity patterns of your property and alerts you to anything that deviates significantly from those patterns, based on person detection, location, actions, and clothing.
What is Amazon Sidewalk and is it safe?
Sidewalk is a shared, low-bandwidth network that extends the range of your Ring and Echo devices. While convenient, it raises privacy concerns; review Amazon’s documentation and opt-in settings carefully.
Will the Ring app store be available outside the U.S.?
Currently, the app store is only available in the U.S., but Amazon has not ruled out expanding it to other regions in the future.
What types of sensors are included in the new Ring Sensors?
The sensors detect motion, door/window openings, glass breakage, smoke, carbon monoxide, leaks, temperature changes, and air quality.

Did you know? Ring’s Neighbors app has become a valuable resource for local law enforcement, providing leads and assisting in investigations. However, it has also faced scrutiny regarding privacy and potential racial profiling.

The future of home security is undeniably connected, intelligent, and proactive. Amazon’s Ring is positioning itself at the forefront of this evolution, transforming from a simple doorbell into a comprehensive ecosystem that protects not just your home, but your entire life.

Want to learn more about smart home security? Explore our other articles on advanced home automation and the latest in cybersecurity. Don’t forget to subscribe to our newsletter for the latest updates and insights!

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This smart mirror was a menace at CES 2026

by Chief Editor
written by Chief Editor

The Future is Looking Back: How Smart Mirrors and AI are Redefining Personal Health

At CES 2026, a curious scene unfolded: journalists facing a mirror, not to check their appearance, but to receive a verdict on their aging process. Nuralogix’s Longevity Mirror, a $899 device utilizing “transdermal optical imaging,” is a glimpse into a future where our reflections don’t just show how we look, but how well we’re doing.

Beyond Vanity: The Science Behind the Scan

This isn’t about superficial beauty standards. The Longevity Mirror analyzes blood flow patterns in your face – a surprisingly rich source of physiological data. It estimates heart rate, blood pressure, cardiovascular risk, metabolic health, physiological age, and even mental wellbeing, culminating in a “longevity score” from 1 to 100. The technology taps into the growing field of remote patient monitoring (RPM), a market projected to reach $175.2 billion by 2027, according to Grand View Research.

The core principle relies on photoplethysmography (PPG), a technique already used in wearables like smartwatches to measure heart rate. However, Nuralogix aims to offer a more comprehensive assessment without requiring wrist-worn devices. The potential is significant, particularly for preventative healthcare.

Accuracy and the Grain of Salt

While the initial demos at CES showed promising correlations with existing health data – like smartwatch heart rate readings and known blood pressure levels – it’s crucial to approach these results with caution. As reported by those testing the device, inaccuracies can occur, particularly when baseline data like height and weight aren’t accurately inputted. The FDA clearance process for the blood pressure metric is ongoing, highlighting the need for rigorous validation.

Pro Tip: Don’t base major health decisions solely on the output of a smart mirror. Consider it a conversation starter with your doctor, not a definitive diagnosis.

The real value may lie in identifying trends. Consistent monitoring could reveal subtle changes in your health that warrant further investigation. Think of it as an early warning system, prompting proactive health management.

The Rise of the AI Health Concierge

Nuralogix isn’t stopping at the mirror itself. They’re developing a health concierge service, priced at $399 annually, connecting users with health professionals for personalized insights. This aligns with the broader trend of AI-powered healthcare assistants. Companies like Babylon Health and Ada Health are already offering AI-driven symptom checkers and virtual consultations.

Even without the concierge service, the Longevity Mirror includes a built-in AI assistant to help interpret results. This democratization of health data is empowering, but also raises questions about data privacy and security.

