While I will probably always be a maximalist at heart, I sometimes think about what it would be like to live in a tiny house and to cut down on what I own to fit into that tiny space. There has been a renewed attention to this kind of living, specifically the Japanese-inspired minimalist lifestyle trend. Ikigai Collective, named after the famous Ikigai philosophy of living (reason for being), has designed another tiny home to fit this aesthetic.
The Mizuho home combines traditional Japanese aesthetics with modern building technology into a tiny space (6.6m (L) x 2.4m (W) x 3.8m (H)) fit for a single person or a couple. It is perfect for those who want to explore simple and mindful living, as well as eco-friendly living features. The design embodies the principles of simplicity and intentional living, bringing the tranquility of Japanese lifestyle practices into everyday modern life. It also employs authentic Japanese craftsmanship as Ikigai Collective works with local partners in Nozawaonsen to create their tiny homes with strict quality standards.
The living space doubles as the bedroom and working area as well, since you’re working with limited space. However, the open-plan layout has been thoughtfully designed to maximize every square inch. There’s a dedicated desk space that can be used for remote work and hobbies while the cozy bedroom space is for rest and relaxation. The desk can also be turned into the dining area when you need it. There are also storage solutions integrated throughout the warm, cozy interiors, proving that small spaces don’t have to mean sacrificing organization or style.
A big part (well, as big as you can get in the 21-foot home) of the interior is the kitchen that is designed for functional daily cooking with its modern and efficient layout. It has a two-burner stovetop, a sink, and space to put other small appliances like a kettle or rice cooker. Despite its compact size, the kitchen doesn’t feel cramped. It’s designed with the same attention to efficiency that makes Japanese kitchens so functional. There’s also a private bathroom complete with shower and toilet, and it’s designed to have a serene and spa-like atmosphere. You can even choose between a standard or composting toilet depending on your sustainability preferences.
The Mizuho house uses Galvalume steel cladding that should make it comfortable for all kinds of climates. It is also fully insulated, weather-resistant, and is built to endure with its durable materials. The design is sleek with a modern finish and can blend with both nature and cityscapes, whichever area you choose to live in with your tiny house. There are also customization options like the color scheme, exterior finishes, flooring selections, and shower designs. Every detail can be tailored to create your own unique home.
What makes the Mizuho special isn’t just its compact footprint. It’s the philosophy behind it. This isn’t about deprivation; it’s about intention. It’s about choosing quality over quantity, experiences over possessions, and mindfulness over mindless consumption. For collectors like us who appreciate beautiful, well-crafted things, the Mizuho offers a different kind of collection: a curated life where every item earns its place.
Would I trade my maximalist lifestyle for tiny house living? Maybe not permanently. But there’s something undeniably appealing about the idea of stripping away the excess and discovering what truly matters. And if you’re curious too, Ikigai Collective actually lets you book a stay in their Mizuho model before committing. It’s a chance to test-drive the minimalist dream and see if it fits.
Decomposition needs three things: moisture, airflow, and temperature, and those are hard to balance in an apartment. Most food waste ends up in landfills instead, where it generates methane and long-term damage. The wave of countertop composters mostly grind and dry scraps, reducing volume but not really closing the loop in a biological sense. They turn food waste into inert crumbs, not soil you can actually use in a garden or planter.
Vith is a compact, two-stage electric composter designed specifically for homes. It quietly shreds, dries, and then cures organic waste into usable compost in about two weeks, instead of just turning it into dehydrated flakes. The idea is to bring something closer to real composting into a kitchen-friendly appliance, so circular living does not require a backyard or a dedicated bin on a balcony that annoys the neighbors and attracts flies.
Designer: Chandra Vasudev
The journey starts in the upper processing chamber, the shredding bin, where fresh food waste is reduced to smaller, uniform particles and gently dehydrated. Reducing the size increases surface area for microbes later, and removing excess moisture creates a stable input that will not swamp the system. This preparation step means that what drops into the next stage is already optimized for decomposition instead of being a random mix of peels and leftovers with wildly different water content.
The lower chamber, the curing bin, is where composting actually happens in the mesophilic range. Microbial cultures are introduced along with a fine, controlled spray of water to dial in moisture. Rather than actively heating the system, the chamber holds onto the heat naturally generated by microbial activity, letting the biology do the work with minimal energy input while the appliance simply maintains the right conditions in the background.
Integrated sensors continuously monitor moisture, airflow, and temperature, adjusting as needed so users do not have to babysit the process. Every two or three days, the curing chamber gently churns the material, preventing anaerobic pockets and keeping oxygen distributed. Vith stays powered on, but only draws significant energy during active phases like shredding and periodic mixing, keeping consumption low while still delivering consistent results that smell like earth instead of rotting fruit.
