Author Archives: Tanvi Joshi

The Mile-High Tower That Grows Food, Harvests Clouds, and Heals Chicago

Posted on by

Imagine looking up at a city skyline and knowing that inside those towers, food is growing, water is being harvested from clouds, and entire communities are thriving in harmony with nature. The Eden Rise Vertical Eco Living Community is not just a building proposal. It is a bold reimagining of what a city can be when architecture becomes an ecosystem rather than an object.

The project tackles one of Chicago’s most urgent urban challenges: food deserts. In many neighborhoods, especially low-income ones, access to fresh and nutritious food is limited. Grocery stores are scarce, healthy options are expensive, and residents often rely on convenience stores or fast food. Eden Rise flips this reality by embedding vertical farms directly into a mile-high tower, allowing fresh produce to be grown where people live. Food no longer travels miles to reach a plate. It moves floors.

Designer: Yuhan Zhang and Dreama Simeng Lin

The tower’s design is as poetic as its purpose. Inspired by the fluid form of a water droplet, its organic silhouette reflects Chicago’s relationship with water while symbolizing life, renewal, and sustainability. This fusion of natural inspiration and urban ambition transforms the structure into a vertical extension of the city’s green belt, suggesting a future where skylines are defined not just by height but by ecological intelligence.

Inside, Eden Rise functions like a city stacked vertically. Homes sit alongside offices, hotels, schools, and recreational spaces, creating a complete lifestyle environment within a single structure. Residents can wake up, work, learn, relax, and socialize without ever needing to commute across town. Schools integrated throughout the tower ensure education is woven into everyday life, while hotels welcome visitors to experience this futuristic ecosystem from panoramic heights. It is urban life condensed, connected, and reimagined.

Scattered throughout the structure are sky terraces that act as elevated parks in the clouds. These lush communal spaces give residents places to gather, breathe, and reconnect with nature despite living in a dense vertical environment. They are not decorative add-ons but essential social and environmental anchors that support well-being and community interaction.

What truly sets Eden Rise apart is its seamless integration of advanced green technologies. Vertical farms in the core supply fresh food. Rainwater collection and cloud harvesting systems recycle water efficiently. Wind turbines built into the exoskeleton generate renewable energy. Natural ventilation and a breathable atrium maximize airflow and daylight, reducing energy use while improving indoor comfort. Each system works together like organs in a living body, turning the tower into a self-sustaining organism.

The engineering behind this vision is equally striking. Four conjoined towers are reinforced by layered bracing systems that provide structural depth and stability. A diagrid pattern spans multiple stories, weaving a network of structural lines that balance strength with elegance. Within this framework, an inner void allows light and air to travel deep into the building, ensuring that even its core feels open and alive.

Eden Rise is more than an architectural proposal. It is a manifesto for the future of cities. It shows how design can confront inequality, reduce environmental impact, and restore the relationship between urban life and nature. In this vision, skyscrapers no longer dominate the landscape. They nourish it.

If realized, the Chicago skyline would no longer be just a symbol of economic power. It would become a symbol of sustainability, equity, and imagination rising together.

The post The Mile-High Tower That Grows Food, Harvests Clouds, and Heals Chicago first appeared on Yanko Design.

The Mile-High Tower That Grows Food, Harvests Clouds, and Heals Chicago

Posted on by

Imagine looking up at a city skyline and knowing that inside those towers, food is growing, water is being harvested from clouds, and entire communities are thriving in harmony with nature. The Eden Rise Vertical Eco Living Community is not just a building proposal. It is a bold reimagining of what a city can be when architecture becomes an ecosystem rather than an object.

The project tackles one of Chicago’s most urgent urban challenges: food deserts. In many neighborhoods, especially low-income ones, access to fresh and nutritious food is limited. Grocery stores are scarce, healthy options are expensive, and residents often rely on convenience stores or fast food. Eden Rise flips this reality by embedding vertical farms directly into a mile-high tower, allowing fresh produce to be grown where people live. Food no longer travels miles to reach a plate. It moves floors.