Beyond the Mirror: Future Trends in AI-Powered Health Assessments

The Longevity Mirror is just the beginning. We can expect to see:

  • Integration with Smart Homes: Imagine your bathroom becoming a health hub, with mirrors, scales, and even toilets contributing to a holistic health profile.
  • Personalized Nutrition Recommendations: AI analyzing your facial blood flow and other data to suggest dietary changes for optimal health.
  • Mental Health Monitoring: More sophisticated algorithms detecting subtle facial cues indicative of stress, anxiety, or depression.
  • Gamification of Health: Turning health monitoring into a fun and engaging experience, with rewards and challenges.
  • Expansion of Transdermal Imaging: The technology could be adapted for use in smartphones and other portable devices, making health assessments more accessible.

Recent advancements in computer vision and machine learning are fueling these innovations. A study published in Nature Biomedical Engineering demonstrated the potential of AI to predict cardiovascular risk from a single facial image with surprising accuracy.

FAQ

Q: How accurate is the Longevity Mirror?
A: Accuracy varies, and it’s best used as a trend-tracking tool rather than a definitive diagnostic device. Ongoing FDA clearance processes are addressing the accuracy of specific metrics like blood pressure.

Q: Is my data secure?
A: Data security is a critical concern. Nuralogix will need to demonstrate robust data protection measures to build consumer trust.

Q: What is transdermal optical imaging?
A: It’s a non-invasive technique that uses light to measure blood flow patterns in your face, providing insights into various health metrics.

Q: Will this replace my doctor?
A: No. It’s designed to be a complementary tool, providing data to discuss with your healthcare provider.

Did you know? Sunscreen isn’t just about preventing wrinkles; it’s a crucial component of protecting your skin’s vascular health, which directly impacts the data collected by devices like the Longevity Mirror.

The future of health is increasingly proactive and personalized. Smart mirrors like the Longevity Mirror represent a fascinating step towards a world where we have a deeper understanding of our bodies and can take control of our wellbeing. What are your thoughts on this technology? Share your opinions in the comments below!

Explore more: Read our article on the latest advancements in wearable health technology or the ethical considerations of AI in healthcare.

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Lego’s Smart Brick Gives the Iconic Analog Toy a New Digital Brain

by Chief Editor
written by Chief Editor

The Smart Brick and the Future of Play: Balancing Innovation with Safety

Lego’s foray into “smart” bricks, as detailed in recent reports, isn’t just about adding tech to plastic. It’s a bellwether for a larger trend: the integration of artificial intelligence and connectivity into traditionally analog children’s toys. But this path is fraught with challenges, as evidenced by the cautionary tale of AI companions like the Kumma bear, which demonstrated the potential for inappropriate responses when prompted. Lego’s approach – a non-connected system with robust encryption – signals a growing awareness of these risks.

The AI Toy Safety Tightrope

The Kumma incident, where the AI bear reportedly offered advice on sensitive topics, highlighted a critical vulnerability. Unlike Lego’s offline system, Kumma relied on cloud connectivity, opening it up to potential manipulation and unintended outputs. This isn’t an isolated case. A 2023 report by Consumer Reports found significant privacy and security flaws in several popular smart toys, including vulnerabilities to hacking and data collection. The core issue? Many AI-powered toys prioritize features over fundamental security protocols.

Lego’s decision to avoid internet connectivity is a deliberate attempt to sidestep these immediate dangers. However, as Tom Donaldson, Lego’s head of Creative Play Lab, points out, even offline systems aren’t impenetrable. The proprietary app used for firmware updates presents a potential entry point for hackers, especially given Lego’s global reach and the inherent appeal of targeting a widely-used platform. The incentive for malicious actors increases with the size and prominence of the target.

Did you know? The global toy market is projected to reach $125.49 billion by 2028, according to a report by Fortune Business Insights, making it an increasingly attractive target for cybercriminals.

Beyond Security: Reimagining Play in the Age of AI

The potential benefits of integrating technology into toys extend far beyond novelty. Katriina Heljakka, a play learning researcher at the University of Turku, suggests Lego’s Smart Play system could address recent criticism regarding the company’s focus on adult collectors. The interactive nature of the smart bricks encourages sustained engagement and, crucially, intergenerational play – a dynamic often lost in the era of passive entertainment.

