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Meta’s Neural Interface Wristband Reads Your Muscle Signals to Control Computers

Meta has developed a neural interface wristband that detects electrical signals from your muscles to control computers without touching any device. The sEMG research device (sEMG-RD) represents a significant leap forward in human-computer interaction, using surface electromyography to translate subtle hand movements into digital commands. This technology could fundamentally change how we interact with our devices, eliminating the need for traditional keyboards, mice, or touchscreens. The wristband works by reading the electrical activity generated when muscles contract, even when those movements are too small to see.

Designer: Meta

While still in research phases, this Meta neural interface wristband demonstrates how wearable technology might evolve beyond fitness tracking into direct neural control. Thomas Reardon, director of neuromotor interfaces at Reality Labs, leads the team behind this breakthrough published in Nature journal. The device requires no individual calibration, working immediately across diverse users without training periods. Can you envision a future where your thoughts and micro-movements become the primary interface between you and your digital world?

Sixteen Gold-Plated Sensors Change Everything

Here’s what makes this different from every other gesture control attempt we’ve seen. The physical design centers on discrete electrode pods featuring gold-plated sensors arranged around your wrist. Each of the 16 electrode pods captures electrical signals from muscle contractions at a sampling rate of 2kHz, which is fast enough to catch even the subtlest movements.

Meta offers four different size variants with spacing options of 10.6mm, 12mm, 13mm, or 15mm between electrodes. This modular electrode design ensures proper fit across diverse anatomical variations while maintaining consistent signal quality regardless of wrist circumference or muscle positioning. The gold-plated electrodes provide superior signal quality compared to standard materials, maintaining consistent contact integrity throughout extended use sessions. Unlike traditional EMG systems that require skin preparation or conductive gels, this gesture control wearable device uses dry electrodes that work immediately upon contact. The digital compute capsule houses the battery, processing unit, and Bluetooth connectivity, keeping the bulk away from the sensing elements. This separation of components ensures that the sensing area remains lightweight while the heavier processing components sit comfortably on the wrist.

The entire system supports both left and right-handed users through proper electrode positioning and calibration algorithms. Engineers focused heavily on user experience during the design process, creating a system that can be put on and removed within seconds. No setup procedures, no training sessions, no individual calibration required.

The Science Behind Reading Your Muscle Intentions

Surface electromyography technology captures the electrical activity that occurs when motor neurons activate muscle fibers. When you think about moving your hand or fingers, your brain sends electrical signals through the nervous system to the appropriate muscles. These signals create detectable electrical patterns on the skin surface, even when the actual movement is barely perceptible.

The Meta neural interface wristband amplifies and processes these signals to identify specific gesture intentions. The breakthrough lies in the device’s ability to work without individual calibration, processing muscle signals universally across different users. This represents a major advancement over previous EMG interfaces that required extensive setup procedures and frequent recalibration. The system can distinguish between different types of hand movements by analyzing the unique electrical signatures each gesture produces.

Flexing your index finger creates a different pattern than making a fist or rotating your wrist. Machine learning algorithms trained on thousands of gesture samples enable the device to recognize these patterns with high accuracy. The technology works even with subtle micro-movements, making control possible through barely perceptible muscle activations.

Processing happens in real-time, with the system analyzing muscle signals and translating them into computer commands with minimal latency. The hands-free computer interface can detect multiple simultaneous gestures, allowing for complex input combinations similar to keyboard shortcuts. Users can perform actions like scrolling, clicking, typing, and navigating interfaces through different muscle activation patterns. The system adapts to individual users naturally without requiring training sessions or calibration procedures.

The analogue wristband component handles signal capture while the digital compute capsule processes the data and transmits commands via Bluetooth. Researchers have demonstrated the technology’s effectiveness across various computing tasks, from basic cursor control to complex text input. The muscle signal technology proves particularly useful for users with limited mobility, offering new pathways for computer interaction. Additionally, the system works in environments where traditional input methods might be impractical, such as when hands are occupied with other tasks.

