This Crumbling Kyoto Home Was Rebuilt as a Wabi-Sabi Sanctuary – and Every Detail Is Intentional

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Kyoto’s preservation codes make renovation a negotiation between what a building was and what its residents need it to become. In the Narutaki district, kooo architects recently completed that negotiation on a traditional Sukiya-style residence, stripping back decades of piecemeal alterations to recover the spatial clarity the original structure once had. The result is not a museum piece or a minimalist showroom. It is a home that treats historical material as a living framework rather than a frozen artifact, and the distinction matters more than it might seem.

Sukiya architecture grew out of the Japanese tea ceremony tradition, where timber construction, open spatial flow, and natural materials created rooms designed for contemplation rather than display. The original home had lost much of that character over the years as its tatami rooms were modified beyond recognition through successive, uncoordinated changes.

Designer: kooo architects

kooo architects responded by reorganizing the interior into three distinct yet connected spaces: an earthen-floored passage linking the main structure’s two wings to a smaller detached annex, a generous reception room, and a dedicated garden room built for nothing more than sitting with the landscape outside. Western Kyoto’s Rakusei area provides long views and mature plantings that shift dramatically with the seasons, and the architects oriented an entire room around the act of watching that change happen. No program, no storage, no secondary function. A room that exists to frame a view is a commitment most residential renovations cannot afford, and its presence here signals that the project’s priorities sit closer to atmosphere than to square-footage optimization.

Material choices reinforce the connection to Sukiya tradition without replicating it literally. Exposed cherry wood beams run through the interiors. Juraku plaster, a finish historically associated with Kyoto’s architectural identity, covers walls and ceilings. Fusuma sliding doors crafted by Noda Hanga Studio separate the spaces, and all of this work was executed by local craftspeople rather than standardized contractors.

The annex, which is entirely new construction, contains the primary living quarters, including three guest rooms, hinoki wood baths, and translucent window screens that soften incoming light into something closer to atmosphere than illumination. Pairing new construction with a restored historical shell is a familiar strategy, but the success here lies in how seamlessly the two registers communicate across the earthen passage connecting them.

The tension in any heritage renovation sits between preservation and livability, and most projects tip too far in one direction. kooo architects avoided both the replica trap and the gut-renovation impulse. Narutaki’s strict historical context demanded sensitivity, but the home’s new layout reads as contemporary in its spatial logic even while its surfaces and materials carry the weight of a much older architectural vocabulary. Whether the balance holds over years of daily use is a question only the residents can answer, but the framework is sound.

The post This Crumbling Kyoto Home Was Rebuilt as a Wabi-Sabi Sanctuary – and Every Detail Is Intentional first appeared on Yanko Design.

Anthropic is doubling Claude’s usage limits during off-peak hours for the next two weeks

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To capitalize on Claude's recent spike in popularity, Anthropic is offering a limited-time promotion that doubles usage limits for anyone using its AI chatbot during off-peak hours. From March 13 to March 27, users on Free, Pro, Max, and Team plans will get double the usage limits in a five-hour window when using Claude outside weekday hours between 8 AM and 2 PM ET. According to Anthropic, the promotion is automatic, and users don't have to enable anything to get the benefits.

Anthropic said that this promotion applies to anyone using Claude on web, desktop or mobile, but also with Cowork, Claude Code, Claude for Excel and Claude for PowerPoint. Previously, Anthropic offered a similar event from December 25 to December 31, doubling usage limits for Pro, Max 5x or Max 20x subscribers. However, Anthropic is targeting an even wider audience with its latest promotion since only Enterprise users are excluded this time around.

Anthropic is marketing the promotion as a "small thank you to everyone using Claude," but it's likely tied to its ongoing battle with the Department of Defense. After refusing to remove certain AI safeguards for the Department of Defense, Anthropic was listed as a supply chain risk and lost its contract with the federal agency. In turn, OpenAI signed a deal with the Department of Defense, leading to many users deciding to boycott ChatGPT in favor of Claude and other AI chatbot options.