This shift aligns with a broader trend towards “playful learning,” where toys are designed to foster creativity, problem-solving skills, and social interaction. Companies like Osmo (acquired by BYJU’s) have successfully blended physical play with digital learning, demonstrating the demand for this type of experience. However, Osmo, like many connected toys, relies on a tablet and app ecosystem, raising similar security concerns.

The Expanding Role of Personalization and Adaptability

Julia Goldin, a key figure in the Smart Play project, emphasizes the expandable nature of the system. Unlike pre-programmed interactive toys, Lego’s approach allows for continuous evolution and customization. This is where the true potential of AI in toys lies: not in simply delivering pre-defined responses, but in adapting to the child’s individual play style and learning needs.

Imagine a Lego set that recognizes a child’s building patterns and suggests new challenges, or a smart brick that responds to voice commands and incorporates storytelling elements based on the child’s imagination. This level of personalization requires sophisticated AI algorithms and robust data privacy measures, but it represents the future of play.

Pro Tip: When choosing smart toys for children, prioritize brands with transparent data privacy policies and a proven track record of security. Look for certifications like COPPA (Children’s Online Privacy Protection Act) compliance.

The Rise of “Phygital” Play

The convergence of physical and digital experiences – often referred to as “phygital” play – is becoming increasingly prevalent. This trend is driven by several factors, including the growing sophistication of AI, the increasing affordability of sensors and microcontrollers, and the desire to create more immersive and engaging play experiences.

Beyond Lego, companies like Sphero are pioneering this space with programmable robots that encourage coding and STEM learning. Similarly, WowWee’s Chippies robot pet combines AI with physical interaction, offering a more dynamic and responsive companion than traditional robotic toys. The key to success in this market will be finding the right balance between technological innovation and the timeless appeal of traditional play.

FAQ: Smart Toys and the Future of Play

  • Are smart toys safe for children? While many smart toys are designed with safety in mind, it’s crucial to research brands and prioritize those with strong security and privacy measures.
  • What are the biggest risks associated with smart toys? Potential risks include hacking, data collection, inappropriate content, and exposure to online predators.
  • How can parents protect their children when using smart toys? Parents should review privacy policies, monitor their children’s interactions with the toys, and ensure the toys are regularly updated with the latest security patches.
  • Will smart toys replace traditional toys? It’s unlikely. Instead, we’ll likely see a continued blending of physical and digital play experiences, with smart toys complementing rather than replacing traditional toys.

The Lego Smart Brick represents a cautious but promising step towards a future where technology enhances, rather than dominates, the world of play. The challenge lies in navigating the complex ethical and security considerations to create experiences that are both innovative and safe for the next generation.

Want to learn more? Explore our other articles on the intersection of technology and childhood development here. Share your thoughts on the future of play in the comments below!

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Follow the Lego CES 2026 press conference live right here

by Chief Editor
written by Chief Editor

Lego at CES: Beyond the Brick – A Glimpse into the Future of Play

The Lego Group’s first-ever press conference at CES 2026 signals a significant shift. For decades, Lego has been synonymous with physical construction, but their presence at the world’s largest tech trade show indicates a deepening integration with the digital world. This isn’t just about new plastic bricks; it’s about the future of play, learning, and immersive experiences.

The Convergence of Physical and Digital Play

Lego’s recent partnership with Sony to create the animated Lego Horizon Adventures game is a prime example of this convergence. This isn’t a one-off; it’s a strategic move reflecting a broader industry trend. The global augmented reality (AR) and virtual reality (VR) market is projected to reach $84.09 billion by 2028, according to a recent report by Grand View Research. Lego is positioning itself to capitalize on this growth by blending its tactile building experience with digital interactivity.

Expect to see more Lego sets designed with companion apps, interactive elements triggered by building, and potentially even AR experiences that overlay digital content onto physical creations. Imagine building a Lego spaceship and then launching it on a virtual mission through your living room – that’s the direction Lego is heading.