The precision of gesture recognition continues to improve as the machine learning models process more user data and refine their pattern recognition capabilities. The device maintains stable performance throughout extended use sessions, with the dry electrode system preserving contact integrity even during active movement. The research published in Nature demonstrates successful implementation across diverse user groups, showing consistent performance regardless of age, gender, or physical characteristics.

Why This Matters for Wearable Design

This breakthrough in neural interface design challenges conventional approaches to wearable device interaction. Traditional wearables rely on physical buttons, touchscreens, or voice commands, but muscle signal detection opens entirely new interaction paradigms. The technology could influence how designers approach user interfaces across multiple device categories, from smartwatches to AR glasses.

The discrete electrode pod design provides a template for future wearable sensors that need to accommodate anatomical variation while maintaining performance standards. This approach could influence other health monitoring devices, fitness trackers, and medical wearables that require consistent skin contact. The emphasis on rapid deployment and removal addresses a common pain point in wearable design, where complex setup procedures often hinder user adoption.

From an industrial design perspective, the separation of sensing and processing components demonstrates how to balance functionality with wearability. This design philosophy could apply to other complex wearable systems that need to integrate multiple technologies without compromising comfort or aesthetics. The success of the dry electrode system also suggests potential improvements for other skin-contact wearable technologies, reducing barriers to daily use while maintaining measurement accuracy. The no-calibration approach eliminates a major friction point that has historically limited EMG device adoption in consumer applications. Integration possibilities with existing wearable ecosystems present both opportunities and design challenges for maintaining aesthetic coherence while expanding functionality.

The post Meta’s Neural Interface Wristband Reads Your Muscle Signals to Control Computers first appeared on Yanko Design.

LEGO’s 3,251-brick Italian Riviera Set Brings Sunshine and Gelato to Your Shelf This Summer

Summertime daydreams of coastal Italian getaways just got a whole lot more accessible. LEGO has unveiled its latest Ideas set, the 21359 Italian Riviera, a vibrant slice of Mediterranean charm that lets builders construct their own pocket-sized version of those iconic cliffside villages without the airfare. The 3,251-piece model transforms plastic bricks into a sun-drenched Ligurian village scene that practically radiates warmth, complete with terracotta roofs, flower-adorned balconies, and crystal-blue waters lapping against weathered stone steps.

This set represents another triumph for the LEGO Ideas platform, where fan designers submit concepts that can eventually become official products. The Italian Riviera began life as a submission from Portland-based designer Alex Sahli, whose passion for Italian travel and architecture shines through in every carefully considered detail. His original concept has been refined by LEGO’s in-house design team while maintaining the essence of what made the initial submission so appealing: that perfect balance between architectural authenticity and playful charm that defines the best LEGO creations.

Designers: Alex Sahli & LEGO

The build centers around two main structures, a warm yellow building and a rich terracotta orange one, both quintessentially Mediterranean in their styling. Each features multiple stories that can be accessed by removing the roofs and upper floors, revealing meticulously detailed interiors. The yellow building houses what appears to be a diving equipment shop on the ground floor, complete with a turquoise scooter parked outside that adds a perfect pop of color against the pastel walls. The orange building contains a fresh seafood shop, while at the back in the peach-colored building is what might be the set’s most delightful feature: a gelato shop with a tiny display case, scoops, and even a “Best Gelateria 2025” certificate hanging proudly on the wall. I can practically smell the salty sea air and taste the pistachio gelato as we speak!

The set includes ten minifigures that bring this coastal community to life. There’s a fishmonger complete with knife and fish, a gelato shop owner serving excited customers, a fisherman in his boat, and various townsfolk going about their daily business. Each character sports unique outfits and accessories that reflect the casual elegance of Italian coastal style, from sundresses to striped shirts. A particular standout is an older woman with gray hair enjoying coffee on her balcony, embodying the relaxed Mediterranean lifestyle.