Designer: Yuhan Zhang and Dreama Simeng Lin

The tower’s design is as poetic as its purpose. Inspired by the fluid form of a water droplet, its organic silhouette reflects Chicago’s relationship with water while symbolizing life, renewal, and sustainability. This fusion of natural inspiration and urban ambition transforms the structure into a vertical extension of the city’s green belt, suggesting a future where skylines are defined not just by height but by ecological intelligence.

Inside, Eden Rise functions like a city stacked vertically. Homes sit alongside offices, hotels, schools, and recreational spaces, creating a complete lifestyle environment within a single structure. Residents can wake up, work, learn, relax, and socialize without ever needing to commute across town. Schools integrated throughout the tower ensure education is woven into everyday life, while hotels welcome visitors to experience this futuristic ecosystem from panoramic heights. It is urban life condensed, connected, and reimagined.

Scattered throughout the structure are sky terraces that act as elevated parks in the clouds. These lush communal spaces give residents places to gather, breathe, and reconnect with nature despite living in a dense vertical environment. They are not decorative add-ons but essential social and environmental anchors that support well-being and community interaction.

What truly sets Eden Rise apart is its seamless integration of advanced green technologies. Vertical farms in the core supply fresh food. Rainwater collection and cloud harvesting systems recycle water efficiently. Wind turbines built into the exoskeleton generate renewable energy. Natural ventilation and a breathable atrium maximize airflow and daylight, reducing energy use while improving indoor comfort. Each system works together like organs in a living body, turning the tower into a self-sustaining organism.

The engineering behind this vision is equally striking. Four conjoined towers are reinforced by layered bracing systems that provide structural depth and stability. A diagrid pattern spans multiple stories, weaving a network of structural lines that balance strength with elegance. Within this framework, an inner void allows light and air to travel deep into the building, ensuring that even its core feels open and alive.

Eden Rise is more than an architectural proposal. It is a manifesto for the future of cities. It shows how design can confront inequality, reduce environmental impact, and restore the relationship between urban life and nature. In this vision, skyscrapers no longer dominate the landscape. They nourish it.

If realized, the Chicago skyline would no longer be just a symbol of economic power. It would become a symbol of sustainability, equity, and imagination rising together.

The post The Mile-High Tower That Grows Food, Harvests Clouds, and Heals Chicago first appeared on Yanko Design.

The Mile-High Tower That Grows Food, Harvests Clouds, and Heals Chicago

Posted on by

Imagine looking up at a city skyline and knowing that inside those towers, food is growing, water is being harvested from clouds, and entire communities are thriving in harmony with nature. The Eden Rise Vertical Eco Living Community is not just a building proposal. It is a bold reimagining of what a city can be when architecture becomes an ecosystem rather than an object.

The project tackles one of Chicago’s most urgent urban challenges: food deserts. In many neighborhoods, especially low-income ones, access to fresh and nutritious food is limited. Grocery stores are scarce, healthy options are expensive, and residents often rely on convenience stores or fast food. Eden Rise flips this reality by embedding vertical farms directly into a mile-high tower, allowing fresh produce to be grown where people live. Food no longer travels miles to reach a plate. It moves floors.

Designer: Yuhan Zhang and Dreama Simeng Lin

The tower’s design is as poetic as its purpose. Inspired by the fluid form of a water droplet, its organic silhouette reflects Chicago’s relationship with water while symbolizing life, renewal, and sustainability. This fusion of natural inspiration and urban ambition transforms the structure into a vertical extension of the city’s green belt, suggesting a future where skylines are defined not just by height but by ecological intelligence.

Inside, Eden Rise functions like a city stacked vertically. Homes sit alongside offices, hotels, schools, and recreational spaces, creating a complete lifestyle environment within a single structure. Residents can wake up, work, learn, relax, and socialize without ever needing to commute across town. Schools integrated throughout the tower ensure education is woven into everyday life, while hotels welcome visitors to experience this futuristic ecosystem from panoramic heights. It is urban life condensed, connected, and reimagined.