Pro Tip: Keep an eye out for Lego sets incorporating QR codes or NFC tags. These technologies can seamlessly link physical builds to digital content, unlocking new levels of engagement.

The Rise of Programmable Lego and Robotics

Lego’s foray into robotics with Lego Mindstorms has been ongoing for years, but CES 2026 could showcase significant advancements. The educational robotics market is booming, driven by the increasing demand for STEM skills. A report by Market Research Future estimates the global educational robotics market will reach $2.6 billion by 2030.

We can anticipate more sophisticated programming interfaces, AI-powered robotics kits, and integration with popular coding platforms like Python and Scratch. Lego isn’t just selling toys; they’re providing a gateway to coding, engineering, and problem-solving skills. The new F1 Academy racing car set hints at a focus on engineering principles and potentially even simulated racing environments.

Sustainability and the Future of Lego Bricks

Lego’s commitment to sustainability is no longer a side project; it’s a core business imperative. Consumers are increasingly demanding eco-friendly products, and Lego is responding. Their goal to make all Lego bricks from sustainable materials by 2032 is ambitious, but achievable with ongoing research and development.

At CES, Lego may unveil new bio-based plastics, innovative recycling programs, or packaging solutions designed to minimize environmental impact. They might also showcase how they are reducing their carbon footprint throughout their supply chain. This isn’t just about “greenwashing”; it’s about building a more responsible and sustainable brand for the future.

Beyond Toys: Lego as a Platform for Innovation

Lego is evolving from a toy manufacturer into a platform for innovation. Their partnerships with companies like Sony demonstrate their willingness to collaborate and explore new applications for their bricks. We could see Lego partnering with companies in fields like healthcare, architecture, or even aerospace to create innovative solutions.

Imagine Lego bricks being used to create customizable prosthetics, architectural models for urban planning, or even components for space exploration. The possibilities are endless. Lego’s unique building system and global community of builders make it a powerful platform for creativity and problem-solving.

Frequently Asked Questions (FAQ)

  • Will Lego sets become entirely digital? No, Lego’s core strength lies in the tactile experience of building. The future is about blending physical and digital, not replacing one with the other.
  • How will Lego address the cost of sustainable materials? Lego is investing heavily in research and development to find cost-effective sustainable alternatives. They are also exploring innovative recycling programs to reduce material costs.
  • What skills will Lego robotics kits teach children? Lego robotics kits teach coding, engineering, problem-solving, and critical thinking skills – all essential for success in the 21st century.
  • Will Lego sets become more expensive? The cost of sustainable materials and advanced technology may lead to some price increases, but Lego is committed to offering a range of products at different price points.
Did you know? Lego is one of the world’s largest tire manufacturers, producing over 300 million tiny tires each year for its vehicle sets!

The Lego Group’s presence at CES 2026 is a clear indication that the future of play is evolving. By embracing technology, sustainability, and collaboration, Lego is positioning itself to remain a leader in the toy industry for generations to come. Stay tuned for more updates from the event!

Want to learn more about the intersection of technology and play? Explore our articles on the future of educational toys and the impact of AR/VR on childhood development.

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Lifx Launches Matter-Enabled Mirror, Dimmer & Cheaper Smart Lights

by Chief Editor
written by Chief Editor

The Smart Home is Getting Smarter: Lifx and the Rise of Interoperability

Lifx’s recent announcements – a Matter-enabled smart mirror, an in-wall dimmer, and a more affordable line of smart lights – aren’t just about new products. They signal a pivotal shift in the smart home landscape: a move towards true interoperability and accessibility. For years, the promise of a seamlessly connected home has been hampered by fragmented ecosystems. Now, with the adoption of standards like Matter, and companies like Lifx embracing them, that promise is finally within reach.