The waterfront area ties everything together with remarkable attention to detail. A small fishing boat bobs in the translucent blue water elements, while a stone quay features market stalls, benches, and various small vignettes of village life. The clever use of textured pieces creates an authentic-looking cobblestone street, while tiny details like flowerpots, hanging laundry, and window shutters contribute to the lived-in feel. LEGO designers have employed some impressive building techniques throughout, particularly in the roofing and façade details, where clever part usage creates the impression of weathered, centuries-old architecture using modern plastic bricks.

The warm colors, the density of the buildings, the mixture of commercial and residential spaces, and the way the structures interact with the water all contribute to a model that feels authentically Italian. The designers have understood that the appeal of places like Cinque Terre or Portofino isn’t just their picturesque quality but their sense of community and history. This set manages to convey that feeling through thoughtful details like tiny cats perched on ledges, laundry hanging between buildings, and residents chatting in doorways.

The LEGO Ideas Italian Riviera (21359) will be available starting August 7, 2025, for LEGO Insiders, with general release following on August 10. At $299.99 (£249.99/€279.99), it represents a significant investment, but the piece count of 3,251 and the incredible detail justification for serious LEGO enthusiasts and Italophiles alike. Early purchasers will also receive a bonus Gift with Purchase: the Italian Market Van (5009422), a 142-piece model of a delivery vehicle heading to market. Whether displayed on a shelf as a reminder of past travels or used as inspiration for future adventures, this set captures the timeless appeal of the Italian coast in a format that can be enjoyed year-round, no passport required.

The post LEGO’s 3,251-brick Italian Riviera Set Brings Sunshine and Gelato to Your Shelf This Summer first appeared on Yanko Design.

Microsoft’s Latest Surface Laptop Has 5G, a SIM Tray, and a whopping $1,799 price tag

Microsoft didn’t revive the Windows Phone, but this might be the next best thing – a Surface Laptop with 5G, a Nano SIM tray, and even eSIM capabilities. The Surface Laptop 5G is scheduled to hit shelves this August with a starting price of $1,799. While Microsoft has previously dabbled in cellular connectivity with its Surface Pro X line, this marks their first dedicated 5G-enabled Surface Laptop, complete with a physical SIM tray alongside eSIM support. The move signals Microsoft’s renewed focus on the premium mobile professional market, a space where Apple has been notably absent despite its dominance in the laptop sector.

The timing couldn’t be more strategic, with remote work becoming a permanent fixture in our professional landscape. Spotty coffee shop Wi-Fi and hotel internet throttling are genuine productivity killers that 5G connectivity elegantly solves. Microsoft seems to understand that for a certain segment of professionals, the ability to open your laptop anywhere and instantly connect to high-speed internet isn’t a luxury but a necessity worth paying for. The question remains whether enough buyers will agree with Microsoft’s rather steep pricing philosophy.

Designer: Microsoft

Intel’s Core Ultra 5 processor powers the base configuration, working alongside 16GB of RAM and a somewhat stingy 256GB of storage. The choice of Intel over Qualcomm’s Snapdragon chips marks an interesting strategic decision, suggesting Microsoft prioritized raw horsepower and compatibility over the extended battery life ARM typically delivers. The Core Ultra architecture brings dedicated NPU (Neural Processing Unit) hardware that accelerates AI tasks, perfectly timed with Microsoft’s aggressive push into AI-powered productivity features across Windows 11. Running complex Copilot functions locally without murdering your battery life requires exactly this kind of specialized silicon, making the timing of this release particularly clever.

Physically, the Surface Laptop 5G maintains Microsoft’s signature minimalist aesthetic, but reports indicate substantial internal reengineering to accommodate the 5G modem’s thermal and power requirements. The aluminum chassis houses what’s likely to be a high-resolution PixelSense display (though Microsoft has been surprisingly tight-lipped about exact screen specs). Connectivity options beyond 5G will include the latest Wi-Fi 6E or possibly even Wi-Fi 7 standards, Bluetooth 5.3, and Microsoft’s typical assortment of USB-C, USB-A, and Surface Connect ports. The real magic happens with that SIM tray though, giving road warriors the ability to pop in local SIMs when traveling internationally, potentially saving hundreds in roaming fees compared to eSIM-only devices.

