This 3D printed smart home is autonomous and self-sustainable!





Do you know what the future of architecture looks like? Smart, sustainable, and self-sufficient! You shouldn’t have to choose between a smart modern home and a sustainable lifestyle because you can have it all in one 3D printed unit thanks to Haus.me because they have created the ultimate autonomous self-sustaining shelter!

This off-the-grid home comes fully ready to move in and is equipped with water tanks, solar panels, and autonomous waste disposal — no plug-ins needed! There are two models – mOne and mTwo – available for sale at $199,000 and $379,000. All the features are the same, however, the only difference between the two models is the floor area – the smaller one is suited for two inhabitants and the larger one is made for a small family. The homes also come with a patented window system and insulated walls to help minimize their energy consumption which lets them comfortably depend on solar power as their sole source of energy. The interior is packed with every smart feature that you could want like Nest cameras and thermostats, Apple TVs, and internet connection for complete autonomous living. When you buy any of the models, they come fully furnished with everything because it has all been designed keeping in mind how space can be optimized in the compact dwelling.

Haus.me’s homes also feature an air-purifying system that claims to eliminate 99.99% of bacteria – a USP post this pandemic for future homeowners. These structures are the first fully self-sustainable mobile houses and don’t require an electric grid, propane, natural gas, firewood, or any other fuel – it is 20x more energy efficient than a traditional American home. The 3D printed units have a minimal and modern aesthetic without compromising on the warmth of a home and while enabling us to live our best flexible/remote lives!

Designer: Haus.me

IKEA furniture gets smarter with this air purifier disguised as a side table!

IKEA’s STARKVIND smart air purifier brings the promise of affordability and minimalism to the most important home appliance pandemic hit times can do with.

Breathing clean indoor air is crucial more than anything else with the COVID-19 menace lurking around. Air purifiers are the best bet to keep safe from harm’s way, and more so for people allergic to air pollutants. Reason enough for the Swedish furniture giant to try its luck with air purifiers. The brand is expanding its mushrooming smart home appliance lineup with an air purifier which is a sublime combination of design and technology. Dyson and Mila better watch out!

The IKEA STARKVIND air purifier comes in two variants, a floor-standing model (in black and white) or a side table version (in dark or light finish) – costing $129 and $189 respectively. Mind you, to have access to all the smart functions via the compatible app, the $35 smart home hub needs to be purchased as well. The air purifier will hit the IKEA stores from October 2021 in the U.S., so keep an eye on this one.

While their form factor is a bit different depending on the intended use-case scenario, on the inside they contain the same three-filter system. This layered filtering system captures bigger particles like hair or dust, 99.5 percent of small airborne particles measuring 2.5 micrometers, pollutants, dust, pollen and even bad odors are not spared.

This IKEA air purifier can operate at five different fan speeds which can be either automated (with the in-built sensors) or controlled via the IKEA Home app. It can even be scheduled using the app or work in tandem with the TRÅDFRI smart home hub. Plus you have the convenience of keeping a close eye on the indoor air quality with the app.

STARKVIND is sufficient for any room measuring 215 square feet or thereabout. Definitely not a competition-beating figure by any stretch of the imagination, but for small apartments and city dwellers a very good option nonetheless. Plus we have to keep in mind, the side table version is bringing dual utility to the fore, something I absolutely love.

According to Henrik Telander, Product Owner at IKEA of Sweden, the brand’s idea of a smart home is not about gadgets, “It’s about making life and home better through combining our solid home furnishing knowledge with digital solutions and technology.”

Designer: IKEA

This universal smart home device transforms everyday objects – now picking up your mug turns on your kettle!





Nowadays our homes are brimming with smart technology. Smart refrigerators keep our kitchens in order, smart televisions let us watch literally anything we’d like, and smart assistants handle the mood lighting. A future home filled only with iterations of Amazon Alexa and identical apple home products feels eerily within reach. Holding tight onto his souvenir mugs and granny’s kitchenware, designer Sam Beaney created Kano Sense, a universal smart home device that uses computer vision to convert everyday objects into smart home outputs.

Designer: Sam Beaney

A gleaming one-way mirror lens and soft wooden frame give Kano Sense a heavy and familiar look. Kano Sense takes the shape of common smart capsules similar to earlier generations of the Amazon Alexa and Echo and contains embedded smart computer vision that analyzes everyday appliances like ovens and even ceramic mugs to turn interactions with them into smart outputs.

Kano Sense ditches voice command for behavior-based technology. For example, after analyzing our interactions with a ceramic mug, Kano Sense will respond to our holding the mug by turning on the tea kettle. Similarly, a baking tray placed on top of the counter will tell Kano Sense to preheat the oven.





In creating Kano Sense, Beaney hoped to develop a form of smart technology that incorporated our keepsake home items, bridging next-level smart technology with our analog world. This meant that Beaney had to give Kano Sense a familiar feel and overall look. Kano Sense’s outermost body is carved from wood and its intricate computer hardware core is coated with a one-way mirror lens to reflect your home environment and simplify setup.

Complete with an accompanying app, Kano Sense scans new home items and appliances by your choice and command. In the app, users can tell Kano to scan only certain objects within the capsule’s vision using software similar to that of facial recognition. Don’t worry, not everything you touch will turn on the lights or the oven.