Matter: The Universal Language of Smart Homes

Matter, developed by the Connectivity Standards Alliance (CSA), aims to solve the biggest headache for smart home users: compatibility. Previously, a Philips Hue bulb might not work with an Amazon Echo, or a Samsung SmartThings hub might struggle with Apple HomeKit. Matter creates a unified application layer, allowing devices from different manufacturers to communicate regardless of their underlying technology (Wi-Fi, Thread, or Bluetooth). According to the CSA, over 300 companies are participating in the Matter initiative, demonstrating widespread industry support.

Lifx’s commitment to both Wi-Fi and Thread support is particularly noteworthy. Wi-Fi offers broad compatibility, while Thread, a low-power mesh network, promises greater reliability and reduced congestion, especially in homes with numerous smart devices. A recent study by Parks Associates found that 37% of broadband households are concerned about the reliability of their smart home devices, highlighting the need for robust networking solutions like Thread.

Beyond Bulbs: The Expanding Smart Home Ecosystem

The introduction of a smart mirror and in-wall dimmer demonstrates that smart home technology is moving beyond simple bulbs and plugs. These devices represent a deeper integration into the fabric of the home, transforming everyday objects into interactive control centers. The Lifx SuperColor mirror, with its customizable buttons and anti-fog technology, exemplifies this trend.

This expansion is fueled by consumer demand. A Deloitte study revealed that 53% of US consumers now own at least one smart home device, and that number is steadily increasing. However, usability remains a key barrier to adoption. Simplified setup and seamless integration, facilitated by standards like Matter, are crucial for attracting mainstream consumers.

The Rise of Affordable Smart Lighting

Lifx’s “Everyday” line directly addresses the price sensitivity of many consumers. While premium smart lighting offers advanced features like precise color control and high brightness, it often comes with a hefty price tag. By offering a more affordable option without sacrificing core functionality (like 90 CRI color accuracy), Lifx is opening up the smart lighting market to a wider audience.

This strategy mirrors that of Philips Hue, which also recently launched a more budget-friendly line of smart bulbs. Competition in the affordable smart lighting segment is likely to intensify, driving down prices and accelerating adoption.

The Future of Smart Home Control: Beyond the App

The Lifx Smart Dimmer, with its customizable buttons and integration with Matter, points towards a future where smart home control extends beyond smartphone apps. Physical switches remain a preferred method of control for many users, offering a tactile and intuitive experience.

Integrating smart functionality into traditional form factors, like in-wall dimmers, allows for a more seamless and natural user experience. Furthermore, the ability to trigger complex scenes with a single button press simplifies automation and makes smart home technology more accessible to non-technical users.

What Does This Mean for Consumers?

The trends highlighted by Lifx’s announcements suggest a brighter future for the smart home. Consumers can expect:

  • Greater Compatibility: Devices will work together more seamlessly, regardless of brand.
  • Lower Prices: Increased competition will drive down the cost of smart home technology.
  • More Integrated Experiences: Smart technology will be embedded into more everyday objects.
  • Simplified Control: Control options will expand beyond smartphone apps, offering more intuitive and convenient ways to manage the home.

Did you know? The smart home market is projected to reach $622.59 billion by 2026, according to Statista, demonstrating the immense growth potential of this industry.

FAQ

Q: What is Matter?
A: Matter is a unified connectivity standard that allows smart home devices from different manufacturers to work together seamlessly.

Q: What is Thread?
A: Thread is a low-power mesh networking protocol designed for smart home devices, offering greater reliability and reduced congestion.

Q: Will I need to replace all my existing smart home devices to use Matter?
A: Not necessarily. Many manufacturers are offering firmware updates to make their existing devices Matter-compatible.

Q: What are the benefits of an in-wall smart dimmer?
A: In-wall dimmers offer a more traditional and convenient way to control lighting, and can be integrated with smart home automation systems.

Pro Tip: Before investing in new smart home devices, check for Matter compatibility to ensure they will work with your existing setup and future purchases.

Explore more about the evolving smart home landscape on The Verge’s Smart Home section. Share your thoughts on the future of smart homes in the comments below!

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