The result is usable compost in roughly two weeks, which is fast compared to passive bins but slow enough to be real biology, not just a high-heat drying cycle. The output can go into houseplants, balcony gardens, or community plots, turning what would have been trash into a resource. For an urban kitchen, that predictability and cleanliness are what make the habit stick instead of becoming another abandoned gadget.
Vith fits into daily routines by sitting quietly in a corner of the kitchen, taking in scraps, and giving back soil. By combining mechanical preparation, mesophilic processing, and intelligent control, it makes composting feel like running a dishwasher rather than managing a science project. It is a small but meaningful way to close the loop on food waste without needing more space than a modern apartment can spare, turning composting from a chore you feel guilty about skipping into something that just happens while you sleep.
Most workspaces end up messy, with serious task lights that look like they belong in a lab and a general lack of objects that feel genuinely happy. A lot of lighting is either ultra-technical or purely decorative, rarely landing in the sweet spot where a lamp can handle focused work and still make you smile when you glance over at it. Analog was born from a designer who wanted a light that could sit in the middle of that chaos and still feel joyful.
Chris Granneberg was sitting at his messy desk in 2021 after playing Lego with his daughter when he sketched a stack of four cubes with another cantilevered off the side. That sketch became the Analog Task Light, a geometric lamp built from 10cm cubes, with a small footprint, a pop of color, and a form you want to look at during the day, even when it is off, which is exactly what he was after.
The task light turned into a family, with floor and wall versions built from the same cube language. The floor light stretches the stack into a tall stem with a cube head at the top, while the wall light compresses it into two cubes side by side, one as a mount, one as shade. The result is a collection that can move from desk to sofa to bedside without losing its identity or feeling like three different products that happen to share a name.
The three colorways shift the mood without changing the form. A bright orange and yellow combination leans into the toy reference, an all-black version feels more architectural, and a light grey body with an orange head sits between playful and neutral. The same geometry reads differently depending on the palette, which lets Analog slip into a MoMA-style white box or a more casual home office without feeling out of place.
Granneberg’s line about wanting something fun he would enjoy looking at during the day is the key. The stacked cubes and bold color blocking nod to Lego and building blocks without becoming literal toys. They are serious enough to light a desk or a reading corner, but soft enough in shape and proportion that they feel like characters in the room rather than anonymous fixtures you ignore until you need to turn them on.
What started as an Instagram render became a real collection when Gantri reached out to produce the lights, handling engineering details like how to remove the diffuser to change the bulb. The fact that Analog is also sold at the MoMA Store gives it a certain cultural stamp, but the story still traces back to a designer, a messy desk, and a sketch of cubes that felt joyful instead of just functional or serious.
Analog fits the current moment, where many people are rethinking their workspaces and looking for objects that do not feel purely utilitarian. A lamp that stacks cubes like a kid’s toy, throws a warm glow, and holds its own as an object when it is off fits that brief neatly. Analog makes the case that a task light can be both a tool and a small, daily source of joy, proving that even something as mundane as a desk lamp can feel happy if you build it from the right shapes and colors.
We could be witnessing the start of the renaissance for real buttons in cars, courtesy of Volkswagen's ID. Polo. The German automaker unveiled the interior of its upcoming compact EV, which features real buttons, switches and even a knob for audio controls.
"We have created an interior that feels like a friend from the very first contact," Volkswagen's chief designer, Andreas Mindt, said in a press release. "Clear physical buttons provide stability and trust, warm materials make it appealing, and charming details such as the new retro views of the instruments show the typical Volkswagen wink."
Volkswagen
Last year, Mindt told Autocar that Volkswagen would commit to reintroducing physical buttons for the most important functions "in every car we make from now on," starting with the ID. 2all concept car that has since evolved to become the ID. Polo. The EV maker backed up those claims since the ID. Polo will feature tangible buttons underneath the infotainment display, along with a steering wheel that's packed with even more clear buttons. Between the driver and passenger, Volkswagen even included a knob that can adjust audio volume or shuffle between tracks and radio stations.
Volkswagen
Besides the renewed emphasis on physical controls, Volkswagen still included a 10.25-inch digital cockpit behind the steering wheel. In the center, there's a nearly 13-inch touchscreen that serves as the infotainment system. For a retro throwback, the ID. Polo can swap its cockpit display to one that's inspired by the classic Golf I from the 1980s through a button on its steering wheel or with the infotainment touchscreen.