That $1,799 starting price puts this device squarely in premium territory, competing with high-end MacBook Pros even with maxxed out configurations. The pricing reflects a calculated gamble that professionals who bill at $150+ per hour simply cannot afford connectivity hiccups or downtime. For a consultant who loses billable hours to crappy WiFi and godawful hotspots, the Surface Laptop 5G potentially pays for its premium within weeks. IT departments supporting hybrid workforces might find the built-in 5G capability reduces VPN headaches and security concerns associated with public Wi-Fi. The inclusion of both physical SIM and eSIM support is particularly clever, especially considering I can’t think of a single modern-day laptop with eSIM capabilities.

Microsoft has zeroed in on connectivity as their killer feature while competitors chase increasingly diminishing returns on thinness or screen brightness. It’s a refreshingly practical approach in a market often dominated by spec-sheet one-upmanship. The Surface Laptop 5G represents a genuinely useful evolution that addresses real-world pain points rather than theoretical ones. For the digital nomad crowd, the freelancers hopping between coffee shops, the sales teams presenting in dead zones, and the executives who can’t afford to be offline during travel, Microsoft has created something genuinely compelling. The question isn’t whether the Surface Laptop 5G is worth its premium price tag in absolute terms, but whether constant connectivity is worth the extra $500-700 over comparable non-5G laptops. For an increasing number of professionals, the answer is an enthusiastic yes.

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Cave Chair Turns Privacy and Comfort Into Modern Design Art

Open offices, busy homes, and crowded public spaces leave little room for genuine quiet time. We’re constantly surrounded by conversations, notifications, and background noise that make it nearly impossible to focus on reading, thinking, or simply taking a mental break from the world around us.

The Cave Chair by Domain Architects for Bischiyano offers a clever solution to this modern problem. Rather than just providing another place to sit, this pyramidal furniture piece creates an actual enclosure that wraps around you, delivering both acoustic isolation and visual privacy in spaces where finding either feels impossible.

Designer: Domain Architects for Bischiyano

Design Philosophy: From Natural Caves to Modern Comfort

Domain Architects looked to natural cave formations for inspiration, translating the protective qualities of these ancient shelters into contemporary furniture design. The result is a geometric pyramid that functions as both seating and architectural enclosure, creating what the designers call a micro-space for retreat and reflection.

Working with Bischiyano, the designers developed a piece that blurs the line between furniture and architecture. The Cave Chair doesn’t simply occupy floor space; it actively defines and shapes the area around it, transforming any location into a personal sanctuary where users can escape overstimulating environments.

Form Meets Function in Pyramidal Geometry

The chair’s distinctive pyramidal shell measures 165cm long by 165cm wide by 190cm tall, creating a substantial presence that commands attention in any room. The angular exterior features clean geometric lines, while the interior curves gently around the user, upholstered in continuous stretch fabric that eliminates visual breaks or seams.

The seat sits low at 30cm high, encouraging a relaxed posture that naturally slows you down and promotes longer stays. This thoughtful positioning, combined with the enveloping walls, creates an immediate psychological shift from the external environment, making the chair feel like a personal hideaway rather than ordinary seating.

Material Innovation for Acoustic Comfort

The upholstery combines 60% new wool, 20% nylon, and 20% polyester, layered over 2mm of acoustic foam throughout the interior surfaces. This material blend serves dual purposes: providing tactile comfort while creating what the designers describe as a muffled acoustic zone that reduces ambient noise levels.

The stretch fabric maintains visual continuity across all interior surfaces, creating a seamless cocoon effect that enhances the sense of enclosure. The acoustic dampening properties become immediately noticeable once you settle inside, with external conversations and office sounds becoming significantly quieter, making concentration and relaxation much easier to achieve.

The User Experience: A Personal Retreat

Settling into the Cave Chair feels like stepping into a quiet bubble within whatever space you happen to be occupying. The soft interior walls curve around your shoulders and back, providing physical comfort while the acoustic properties create a noticeably quieter environment for reading, phone calls, or simple contemplation.