Scattered throughout the structure are sky terraces that act as elevated parks in the clouds. These lush communal spaces give residents places to gather, breathe, and reconnect with nature despite living in a dense vertical environment. They are not decorative add-ons but essential social and environmental anchors that support well-being and community interaction.

What truly sets Eden Rise apart is its seamless integration of advanced green technologies. Vertical farms in the core supply fresh food. Rainwater collection and cloud harvesting systems recycle water efficiently. Wind turbines built into the exoskeleton generate renewable energy. Natural ventilation and a breathable atrium maximize airflow and daylight, reducing energy use while improving indoor comfort. Each system works together like organs in a living body, turning the tower into a self-sustaining organism.

The engineering behind this vision is equally striking. Four conjoined towers are reinforced by layered bracing systems that provide structural depth and stability. A diagrid pattern spans multiple stories, weaving a network of structural lines that balance strength with elegance. Within this framework, an inner void allows light and air to travel deep into the building, ensuring that even its core feels open and alive.

Eden Rise is more than an architectural proposal. It is a manifesto for the future of cities. It shows how design can confront inequality, reduce environmental impact, and restore the relationship between urban life and nature. In this vision, skyscrapers no longer dominate the landscape. They nourish it.

If realized, the Chicago skyline would no longer be just a symbol of economic power. It would become a symbol of sustainability, equity, and imagination rising together.

The post The Mile-High Tower That Grows Food, Harvests Clouds, and Heals Chicago first appeared on Yanko Design.

The Mile-High Tower That Grows Food, Harvests Clouds, and Heals Chicago

Posted on by

Imagine looking up at a city skyline and knowing that inside those towers, food is growing, water is being harvested from clouds, and entire communities are thriving in harmony with nature. The Eden Rise Vertical Eco Living Community is not just a building proposal. It is a bold reimagining of what a city can be when architecture becomes an ecosystem rather than an object.

The project tackles one of Chicago’s most urgent urban challenges: food deserts. In many neighborhoods, especially low-income ones, access to fresh and nutritious food is limited. Grocery stores are scarce, healthy options are expensive, and residents often rely on convenience stores or fast food. Eden Rise flips this reality by embedding vertical farms directly into a mile-high tower, allowing fresh produce to be grown where people live. Food no longer travels miles to reach a plate. It moves floors.

Designer: Yuhan Zhang and Dreama Simeng Lin

The tower’s design is as poetic as its purpose. Inspired by the fluid form of a water droplet, its organic silhouette reflects Chicago’s relationship with water while symbolizing life, renewal, and sustainability. This fusion of natural inspiration and urban ambition transforms the structure into a vertical extension of the city’s green belt, suggesting a future where skylines are defined not just by height but by ecological intelligence.

Inside, Eden Rise functions like a city stacked vertically. Homes sit alongside offices, hotels, schools, and recreational spaces, creating a complete lifestyle environment within a single structure. Residents can wake up, work, learn, relax, and socialize without ever needing to commute across town. Schools integrated throughout the tower ensure education is woven into everyday life, while hotels welcome visitors to experience this futuristic ecosystem from panoramic heights. It is urban life condensed, connected, and reimagined.

Scattered throughout the structure are sky terraces that act as elevated parks in the clouds. These lush communal spaces give residents places to gather, breathe, and reconnect with nature despite living in a dense vertical environment. They are not decorative add-ons but essential social and environmental anchors that support well-being and community interaction.

What truly sets Eden Rise apart is its seamless integration of advanced green technologies. Vertical farms in the core supply fresh food. Rainwater collection and cloud harvesting systems recycle water efficiently. Wind turbines built into the exoskeleton generate renewable energy. Natural ventilation and a breathable atrium maximize airflow and daylight, reducing energy use while improving indoor comfort. Each system works together like organs in a living body, turning the tower into a self-sustaining organism.

The engineering behind this vision is equally striking. Four conjoined towers are reinforced by layered bracing systems that provide structural depth and stability. A diagrid pattern spans multiple stories, weaving a network of structural lines that balance strength with elegance. Within this framework, an inner void allows light and air to travel deep into the building, ensuring that even its core feels open and alive.