The ID. Polo is expected to be the first of four new EVs in Volkswagen's small and compact car segment, which will see releases in European markets starting this year. However, it's not all good news, since Volkswagen has no plans to release the compact EV in the US.
This article originally appeared on Engadget at https://www.engadget.com/transportation/evs/volkswagen-is-bringing-physical-buttons-back-to-the-dashboard-with-the-id-polo-ev-190246116.html?src=rss
The climate crisis has shifted from distant concern to an urgent force redefining how you think about shelter. In this new reality, luxury aligns with resilience, autonomy, and intelligent material choices. Every element of design becomes a strategic response to a world where landscapes and weather patterns are increasingly unstable.
This analysis transcends conventional sustainability to explore proactive, life-supporting product design. Let’s understand what transforms a home into a regenerative ecosystem, one that protects, adapts, and restores. Together, they shape a biophilic refuge that safeguards long-term value, enhances thermal performance, and offers enduring stability amid global unpredictability.
1. Closed-loop Water Management Systems
Unpredictable rainfall patterns now demand a complete shift in how you manage water at home. In a future of scarcity, water can no longer be treated as a passive utility but as a carefully governed resource. Resilient living begins with systems that elevate conservation from habit to infrastructure.
Integrated rainwater harvesting and advanced greywater recycling units represent this evolution. These high-capacity, closed-loop technologies deliver strong returns by reducing dependence on strained municipal supplies and protecting against shortages. They sustain the landscape, stabilize daily use, and offer long-term security. Across leading practices, water autonomy is increasingly viewed as the strongest safeguard against climate volatility.
The Mains to Rains system is a smart, retrofit rainwater-harvesting kit designed to attach directly to your existing guttering without any structural changes. Instead of requiring contractors, permits, or expensive installations, the product simply clips onto standard drainpipes and immediately redirects rainwater into storage containers. Its plug-and-use design makes it accessible for any homeowner looking to manage water more efficiently, especially as bills rise and rainfall becomes increasingly unpredictable. The system works during heavy downpours to capture excess water that would normally overload storm drains, and it provides a reliable supply for everyday outdoor use during dry spells.
What sets Mains to Rains apart is its practicality and performance. The stored rainwater is naturally soft and chemical-free, making it ideal for plants and gardens. When used across multiple homes, the product helps ease pressure on municipal drainage and water systems while reducing household utility costs. It’s a simple, effective upgrade that turns every rainfall into a valuable resource.
2. Hybrid, Decentralised Energy Generation
A future-ready home must evolve from passive energy use to active energy production. Depending solely on a central grid has become a clear risk as extreme weather intensifies, making self-generated power an essential layer of protection and continuity for everyday living.
Building-integrated photovoltaics and modular battery storage deliver this shift with refined solar surfaces that double as architectural materials. Paired with high-density batteries capable of islanding the property, they create true energy independence. This dual-function approach maximizes material efficiency while ensuring critical systems like HVAC and communication remain operational during outages, protecting comfort, stability, and the long-term performance of the home.
Studio SKLIM’s Lo-Hi Tech project demonstrates how primitive materials and advanced technologies can work together to create sustainable, high-performing solutions. Its Ke-Sol System (KSS) combines lightweight Kenaf fiber biocomposite tiles with custom monocrystalline solar panels, forming modular, tiltable roof units that generate clean energy. Produced through high thermal pressure, the Kenaf tiles become strong yet light, offering an eco-friendly alternative to conventional roofing. By transforming natural fibers into energy-producing surfaces, the KSS demonstrates how traditional materials can be upgraded to meet modern environmental needs.
The Terra-Cooling System (TCS) uses terracotta’s natural cooling abilities to create wall components that act as both evaporative coolers and water tanks. With Hex and Tri modules refined through CFD simulations, the TCS can lower air temperatures by up to 6.5°C, making it ideal for applications such as EV-charging shelters that cool their surroundings while using solar lighting at night. Together, these systems highlight how craftsmanship and technology can shape a more sustainable future.
3. Passive Thermal Regulation Materials
Reducing the energy required for heating and cooling remains the most effective way to lower a home’s carbon footprint and operating costs. In this shift toward efficiency, the performance and integrity of materials become essential, shaping how naturally and consistently a space maintains thermal balance.
Phase Change Material (PCM), like integrated drywall and high-performance aerogel insulation, exemplifies this approach. PCMs store and release heat as temperatures fluctuate, while aerogels deliver exceptional insulation with minimal thickness. Together, they reduce HVAC peak loads, cut energy bills, and enhance interior comfort. Their high thermal mass and low conductivity ensure enduring performance and long-term material value.