This article originally appeared on Engadget at https://www.engadget.com/ai/anthropic-is-doubling-claudes-usage-limits-during-off-peak-hours-for-the-next-two-weeks-163645928.html?src=rss

Mac Neo Concept Imagines a Cheaper, A18 Pro-powered Apple Desktop Built for the OpenClaw Era

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Apple’s MacBook Neo opened the door to a new kind of Mac, one that trades raw power for accessibility, color, and mass appeal. The A18 Pro chip powering it has already proven capable enough for a full laptop experience, which makes the logical next question an obvious one: what happens when that same formula moves to the desktop? The timing couldn’t be sharper. OpenClaw’s rise as a locally-run AI agent has sent Mac Mini demand into a frenzy, with high-memory units backordered for up to six weeks and stock selling out across multiple markets. People clearly want affordable Apple silicon desktops, and supply simply hasn’t caught up.

That gap is exactly where a Mac Neo would land. Sitting below the Mac Mini in price while carrying the same cheerful color identity as the MacBook Neo, it fills a slot in Apple’s lineup that currently doesn’t exist but arguably should. Students, first-time Mac buyers, and anyone running lightweight local AI workloads would have a natural home in the Mac Neo. Apple already has the MacBook Neo pulling switchers in from the laptop side, and a matching desktop completes the picture. It carries the MacBook Neo’s spirit forward into the living room, the dorm room, and the home office, completing a product family that right now feels one piece short.

Designer: Apple
Images Created Using AI

That Mac Mini silhouette in blush pink or citrus yellow feels like the iMac G3’s spiritual successor. The color makes it feel personal rather than utilitarian, which is exactly what Jobs and Ive were aiming for with the iMacs back in the pre-aluminium days. The color-matched aluminum shell mirrors the same four-finish palette as the MacBook Neo, which means Apple could market these as a set to schools and first-time buyers with minimal effort. What’s visually notable is the slim profile, noticeably thinner than the current Mac Mini, which tracks given the A18 Pro runs completely fanless in laptop form. A desktop chassis with even modest passive cooling could push that chip harder and longer than any laptop allows.

The A18 Pro ships with a 6-core CPU, 5-core GPU, and a 16-core Neural Engine on TSMC’s second-generation 3nm process. In the MacBook Neo, it runs completely fanless through photo editing, streaming, and light AI inference. Drop it into a desktop with a real power brick and passive cooling, and the chip gains the thermal headroom to sustain performance a laptop chassis simply cannot hold. Apple’s own benchmarks show the A18 Pro outperforming Intel Core Ultra 5 PCs in the same class, and a desktop form factor with better cooling only reinforces that. Configure it with 16GB of unified memory and you have something that runs local model inference comfortably and covers the full Apple Intelligence feature set.

 

Apple’s current Mac lineup has no desktop entry below $599, leaving the budget switcher market completely unaddressed. A Mac Neo at $399 puts macOS in the same price bracket as Chromebooks, which have dominated education for over a decade largely because Apple never showed up at that price with a desktop. The OpenClaw surge sharpens the argument: Mac Mini shortages stretching six weeks on high-memory units confirm massive pent-up demand for affordable Apple silicon desktops. These buyers want local AI on hardware they own, and the Mac Mini’s $599 floor prices many of them out. A Mac Neo with 16GB unified memory, Apple Intelligence support, and a $399 starting price addresses all of that and does it in a package that actually looks like it belongs on a desk.

 

 

 

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Bentu Just Built Furniture From Cities That No Longer Exist

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Every city has its ghosts. Not the supernatural kind, but the kind embedded in the physical memory of places that no longer exist. Buildings torn down, neighborhoods erased, whole communities swallowed by the machinery of progress, or something far worse. Right now, in more places across the globe than most of us are comfortable counting, cities are not being redeveloped. They are being destroyed. And the rubble left behind, whether from a wrecking ball or a warhead, raises the same uncomfortable question: what do we do with what remains?

Bentu Design looked at rubble and decided to make furniture. That might sound like an overly romantic read on what is essentially a waste management challenge, but the more you learn about their project “Inorganic Growth: The Regeneration of Urban Village Memory,” the harder it is to dismiss. This is not recycling for recycling’s sake. It is design with a philosophical spine, and right now, that spine feels more relevant than ever.