Eden Rise is more than an architectural proposal. It is a manifesto for the future of cities. It shows how design can confront inequality, reduce environmental impact, and restore the relationship between urban life and nature. In this vision, skyscrapers no longer dominate the landscape. They nourish it.

If realized, the Chicago skyline would no longer be just a symbol of economic power. It would become a symbol of sustainability, equity, and imagination rising together.

The post The Mile-High Tower That Grows Food, Harvests Clouds, and Heals Chicago first appeared on Yanko Design.

The Thoughtful Shopping Cart That Organizes, Protects, and Moves With You

Posted on by

Some of the most meaningful design innovations begin with noticing small everyday frustrations. That is exactly what inspired Brisbane-based inventor Michelle Hildebrand to rethink the traditional shopping trolley. After watching how awkward it can be to move through farmers’ markets with bulky bags or classic granny carts, she realized the problem was not the shopper but the system. People were being forced to work around tools that were never designed for how they actually shop. Working with Australian industrial design firm Clandestine Design Group, she turned that observation into the Marketday Cart, a product that stands out not only for its practicality but for how thoughtfully it reflects user experience principles.

At its heart, the Marketday Cart is built around real human behavior. People like to see what they packed. They like knowing where things are. They do not enjoy digging through deep bags to find something they dropped five minutes ago. The cart solves this with three shallow stackable baskets that give users clear visibility and control. This layered structure keeps groceries organized and prevents delicate items from getting crushed. Soft produce can sit beside heavier goods without damage because everything has its own place. Instead of asking users to adapt to a bag, the bag adapts to them.

Designer: Michelle Hildebrand

Each basket is insulated and fully zippered, which keeps food cool, contained, and protected from outside conditions. This feature is especially useful for fresh food shopping, where temperature matters. The zippered lids also remove the constant worry that something might spill or fall out while walking. From a user experience perspective, this reduces mental effort. The system handles the problem so the shopper does not have to.

The baskets are also modular. They detach easily and can be used individually, which means the cart can function as one, two, or three bags depending on the trip. A quick errand does not require carrying the entire system, while a large grocery run can use all levels. This flexibility makes the product feel adaptable rather than rigid and supports different lifestyles without needing multiple tools.

Mobility and comfort are equally well considered. The lightweight aluminum frame keeps the cart easy to maneuver while still feeling sturdy. When not in use, it folds down to half its size, making storage simple even in small apartments or tight entryways. An extra-long handle improves comfort, especially for taller users or anyone pulling heavier loads for longer distances. These details show attention to physical experience, which is often overlooked in everyday product design.

The oversized wheels further enhance usability. Built to handle curbs, stairs, and uneven pavement, they allow the cart to glide over obstacles that usually make shopping carts frustrating to use. This makes it especially practical for city environments where sidewalks, public transport, and market stalls all become part of the journey.

One of the most impressive features is the gimbal system connecting the baskets to the frame. When the cart tilts as it is pulled, the baskets automatically swing to stay horizontal. This keeps groceries level and prevents items from tipping or shifting. It is a subtle mechanical detail, but it makes a huge difference because it removes another small worry from the user’s mind. The cart quietly maintains balance so the shopper can focus on where they are going rather than what might spill.

Durability and maintenance were clearly part of the design thinking as well. The fabrics can be wiped down or washed, which is practical for real shopping situations where spills and mess are unavoidable. The baskets attach and lift off easily, which makes cleaning and reorganizing simple and quick.

Right now, the Marketday Cart is only distributed in Australia, but its logic is universal. It addresses common challenges such as organization, transport, storage, and food preservation with solutions that feel natural rather than complicated. More than just a shopping trolley, it shows what happens when designers treat everyday objects as experiences.

The Marketday Cart proves that thoughtful design does not have to be flashy or high tech to be innovative. Sometimes the smartest ideas come from simply paying attention to how people live and then making something that fits seamlessly into that reality.

The post The Thoughtful Shopping Cart That Organizes, Protects, and Moves With You first appeared on Yanko Design.