Just beyond a small Italian village, LCA Architetti has created the House of Wood, Straw, and Cork, a rural home designed with natural insulation at its core. Built for a pair of computer scientists seeking a sustainable lifestyle, the two-storey structure features a prefabricated timber frame wrapped in cork cladding. Harvested from cork oak bark, the cork exterior provides exceptional thermal performance while blending seamlessly with the surrounding farmland. The home’s primary insulation comes from straw, repurposed from discarded rice plants donated by local farmers. This straw infill, traditionally used in rural barns and henhouses, offers strong insulating properties while reducing agricultural waste.
The house further enhances its energy efficiency with a rooftop array of solar panels, allowing it to produce much of its own power. By combining cork and recycled straw insulation with renewable energy, the home maintains comfortable indoor temperatures year-round while significantly lowering carbon emissions. Every material and method prioritizes environmental sensitivity, ensuring the home remains in harmony with its natural setting.
4. Integrated Indoor Vertical Farms
Food security is emerging as a fundamental pillar of domestic resilience. As climate pressures disrupt traditional agriculture, the fusion of architecture and controlled-environment growing systems offers a reliable, hyper-local source of fresh produce directly within the home.
Automated hydroponic or aeroponic vertical farming units deliver this capability through precise control of light, nutrients, and microclimate. Though the upfront cost is notable, the return lies in year-round nutritional certainty and a zero-mile food footprint. By reducing dependence on fluctuating supply chains, these systems transform the kitchen into a small-scale production hub, reinforcing biophilic living and reconnecting residents with the origin of their nourishment.
As more people embrace sustainable living, whether by growing vegetables or choosing reusable products, indoor vertical farming has become a popular solution for those with limited space. In response, Berlin-based design studio The Subdivision has envisioned Agrilution, a compact vertical farming appliance designed for modern homes. Shaped like a small refrigerator and nicknamed Plantcube, Agrilution features two sliding shelves that hold soil planters and crops. Built-in LED grow lights provide consistent artificial sunlight, ensuring plants receive the nourishment they need to thrive indoors.
Agrilution also includes a smart app that guides users through plant care by signaling when water, nutrients, or soil replenishment are required. This combination of vertical farming and smart technology makes home gardening more accessible, even for beginners. With a sleek, black, minimalist design, the appliance blends effortlessly into contemporary interiors. As eco-friendly lifestyles gain momentum, Agrilution offers an elegant, easy way to bring sustainable food production directly into the home.
5. Resilient Homes For Rising Sea Levels
Homes built for rising sea levels must prioritize a strong, watertight building envelope capable of resisting frequent flooding, storm surge, and intensified coastal winds. As tides rise and soil becomes more saturated, foundations face higher stress, making durable structural systems essential. A reinforced shell that blocks moisture, prevents erosion damage, and maintains stability during extreme weather ensures long-term safety for occupants in vulnerable coastal areas.
Advanced materials further enhance resilience. Marine-grade, non-corrosive cladding protects against saltwater exposure, while impact-resistant glazing withstands high-pressure winds and floating debris. Corrosion-proof fasteners, elevated floor systems, and sealed joints reduce repair costs and prolong the lifespan of homes facing the realities of a changing coastline.
OCEANIX is an innovative floating city concept developed by BIG, Bjarke Ingels Group, envisioned for construction off the coast of South Korea. The project has received approval from UN-Habitat and the Metropolitan City of Busan, moving it closer to reality. Designed as a fully sustainable habitat, each 2-hectare module houses around 300 residents, and multiple modules can connect to form a 1,650-person village. These floating neighborhoods integrate underwater farming, greenhouses, and renewable energy systems to support long-term self-sufficiency. Residents can move easily on foot or by boat between the interconnected platforms.
Resilience is central to OCEANIX’s design. The floating city is engineered to endure extreme natural forces, including category 5 hurricanes, tsunamis, and rising sea levels. Its masterplan features homes, public squares, art installations, markets, sports facilities, and schools, offering all the functions of a modern community while maintaining safety and stability even under severe environmental stress.
Luxury today is defined not by display but by certainty. When the five core pillars of energy independence, water autonomy, resilient envelopes, adaptive materials, and hyperlocal food systems work in harmony, the home transforms into an active, self-sustaining organism. This marks a new architectural mandate: to design spaces that are elegant, regenerative, and secure, offering the lasting peace of mind that comes from true environmental mastery.