The chair works particularly well in open-plan offices, busy households, or public spaces where privacy comes at a premium. You remain visually connected to your surroundings through the open front, but the psychological effect of being partially enclosed creates an immediate sense of separation from distractions and interruptions.

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This Hybrid Drone Seamlessly Transitions from Air to Water Using Variable Pitch Propellers

What happens when engineering students decide that choosing between air and water is completely unnecessary? Aalborg University students created a drone prototype that can both fly and swim, using variable pitch propellers for smooth transitions. This hybrid drone represents a fascinating approach to multi-environment robotics, where a single device can operate effectively in two completely different mediums. The breakthrough lies in the clever engineering of variable pitch propellers that adapt their blade angles depending on whether they’re cutting through air or pushing through water. Instead of requiring separate aerial drones and underwater vehicles for different missions, this prototype suggests a future where one versatile machine handles both domains with impressive efficiency.

Designers: Aalborg University students

The project emerged from Andrei Copaci’s bachelor thesis work at Aalborg University, demonstrating how student innovation continues to push boundaries in drone technology. The 3D-printed hybrid drone can quickly transition between air and water thanks to variable pitch propellers. Unlike conventional drones that excel in one environment, this design prioritizes adaptability and seamless transitions. The engineering challenge centered on creating propellers that could generate sufficient thrust for flight while also providing effective propulsion underwater, where the physics of movement change dramatically. The solution involved developing propeller blades that automatically adjust their pitch angle based on the medium they encounter.

The Engineering Behind Variable Pitch Propellers

Variable pitch propellers serve as the heart of this hybrid drone’s unique capabilities, functioning like adjustable wings that optimize performance for different environments. At the heart of this drone’s unique ability is its variable pitch propeller system. Unlike standard propellers, these adjustable blades change their angle depending on whether the drone is flying or swimming. When operating in air, the propeller blades adopt a steeper pitch angle to generate the airflow and thrust necessary for sustained flight. This configuration maximizes the blade’s interaction with air molecules, creating the lift and forward momentum required for aerial maneuvers.

However, water presents entirely different challenges due to its density and resistance properties. Once underwater, the blades adjust to a lower angle. This reduces drag and allows the drone to maneuver efficiently through liquid. The transition happens automatically as the drone moves between environments, eliminating the need for manual adjustments or complex control systems. This automatic adaptation represents a significant engineering achievement, as it requires precise mechanical design and responsive control algorithms.

The propeller system must account for the vastly different fluid dynamics between air and water. Air offers minimal resistance but requires higher blade speeds and specific angles to generate lift. Water provides more resistance but allows for more efficient thrust generation at lower speeds with adjusted blade angles. The variable pitch mechanism bridges these opposing requirements through mechanical ingenuity.

The 3D-printed construction of the propellers adds another layer of innovation to the design approach. Using variable pitch propellers, 3D printed propeller blades, and custom flight control software, this drone smoothly translates between environments. This manufacturing method allows for rapid prototyping and precise customization of blade profiles, enabling the team to test different configurations and optimize performance for both air and water operations.

Seamless Environmental Transitions

The transition between air and water represents one of the most challenging aspects of amphibious drone design, requiring careful consideration of entry angles, speed management, and propulsion adjustments. Most hybrid vehicles struggle with this critical moment when they move from one medium to another, often experiencing performance degradation or control difficulties. However, this Aalborg University prototype demonstrates smooth environmental transitions that maintain operational effectiveness throughout the changeover process.

During the air-to-water transition, the drone must manage several complex factors simultaneously. The entry angle into water affects splash generation and initial underwater stability. Too steep an angle can cause the drone to dive uncontrollably, while too shallow an approach might result in skipping across the surface. The variable pitch propellers automatically adjust as they encounter water resistance, shifting from high-speed, low-angle air configuration to the lower-speed, higher-angle underwater setup.

The propulsion system’s adaptability becomes crucial during these transition moments. The Aalborg team’s work stands out for its effective use of variable pitch propellers and smooth environmental transitions, which are crucial for operational efficiency. Unlike fixed-pitch propellers that would struggle to maintain effectiveness across both mediums, the variable system optimizes thrust generation for each environment. This optimization prevents the power losses and control instabilities that typically plague multi-environment vehicles.