Ingrid Tiny House Packs Two Bedrooms and Brilliant Storage into 26 Feet

Posted on by

When it comes to tiny houses, smart storage isn’t just a bonus; it’s essential. In a home where every square meter counts, thoughtful design must go beyond accommodating the obvious necessities and instead make clever use of every nook, drawer, and corner. The Ingrid tiny house does exactly that, delivering an impressive blend of storage capacity and spatial flexibility within a compact, towable footprint.

Designed and built by Polish firm Tiny Smart House, the same makers behind the striking Dark Vader model, the Ingrid offers a refreshing contrast in both mood and materiality. While Dark Vader embraced a dark, minimalist aesthetic, Ingrid leans into a light and colorful interior that feels open, cheerful, and highly livable. Despite its relatively modest 8 m 26 ft length, which places it slightly longer than some European tiny houses yet still smaller than many North American counterparts, the home manages to incorporate two bedrooms and an abundance of built-in storage.

Designer: Tiny Smart House

The Ingrid is based on a triple axle trailer, ensuring stability and roadworthiness for transport. Externally, it is finished in engineered-wood cladding, complemented by a sloping metal roof and crisp white-framed windows. The clean exterior lines suggest modern simplicity, while the interior reveals a more layered and dynamic approach to design.

The living room is undoubtedly one of the highlights of the home. Rather than treating it as a minimal seating nook, the designers have integrated a substantial entertainment center with extensive shelving, transforming the wall into both a focal point and a highly functional storage hub. The space includes a large L-shaped sofa and a television, creating a comfortable area for relaxation without sacrificing practicality. The shelving system ensures that books, décor, electronics, and everyday essentials all have designated places, reducing clutter and reinforcing the home’s organized ethos.

Adjacent to the living area is a drop-down dining table mounted to the wall. Designed for two, it can easily double as a work desk, an increasingly valuable feature in compact homes. One standard chair accompanies the table, while another seat is cleverly integrated into the kitchen unit itself. This kind of multifunctionality exemplifies how Ingrid maximizes usability without expanding its footprint.

The kitchen continues the theme of efficiency paired with charm. It features a farmhouse-style sink, a propane-powered stove, an oven, and a fridge freezer, providing everything needed for full-time living. Storage is thoughtfully distributed throughout cabinetry and shelving, ensuring that cooking tools and pantry items remain neatly tucked away.

At the opposite end of the home lies the bathroom, and here Ingrid offers an unexpected luxury. Rather than opting for a compact shower stall, the designers included a regular-sized bathtub with a shower, a rare and welcome feature in tiny house design. The bathroom also contains a vanity sink, a flushing toilet, a washer-dryer unit, and additional storage, proving that comfort need not be sacrificed in small-scale living.

The Ingrid includes two loft-style bedrooms, both with low ceilings typical of tiny homes. The primary bedroom sits above the kitchen and bathroom and is accessed via a staircase with integrated storage, another smart solution that turns circulation space into usable storage. This loft accommodates a double bed and additional cabinetry. The secondary bedroom is positioned above the living room and accessed by a removable ladder. It offers generous storage and can serve as either a guest room or a more conventional second bedroom.

Already delivered to its owner, the showcased Ingrid demonstrates how intelligent design can transform a compact structure into a fully equipped, flexible home. While pricing details have not been disclosed, the model stands as a compelling example of how thoughtful architecture can make small-scale living both practical and genuinely comfortable.

The post Ingrid Tiny House Packs Two Bedrooms and Brilliant Storage into 26 Feet first appeared on Yanko Design.

The Joystick-shaped Screwdriver That Makes Repairing/DIY Projects Fun and Intuitive

Posted on by

Repair and assembly are usually framed as chores, tasks to be completed as quickly as possible, so we can move on to something more enjoyable. The bi:ts tool challenges this perception by transforming the act of tightening a screw into something closer to play. Instead of feeling like labor, the experience becomes tactile, intuitive, and surprisingly satisfying.