Designer: Bentu Design

The concept begins with China’s urban village demolitions, where entire communities are cleared to make way for new development. The construction waste left behind, concrete fragments, red brick rubble, mortar dust, all the physical remnants of places that used to be someone’s home, is processed and reactivated into cement-based printable materials. The project achieves an 85% utilization rate of that solid waste. That figure alone is worth pausing on, because most recycled design projects deal in far smaller percentages and still get praised for it. Each piece of furniture is then built up layer by layer through large-scale 3D printing, giving it a textured, almost geological quality.

But the technical achievement is only half the story. Before a village is demolished, the team documents the site photographically. Those images are run through image-processing algorithms to extract the dominant color values of that specific place: the iron-red of old bricks, the cement-gray of crumbling walls, the muted green of weathered surfaces, the faded blue of glazed tiles. Those tones are built into a gradient control system that becomes the visual fingerprint of each piece. Every bench or chair carries not just the material of the place that was, but its palette. A gradient that encodes memory. A piece of public furniture quietly carrying the visual DNA of the neighborhood that once stood there.

Most people walking past it will never know. But the furniture knows. I keep thinking about what this means in the context of the world we are actually living in right now. Mariupol. Gaza. Khartoum. Cities being reduced to the same concrete fragments and red brick rubble that Bentu Design scoops up and turns into something lasting. The scale of destruction happening globally is staggering, and designers are not exempt from sitting with that discomfort and asking what, if anything, we can actually do about it.

We cannot stop wars. We cannot reverse the decisions of governments or the momentum of military campaigns. But Bentu’s work quietly suggests that designers do hold something real: the ability to determine what erasure looks like, and whether it has to be total. There is an argument here that is worth taking seriously. When we choose to carry the material memory of a destroyed place forward rather than simply clearing it away, we are making a statement about whose history counts. That principle scales. It applies to a demolished village in Shenzhen. It applies to a flattened street in Kharkiv.

Design, at its most serious, is always making choices about what to remember and what to let disappear. “Inorganic Growth” chooses remembrance without sentimentality, using technology as the medium and rubble as the message. That feels like the right posture for designers to hold right now: not paralysis, not performance, but a steady insistence on making things that refuse to forget. Some benches just hold your weight. These ones hold an entire neighborhood’s last breath.

The post Bentu Just Built Furniture From Cities That No Longer Exist first appeared on Yanko Design.

Samsung’s $2,000 Gamble: Can the Galaxy Z Fold 8 Outpace Apple’s First Foldable?

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Samsung’s $2,000 Gamble: Can the Galaxy Z Fold 8 Outpace Apple’s First Foldable? Side-by-side silhouettes of a Galaxy Z Fold and a foldable iPhone highlighting the shared $2,000 tier.

Samsung’s Galaxy Z Fold 8 is poised to make a bold statement in the foldable smartphone market, a segment the company has dominated for years. With a premium price tag of $2,000, Samsung is doubling down on its leadership as competition intensifies. The anticipated entry of Apple into the foldable space could significantly alter the […]

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5 Greenhouse-Based Designs That Use 90% Less Water Than Yours

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The meeting of home design and food production is no longer a trend as it marks a fundamental shift toward self-sustaining living. The Transparent Farm reimagines the greenhouse as more than a growing chamber; it becomes an integral architectural feature. It merges carbon efficiency with the desire for a biophilic home, creating a new relationship between structure and landscape where true luxury equals independence.

For modern homeowners and designers, this represents the next evolution. Integrated greenhouse systems, expressed through double-height glass and thoughtful spatial planning, enhance energy performance and bring natural materials into daily life. This design approach boosts productivity, reduces external reliance, and positions the greenhouse as a fully self-supporting component of the home.

1. Designs with Sustainable Water Cycles

For any glasshouse-based farm, the real metric of success is resource conservation. Traditional agriculture consumes large amounts of water, but hydroponic and aquaponic systems cut usage by up to 90%. These methods create a far more efficient growing environment.

Architecture makes this possible. Internal reservoirs and advanced filtration systems clean, recycle, and repurpose greywater from the residence. The result is reduced utility demand and a long-term financial benefit grounded in minimal waste and maximum autonomy.