Water-to-air transitions present their own unique challenges, particularly regarding the additional weight from water retention and the need to generate sufficient lift for takeoff. The drone must overcome water’s surface tension while simultaneously reconfiguring its propellers for aerial operation. The seamless nature of these transitions suggests sophisticated control algorithms that coordinate propeller pitch changes with power management and flight control adjustments.

Applications and Future Potential

This hybrid drone technology opens up numerous practical applications across industries that currently require separate aerial and underwater vehicles. Search and rescue operations could benefit significantly from a single device capable of scanning large areas from the air before diving to investigate underwater locations. The ability to operate in two different environments using one device could replace the need for separate aerial drones and underwater vehicles. This could reduce costs and expand mission versatility.

Marine research represents another promising application area where hybrid drones could streamline data collection processes. Scientists studying coastal ecosystems, coral reefs, or underwater geological formations currently need multiple specialized vehicles to gather comprehensive data. A hybrid drone could conduct aerial surveys to map large areas, then dive to specific points of interest for detailed underwater investigation, all within a single mission profile.

Environmental monitoring applications could leverage the drone’s dual capabilities for comprehensive ecosystem assessment. Coastal pollution tracking, marine life observation, and water quality monitoring would benefit from devices that can seamlessly move between surface and subsurface environments. The cost reduction from using one versatile vehicle instead of multiple specialized units makes such monitoring programs more accessible to smaller research organizations and environmental agencies.

Infrastructure inspection presents another compelling use case, particularly for bridges, offshore platforms, and coastal installations. Previous efforts at creating similar air-water drones have existed, including prototypes developed in the United States and China. However, the Aalborg approach demonstrates practical improvements in transition smoothness and propeller efficiency that could make such applications more viable for commercial deployment.

The prototype’s current limitations suggest areas for future development, including extended battery life, improved waterproofing, and enhanced payload capacity. As these technical challenges are addressed, hybrid drones could become standard tools for industries requiring multi-environment capabilities.

Impact on Drone Design Philosophy

The success of this hybrid drone challenges conventional thinking about specialization versus versatility in unmanned vehicle design. Traditional engineering wisdom often favors specialized tools optimized for specific environments, arguing that jack-of-all-trades devices compromise performance in each domain. However, this project demonstrates that thoughtful engineering can create versatile systems without significant performance penalties in either operating environment.

The variable pitch propeller concept could influence broader drone design approaches beyond hybrid applications. Conventional aerial drones might benefit from propeller systems that adjust to different flight conditions, weather patterns, or payload configurations. The automatic adaptation mechanism developed for this hybrid system could enhance efficiency and performance across various single-environment applications as well.

While the current project is at the prototype stage, it paves the way for future developments in multipurpose drones that can move easily between air and water. Such innovations promise to expand the capabilities of unmanned vehicles and improve the collection of data and performance in complex operation areas.

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Innovative Circular Home With Four Sunken Gardens Lets You Truly Enjoy Lakeside Living

YCL Architectural Studio has designed something extraordinary on the shores of Lithuania’s countryside. Villa O is a 237-square-meter circular residence that ditches conventional rectangular forms for something far more intriguing. The architects—Tomas Umbrasas, Aidas Barzda, and Tautvydas Vileikis—positioned this sculptural home at the highest point of its lakeside plot, creating panoramic views that stretch across all four cardinal directions.

The circular footprint organizes itself around a central plus-shaped configuration, dividing the residence into four distinct living zones. Four semi-enclosed sunken courtyards carved directly into the structure flood the interior with natural light while maintaining privacy from neighboring properties. These courtyards serve as transition spaces between interior and exterior, bringing nature inside without disrupting the home’s geometric integrity. The design encourages natural flow and openness, with each room connecting seamlessly to outdoor spaces through carefully positioned openings.