At the heart of the product is a joystick-inspired interface, borrowed from the language of game controllers. Rather than twisting your wrist repeatedly or navigating complicated buttons, you control the rotation using just your thumb. Push the joystick forward to rotate right and tighten, pull it back to rotate left and loosen. The mapping is so natural that it removes the hesitation many novices feel when they pick up a tool. There is no overthinking, no remembering instructions, just instinctive movement.

Designer: Changhwi Kim

Somewhere between the words “bit” and “beat,” the product invites you to find your own working rhythm. The motion feels less like a mechanical task and more like interacting with a game, where each rotation becomes a small, satisfying action. For someone new to DIY, even figuring out which direction to turn a screw can feel like a mission. The intuitive joystick mapping eliminates that friction, allowing the user to focus on the activity itself rather than the instructions.

This approach also reduces the learning curve often associated with automatic drilling machines. Power tools can be intimidating, especially for first-time users, but bi:ts lowers that barrier. Its lightweight build and ergonomic grip make it comfortable to hold, while the rounded edges soften the traditional perception of tools as harsh, industrial objects. Instead, the device feels friendly and approachable, more like a gadget than a piece of heavy hardware.

The design language reinforces this sense of playfulness. Bright, cheerful colors add a pop of personality, whether the tool is in use or simply hanging in the corner of a room. It is the kind of object that does not need to be hidden away in a toolbox. In fact, its aesthetic presence encourages visibility, almost like a design accessory rather than a purely functional item.

Practical details are thoughtfully integrated into the form. A loop at the top allows you to slip your hand through it, preventing accidental drops and keeping the tool within easy reach when you need both hands for something else. When you are done, the same loop makes it easy to hang the device for storage.

At the bottom, a smartly integrated niche stores different drill heads. This eliminates the need to search for separate parts or risk losing them. Everything fits neatly into the base, keeping the system sleek, compact, and ready for the next task.

bi:ts ultimately reframes what a tool can be. Instead of something intimidating or tedious, it becomes something engaging, almost playful. It suggests a future where DIY assembly, even something as routine as putting together IKEA furniture, can feel less like a chore and more like a small, satisfying game.

The post The Joystick-shaped Screwdriver That Makes Repairing/DIY Projects Fun and Intuitive first appeared on Yanko Design.

An Art Retreat in the Himalayas Where Architecture Follows the Mountain’s Rhythm

Posted on by

High above the Naggar valley in Himachal Pradesh, Eila reveals itself slowly. It is not the kind of resort that announces its presence with grand façades or rigid terraces. Instead, it feels as if the architecture has quietly grown out of the mountainside. Soft, organic forms follow the contours of the land, echoing the rhythms of the terrain rather than resisting them. Designed by MOFA Studio, the art retreat treats architecture as a natural extension of the landscape. Shaped through advanced computational design, the cottages respond to the slope, the light, and the horizon, creating spaces that feel less constructed and more discovered.

The masterplan follows a stepped strategy that respects the steep terrain. Rather than flattening the hillside, the retreat is organized as a gentle terraced descent that preserves topsoil and natural rainwater paths. This decision is both ecological and experiential. It protects the site while also shaping the visitor’s journey. The sequence begins at the Gate of Confluence, a stone inscribed pavilion that marks the transition into Eila’s creative world. From here, the path moves gradually downward through shared and quiet spaces, allowing art, landscape, and architecture to unfold together.

Designer: MOFA Studio

MOFA Studio, founded in 2007 by architect Manish Gulati, approaches design through what it calls a five-dimensional framework: spatial, ecological, social, temporal, and systemic fluidity. At its core, this philosophy places life before form. Buildings are meant to adapt to their context rather than impose themselves upon it. At Eila, this thinking is supported by the use of artificial intelligence as a creative collaborator. Working alongside a research-driven team, AI tools help refine structural and environmental performance, while the final decisions remain guided by human intuition. The project reflects almost two decades of the studio’s exploration into systems-led, non-conformist architecture.