The Livable Greenhouse Home in El Carmen, Peru, redefines sustainable living by merging modern architecture with ecological principles. Drawing inspiration from Peru’s rich cultural heritage and traditional structures, this innovative dwelling blends indoors with outdoors, creating a seamless harmony with nature. Designed as a habitable greenhouse, it supports plant growth within the living space, improving air quality and enhancing well-being while minimizing energy use through passive design strategies such as natural ventilation and abundant daylight.

Constructed with a robust brick base using salvaged “ladrillo recocho” overfired bricks and topped with a lightweight metal structure made from recycled agricultural components, the home embraces both permanence and adaptability. The result is a tranquil living environment that reconnects residents with nature while championing sustainability and responsible material use. The Livable Greenhouse Home is not just a structure, but a vision of a regenerative, eco-conscious future where architecture and nature coexist effortlessly.

2. Indoor Greenhouse With Adaptive Thermal Control

Thermal performance defines the functionality of a transparent greenhouse. The building envelope must act as a climatic instrument, not a simple shell of glass. This is why photovoltaic-integrated glazing and low-emissivity systems are becoming standard, allowing the façade to generate energy while moderating solar gain.

Automated shading, passive ventilation stacks, and phase-change flooring materials stabilize the interior climate. Together, they maintain optimal conditions for plants while reducing the energy load on the main home.

Farmhouse features a five-tiered structure that replaces soil with nutrient-rich water and root-supporting materials such as Rockwool. Each tray provides oxygen, filtered water, and the right support for plant growth, while adjustable LED or HID lights supply each plant with ideal light based on its Daily Light Integral (DLI).

As a sustainable farming method, hydroponics enables year-round cultivation anywhere. Farmhouse aims to reduce food miles, plastic waste, and pollution by offering an indoor farming solution that allows families to grow fresh, healthy produce at home.

3. Seamless Spatial Flow Delivers Circulation

A greenhouse becomes truly intentional when it’s embedded within the home’s natural circulation. Many contemporary designers place it beside, or above, the kitchen or dining area, creating a continuous dialogue between everyday domestic routines and the living landscape.

This connection enhances the experience. Descending into a winter garden that doubles as a larder replaces the sterility of a typical pantry with the scent of herbs and earth, elevating daily harvests into memorable spatial experiences.

Hydroponic systems in greenhouses enable water recycling and support sustainable agriculture, while also aiding natural pollination. These controlled environments are emerging as a key solution to global food challenges by reducing resource waste. Leading this evolution is Tropicalia, a groundbreaking greenhouse that immerses visitors in a lush tropical world.

Designed by Coldefy & Associates in collaboration with an energy partner, Tropicalia is set to open in Northern France. This vast greenhouse maintains a stable tropical climate and functions without internal support columns, allowing biodiversity to thrive freely. Its innovative design captures and reuses the heat it generates, powering nearby buildings and addressing inefficiencies typical of traditional greenhouses. Inside, visitors can explore winding paths, waterfalls, and vibrant aquatic life.

4. Modular Greenhouse Design

A sustainable greenhouse must be designed for longevity. Durable, non-corrosive materials such as marine-grade aluminum and treated glulam ensure structural integrity while enabling easy reconfiguration.

Modularity protects function and beauty over time. Homeowners can shift from vertical farming to traditional planting without disrupting the architectural language, preserving long-term relevance and aesthetic harmony.

Studies indicate that by 2050, global food demand is expected to rise by up to 70%, yet cultivable land and fresh water are rapidly diminishing due to climate change. Flooding, extreme weather, and soil degradation are already impacting agricultural productivity, pushing the need for resilient and sustainable food systems. One innovative solution is the Jellyfish Barge, a modular floating greenhouse designed to support food production in coastal communities without relying on soil, fresh water, or fossil fuels.

Created by Studiomobile and Pnat, the Jellyfish Barge harnesses solar energy to desalinate water, producing enough clean water to sustain its crops. Built on a wooden platform supported by recycled plastic drums, it uses efficient hydroponic methods to reduce water usage by 70% compared to traditional systems. Its modular structure allows the design to be scaled, replicated, or adapted, even serving as floating markets or community farms. This sustainable, affordable greenhouse offers a promising model for future urban food resilience.