Designer: YCL Architectural Studio

Thermally modified wood cladding wraps the exterior alongside concrete elements, creating a palette that weathers gracefully against Lithuania’s seasonal changes. The gently sloping concrete walls add sculptural quality both inside and out, their subtle tilt expanding spatial perception while creating dynamic shadows as sunlight moves throughout the day. This material combination ensures the structure ages beautifully while maintaining its architectural presence across seasons.

The circular form presents both opportunities and challenges for contemporary living. Traditional furniture placement requires creative solutions, pushing inhabitants to think beyond conventional room arrangements. The sunken courtyards, while visually striking, demand careful maintenance considerations during Lithuania’s harsh winters when snow accumulation becomes a factor.

Winter photography reveals Villa O’s most stunning transformation. Snow coverage renders the structure almost invisible, creating an ethereal quality that showcases the home’s integration with its natural setting. The circular form disappears into the landscape, becoming part of the site’s topography rather than dominating it. This seasonal camouflage speaks to the architects’ understanding of how buildings should respond to their environment across different weather conditions.

Villa O is an impressive representation of how residential architecture can be pushed beyond standard typologies. It uses circular planning to build a unique living experience while maintaining a connection to natural surroundings. The home functions as both a private retreat and an architectural experiment, utilizing an innovative form to enhance daily living. Through careful attention to site placement, material selection, and spatial organization, Villa O establishes new possibilities for contemporary homes and how they can engage with the landscape while providing functional modern living spaces. Although the four separate courtyards will require ongoing landscaping and drainage maintenance, they still make a unique and captivating addition to this modern home, which offers a refreshing approach to lakeside living.

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Project Scribe is an open source printer you can create yourself

The moment I started using a computer and eventually a mobile phone, I practically became a digital person. But I also couldn’t let go of analog things like planners, photo prints, journaling, etc. So having tools like notebooks, printers, stickers, notepads, etc are a necessity for whenever I feel like going offline rather than typing and swiping. There are a lot of brands that keep producing products for this market but what if you could also create one on your own?

Project Scribe by Urban Circles brings an entirely new twist to the idea of keeping life’s little moments. Instead of just printing receipts for purchases, Scribe invites you to print out “receipts” for your thoughts, jokes, memories, anecdotes, or even daily achievements. These aren’t just slips of paper; they are tangible mementos you can cut up, organize, highlight, stick onto your wall, or save in a scrapbook. The beauty of Scribe is in its mission to help you reflect on where you’ve been and gently nudge you toward better, more mindful decisions each day.

Designer: Urban Circles

The heart of Project Scribe is a thermal printer, the same kind used to print receipts at your favorite stores. Urban Circles has made the entire process simple and approachable, even for beginners. The project is completely open source and well-documented on its GitHub page, making it easy for anyone to jump in. Alongside the thermal printer, you’ll find a stylish stand and an Arduino board that drives the system. The Arduino runs special firmware, provided by Urban Circles, which sets up a basic web interface over WiFi. This means you can easily send new “receipts” to print straight from your phone or computer.

One of the most fun aspects of Project Scribe is its flexibility. The system lets you create physical logs of whatever matters most to you. Print a note to yourself, jot down a funny story, or write out a goal for the week. You can even use the receipts to document memories as they happen, giving them a physical presence that goes beyond anything digital. Each printed strip becomes a tiny piece of your personal history, ready to be collected, shared, or displayed however you like.

Thermal printing brings a unique charm to the project. It is fast, reliable, and doesn’t require any ink. Urban Circles offers tips for choosing the best thermal paper, so your memories and notes stay crisp and legible. The rolls can be as long or as short as you need, giving you complete control over how much you want to print and preserve. Because the project is open source, you can customize it further, add features, or tweak the design to fit your style.

Project Scribe isn’t just about nostalgia. It is about helping you live more intentionally. By making it easy to capture meaningful moments on paper, Scribe encourages mindfulness and a deeper connection to your day-to-day experiences. It is a fun, creative way to take a break from screens and engage with your memories in a hands-on way. Whether you’re looking to boost your creativity, stay organized, or simply enjoy the novelty of printing your thoughts, Project Scribe offers a delightful and practical solution.

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