The most distinctive element of Eila is its biomorphic shells. These pod-like cottages, built from lightweight steel frames and thin concrete shells, are designed as insulated enclosures that reduce energy demand while keeping the overall footprint low. Their rounded forms are structurally efficient and visually subtle, allowing the retreat to blend into the sensitive Himalayan setting. Each cottage is carefully placed to capture wide, uninterrupted views of the valley, turning the mountains into an ever-changing backdrop.

Openings throughout the architecture are treated as visual instruments rather than just windows. Skylights and apertures are positioned to draw the landscape deep into the interiors. From almost every angle, the valley appears framed like a living mural. Light, shadow, and scenery become part of everyday life, keeping the architecture in constant dialogue with its surroundings.

At Eila, art is not treated as decoration but as the foundation of the experience. Under the art direction of client Shri Rama Shankar Singh and his daughter Palak Singh, creativity is woven into daily rituals. One of the first spaces visitors encounter is the Kitaabkhana, a library where light filters softly through jaali screens and embroidery frame lamps. Communal areas such as the open-air amphitheatre and the heated infinity pool are aligned with the horizon, allowing social activity to merge with the vastness of the valley. Even the masterplan is presented as an artwork, reinforcing the idea that art, architecture, and life belong to the same continuous field.

Material choices further ground the project in its context. Much of the construction relies on locally sourced materials, reducing transportation emissions and supporting regional building practices. The lightweight frame and thin shell system use less material overall, helping the retreat remain visually quiet against the Himalayan backdrop. Over time, the concrete shells are intended to host local vegetation, gradually blending into the ecology around them. In this way, the architecture is not seen as a finished object, but as something that evolves with the landscape.

Eila is the result of a twenty-year collaboration between Manish Gulati and Shri Rama Shankar Singh. It represents a long process of questioning, refining, and aligning form with place. Every curve, opening, and pathway reflects an effort to resonate with the history and spirit of the valley. The final result is a retreat that does not compete with nature, but settles gently into it, as if it has always belonged there.

The post An Art Retreat in the Himalayas Where Architecture Follows the Mountain’s Rhythm first appeared on Yanko Design.

Sway’s Compostable Bags Rethink Plastic as a Temporary Material

Posted on by

Sway continues to evolve its compostable plastic bags made from seaweed, offering a clear alternative to traditional plastic packaging that has long dominated retail and shipping. Instead of relying on petroleum-based materials that persist in landfills and oceans for decades, the team at Sway uses seaweed as a foundational input to create packaging that performs reliably during use and then safely returns to the soil. The result is a material that is designed to exist only for as long as it is needed, rather than becoming a permanent environmental burden.

According to the company, seaweed allows their bags to be stronger, easier to manufacture, more affordable at scale, and healthier for the environment overall. When these compostable plastic bags reach the end of their life, they are meant to break down naturally instead of fragmenting into microplastics. This means they do not linger in ecosystems or waterways, and instead decompose into soil that can support future growth.

Designer: Sway

The current range includes polybags, die-cut handle bags, and flexible film wraps, all produced using the same seaweed-based material system. Visually, the bags have a smooth surface with a soft frosted texture. Their translucent exterior allows users to see what is inside, which adds both practicality and a subtle design appeal. The die-cut handle bags are ideal for everyday shopping and in-store use, while the polybags are designed for businesses that need a secure option for shipping products.

All of these formats are made from a blend of seaweed, plant-based materials, and compostable polymers. It is clear that this packaging line is designed for composting rather than recycling. After use, the bags can be placed in home compost systems or industrial compost facilities, where they break down into healthy soil without leaving behind toxic residue. If composting is not available, the team advises disposing of the bags in the trash. While this outcome is not ideal, the material still avoids the long term damage associated with conventional plastic.

At the same time, the emergence of materials like this highlights a larger question. If bioplastics and compostable packaging already exist, why are they still not common in everyday life? Much of the challenge lies in the systems surrounding packaging rather than the materials themselves. Manufacturing infrastructure, pricing models, and waste systems have been optimized for traditional plastic for decades. Compostable materials often require new production processes and clearer consumer understanding of disposal. Confusion between recycling and composting, limited access to compost facilities, and expectations shaped by plastic durability all slow widespread adoption. As a result, innovations like Sway’s tend to move faster than the infrastructure meant to support them.