The Samsung Galaxy S26 Ultra is set to redefine the smartphone landscape with its blend of advanced technology, refined design, and user-centric features. Scheduled for launch on February 25, 2026, in San Francisco, this flagship device aims to deliver a premium experience while maintaining competitive pricing. With a focus on innovation and practicality, the Galaxy […]
Californians can now put a stop to their personal data being sold around on an online trading floor, thanks to a new free tool. On January 1, the state launched its Delete Request and Opt-out Platform, shortened to DROP, that allows residents to request to delete all of their personal information online that's been harvested by data brokers.
According to the California Privacy Protection Agency (CalPrivacy), which was responsible for DROP's release, it's a "first of its kind" tool that imposes new restrictions on businesses that hoard and sell personal info that consumers didn't provide directly. The process requires verifying your California residency before you can send a "single deletion request to every registered data broker in California."
On the other end, CalPrivacy will require data brokers to register every year and to process any deletion requests from DROP. Data brokers will also have to report the type of information they collect and share, while also being subject to regular audits that check for compliance. If any data broker is found skirting the requirements, they could face penalties and fines.
Besides being the first in the country to offer this type of comprehensive tool that deletes online personal data, CalPrivacy said it's one of four states, including Oregon, Texas and Vermont, to require data broker registration. According to the agency, data brokers will start processing the first deletion requests from DROP starting August 1, 2026.
This article originally appeared on Engadget at https://www.engadget.com/cybersecurity/california-introduces-a-one-stop-shop-to-delete-your-online-data-footprint-173102064.html?src=rss
Samsung is preparing to launch its highly anticipated foldable smartphones, the Galaxy Z Fold 8 and Galaxy Z Flip 8, this July. These new devices are expected to deliver notable advancements in portability, battery life, and performance, all while maintaining competitive pricing. As the foldable smartphone market continues to expand, Samsung aims to solidify its […]
The 2015 Pebble Time Round stole a lot of hearts by looking like a real analog watch and still being a Pebble, but it shipped with a tiny screen, a huge bezel, and battery life that lagged behind its siblings. It remained the thinnest smartwatch ever made, yet always felt like a beautiful compromise waiting for a second chance, the kind of product people kept wearing despite its flaws because it looked better than anything else on their wrist.
Pebble Round 2 is that second chance, part of the broader Pebble relaunch. It keeps the same ultra-slim stainless-steel profile, just 8.1 mm thick, but fixes the two big complaints: the bezel is gone, and the battery now lasts around two weeks. It is framed as the most stylish Pebble ever, but this time without the asterisk or the mental math about whether style was worth the compromises.
The new 1.3-inch color e-paper display covers the entire face, 260 × 260 pixels at 283 DPI, twice the resolution of the original. The always-on, reflective screen still behaves like a classic Pebble, readable in sunlight and gentle indoors, but finally looks proportionally right. Wrap that in a stainless-steel frame, and you get something that reads as a watch first, gadget second, which has always been the goal.
The two-week estimated battery life, made possible by newer Bluetooth chips and Pebble’s frugal OS, brings the Round in line with the rest of the lineup. Interaction stays very Pebble, four physical buttons you can use without looking, plus a touchscreen you do not have to rely on. There is a backlight for night glances, but the default state is that calm, always-on face that does not glow at you during meetings.
The software side stays fun, quirky, and open source. PebbleOS powers everything, with an open-source mobile app that works with iOS and Android. The Pebble app store has over 15,000 apps and watchfaces, and the SDK is there if you want to build your own. Health tracking covers steps and sleep, enough for everyday awareness without pretending to be a hardcore fitness or sports watch.
Dual microphones handle speech input, from interacting with AI agents to replying to messages on Android, with iOS support coming in some regions. Water resistance is targeted at 30 m, enough for daily life. Style-wise, you get matte black with a 20 mm band, brushed silver in 14 mm or 20 mm, and polished rose gold in 14 mm, all with quick-release bands and room for standard straps.
Pebble Round 2 speaks to people who miss glancing at a watch that is always on, who like the idea of weeks-long battery life and tactile buttons, and who want something that looks good with a shirt cuff as well as a hoodie. It is not chasing the latest sensor arms race; it is doubling down on the idea that a smartwatch can still feel like a watch, just one that happens to run PebbleOS in 2026, with a full-face display and enough battery to forget about charging for 14 days.
Samsung’s highly anticipated Galaxy S26 series, slated for release in February 2026, is already generating significant buzz. While the spotlight often falls on its advanced features, this time, the conversation is equally focused on its potential price hike. The flagship Galaxy S26 Ultra, in particular, faces a complex pricing landscape influenced by rising production costs, […]