5. Renewable Power Systems For Growth

A transparent greenhouse reaches full sustainability when it demands little to no external power. Beyond energy-generating façades, integrating renewables like compact wind turbines or ground-source heat pumps ensures consistent energy for grow lights and environmental controls.

This autonomy transforms the greenhouse from a home feature into a self-reliant sanctuary, an off-grid, future-ready asset that resonates with the values of high-net-worth homeowners.

In many Southeast Asian countries, plastic-covered greenhouses remain common, especially in India, where over 60% of the population relies on agriculture. Polythene sheets are inexpensive and convenient, but their environmental impact is often overlooked due to limited awareness and a lack of alternatives.

Architect Eliza Hague offers a sustainable solution with her inflatable bamboo greenhouses. Designed during her Master’s at the University of Westminster, Hague’s concept uses shellac-coated bamboo inspired by biomimicry. The structure mimics the Mimosa Pudica plant, incorporating collapsible beams and inflatable hinges to create a unique, origami-like form that can be flat-packed for easy transport.

These bamboo-paper greenhouses can connect to soil-based dwellings that regulate temperature naturally. Hague envisions them as shared spaces for families in rural communities, providing food self-sufficiency and reducing plastic use.

The Transparent Farm becomes an architectural imperative, more than an amenity, signaling a genuine commitment to ecological responsibility. It unites nourishment and shelter within a single experiential volume. For the discerning homeowner, the integrated sustainable greenhouse represents the ultimate expression of biophilic, intelligent, and forward-thinking luxury.

The post 5 Greenhouse-Based Designs That Use 90% Less Water Than Yours first appeared on Yanko Design.

iPhone 18 Pro Max Leak: Why the Dynamic Island Isn’t Going Away Just Yet

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iPhone 18 Pro Max Leak: Why the Dynamic Island Isn’t Going Away Just Yet Graphic comparing rumored iPhone 18 Pro Max battery capacity at 5,100 to 5,200 mAh versus earlier models.

The iPhone 18 Pro Max is shaping up to be a testament to Apple’s focus on delivering meaningful upgrades that enhance everyday usability. Rather than introducing dramatic design changes, Apple appears to be prioritizing practical improvements that directly impact performance, battery life, and overall functionality. While some users may have anticipated bold innovations like under-display […]

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Antigravity AgentKit 2.0 Updates Google’s Agent IDE with New Skills

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Antigravity AgentKit 2.0 Updates Google’s Agent IDE with New Skills Antigravity AgentKit 2.0 IDE screen showing agent selection, commands, and a running task timeline.

The Antigravity AgentKit 2.0 offers a structured environment for AI-driven development, allowing developers to design, deploy and manage autonomous agents with improved clarity and organization. According to World of AI, this updated platform incorporates modular agent skills and backend automation to address complex workflows. For example, its Agent MD framework facilitates precise task execution by […]

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The Samsung Galaxy Z Flip 8’s Battery Breakthrough Isn’t What You Think

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The Samsung Galaxy Z Flip 8’s Battery Breakthrough Isn’t What You Think Concept render referencing the Exynos 2600 chip and expected power management gains for a foldable handset.

The Samsung Galaxy Z Flip 8 is poised to make a significant mark in the foldable smartphone market by delivering improved battery performance without altering its compact dimensions. With its sleek design and a 4,300 mAh dual-battery system, Samsung emphasizes efficiency through advanced technology rather than physical expansion. This approach underscores the company’s dedication to […]

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Claude Skills Tutorial 2026 : Easily Build Full Automation Workflows

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Claude Skills Tutorial 2026 : Easily Build Full Automation Workflows Connector list view showing Claude linked to Gmail, Google Calendar, Notion, and Gamma for multi-step automations.

Understanding how to create and optimize Claude skills can unlock a new level of efficiency in managing tasks and workflows. AI Foundations introduces a beginner-friendly approach to mastering these structured automation processes, emphasizing the DBS framework, Direction, Blueprints, Solutions. This framework helps users design workflows by combining key components like the `skill.md` file, contextual references […]

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