In January 2026, the Sway team shared that they had further improved their compostable plastic bags made from seaweed. Through processing changes, the material is now stronger, more refined in appearance, and available in higher volumes at a lower price point. The frosted design remains consistent, but the updated bags can carry heavier loads while still breaking down after use. Home compost certification for the newest versions is still in progress, while earlier versions have already received industrial compost certification from TUV Austria.

To expand access, Sway works with partners such as EcoEnclose to distribute the bags to businesses, small markets, and shipping operations. At the center of this effort is TPSea Flex, the company’s in-house material that blends seaweed, plant-based inputs, and compostable polymers. Together, these developments point toward a future where packaging serves its purpose and then steps aside, returning to the soil instead of remaining in landfills or oceans for generations.

The post Sway’s Compostable Bags Rethink Plastic as a Temporary Material first appeared on Yanko Design.

Sway’s Compostable Bags Rethink Plastic as a Temporary Material

Posted on by

Sway continues to evolve its compostable plastic bags made from seaweed, offering a clear alternative to traditional plastic packaging that has long dominated retail and shipping. Instead of relying on petroleum-based materials that persist in landfills and oceans for decades, the team at Sway uses seaweed as a foundational input to create packaging that performs reliably during use and then safely returns to the soil. The result is a material that is designed to exist only for as long as it is needed, rather than becoming a permanent environmental burden.

According to the company, seaweed allows their bags to be stronger, easier to manufacture, more affordable at scale, and healthier for the environment overall. When these compostable plastic bags reach the end of their life, they are meant to break down naturally instead of fragmenting into microplastics. This means they do not linger in ecosystems or waterways, and instead decompose into soil that can support future growth.

Designer: Sway

The current range includes polybags, die-cut handle bags, and flexible film wraps, all produced using the same seaweed-based material system. Visually, the bags have a smooth surface with a soft frosted texture. Their translucent exterior allows users to see what is inside, which adds both practicality and a subtle design appeal. The die-cut handle bags are ideal for everyday shopping and in-store use, while the polybags are designed for businesses that need a secure option for shipping products.

All of these formats are made from a blend of seaweed, plant-based materials, and compostable polymers. It is clear that this packaging line is designed for composting rather than recycling. After use, the bags can be placed in home compost systems or industrial compost facilities, where they break down into healthy soil without leaving behind toxic residue. If composting is not available, the team advises disposing of the bags in the trash. While this outcome is not ideal, the material still avoids the long term damage associated with conventional plastic.

At the same time, the emergence of materials like this highlights a larger question. If bioplastics and compostable packaging already exist, why are they still not common in everyday life? Much of the challenge lies in the systems surrounding packaging rather than the materials themselves. Manufacturing infrastructure, pricing models, and waste systems have been optimized for traditional plastic for decades. Compostable materials often require new production processes and clearer consumer understanding of disposal. Confusion between recycling and composting, limited access to compost facilities, and expectations shaped by plastic durability all slow widespread adoption. As a result, innovations like Sway’s tend to move faster than the infrastructure meant to support them.

In January 2026, the Sway team shared that they had further improved their compostable plastic bags made from seaweed. Through processing changes, the material is now stronger, more refined in appearance, and available in higher volumes at a lower price point. The frosted design remains consistent, but the updated bags can carry heavier loads while still breaking down after use. Home compost certification for the newest versions is still in progress, while earlier versions have already received industrial compost certification from TUV Austria.

To expand access, Sway works with partners such as EcoEnclose to distribute the bags to businesses, small markets, and shipping operations. At the center of this effort is TPSea Flex, the company’s in-house material that blends seaweed, plant-based inputs, and compostable polymers. Together, these developments point toward a future where packaging serves its purpose and then steps aside, returning to the soil instead of remaining in landfills or oceans for generations.

The post Sway’s Compostable Bags Rethink Plastic as a Temporary Material first appeared on Yanko Design.