Process

Sam Beaney went through multiple iterations of Kano Sense before settling on its final form. Embedded computer vision allows Kano Sense to scan certain home items within its vision to turn them into smart home outputs.

Kano Sense’s approachable look allows it to blend in with the rest of your home.

Beaney envisions multiple looks for Kano Sense, using different types of timber to fit into varied interior spaces.

Using a 4-axis CNC milling technique, Kano Sense’s wooden frame is produced.

Beneath Kano Sense’s one-way mirror lens, embedded computer vision technology allows the smart device to scan home items.

This sustainable home produces energy and stores excess solar power in two Tesla powerwalls!

An essential pillar of AMA–Austin Maynard Architects is sustainability. Whether that be achieved through solar energy, Tesla batteries, external Venetian blinds, or all the above–building homes that leave small footprints on our environment is something of the utmost importance for the architects at Austin Maynard. Finishing work on their Garden House, the team of designers has built their most sustainable house yet, one that works as a power station, producing more sustainable energy than it uses.

On average, the Australian home uses 19 kWh of energy on any given day. Turning that statistic on its head, Garden House produces 100kwh of energy with help from a 26 kWh Tesla battery. Finding the future of home sustainability through this sharing of energy, Garden House is powered by solar energy and powers the block’s shared energy grid. Since many Australians utilize solar panels to power up their homes, Garden House is in good company on a narrow street filled with garden oases and blooming greenery. Careful not to disrupt the natural terrain in and around the house’s lot, AMA developed Garden House’s layout and connected pavilions based around the network of pre-existing garden spaces and trees. This set the stage and literally the foundation for the home’s commitment to producing more sustainable energy than it requires to run.

The architects behind Garden House ensured that the home utilized passive building techniques, filling out the roof with solar panels in addition to outfitting the inside with double studded wall insulation, underfloor insulation, formed from an insulated concrete slab. Even the building materials used were chosen for their sustainable edge, opting for recycled bricks to build the home’s linked pavilions behind its shingled white garage. Inside, the home does not require any gas for internal insulation of any kind–hot water, space heating and cooling, hydronic heating, and pool heating is all supplied through highly efficient heat pumps. In addition to being a fully automated smart home that runs on two Tesla power walls, the designers also did not disrupt the lot’s original landscape and natural greenery in building Garden House.

Tucked away in a lush paradise of a backyard, Garden House is a lot more than meets the eye. At first glance, Garden House’s garage showcases a humble home with a pentagon frame wrapped in optic white shingles. Beyond the garage, linked brick pavilions connect family rooms and bedrooms and appear as separate buildings entirely, joined only by mirrored glass corridors that reflect the surrounding leafy gardens. Each pavilion was designed to break up the bulk of the home into four smaller scale zones. Inside each section of the home, concealed doors grant access to the whole home as well as the garden. Open balconies and lofty kitchen doors open up to the gardens, filling the home and its garden with a paradisal air.

Designer: Austin Maynard Architects

Using the home’s side entryway, the humble garage transforms into a lush backyard garden joined by concealed brick pavilions.

From the street, Garden House appears as a simple, pentagon-shaped home wrapped in optic white shingles.

Beyond the garage, Garden House blossoms into the family home that it is, accommodating five family members.

The home’s linked brick pavilions house bedrooms and family rooms that are connected by mirrored glass corridors.

The inside of the home features brick interiors for a rustic look in an otherwise extremely modern home.

Two Tesla power walls store the energy acquired from the roof’s solar panels.

Lofty doors and huge windows bring the family even closer to their backyard oasis.

Natural sunlight fills the halls and bedrooms throughout Garden House.

Ash black metal accents brighten natural wood cabinetry work.

Exterior Venetian blinds keep bedrooms from overheating due to the overflow of natural sunlight.

Our favorite tiny prefab home made 99% offsite is the future of affordable & sustainable construction has unveiled new information!





Hüga means finding happiness in small things, a concept born from the Danish philosophy ‘Hygee that is followed by thousands of people around the world. This is exactly where Grandio drew its inspiration from to develop a unique, different project that combines a set of brilliant ideas with design, construction, and marketing. After 24 months of work by a multidisciplinary team of professionals from Córdoba, Hüga was born – the future of the tiny home movement!

Grandio uses its technology to keep the architectural industry to date with its building system that allows for 99% offsite construction. In October 2020, they unveiled their very first prefabricated concrete home called Hüga. Today, the team has developed an advanced enough system using the same technology that can be deployed for commercial, hospitality, and residential functions thus scaling up its positive impact on sustainable construction. Hüga was made to find a solution for the unsatisfying demand in housing and public buildings because that industry has remained the same for centuries. ‘the use of brick in our constructions for over 5000 years is a clear example of how the construction industry is reluctant to change. The construction industry is still looking for a satisfactory solution, one that replaces the slow and expensive traditional systems that require skilled labor.

The Argentina-based studio wanted to provide a more efficient way to build and formed a multidisciplinary team of 23 professionals, civil, mechanical, and industrial engineers, architects, industrial designers, and specialist technicians to create modern construction methods (MMC) and world-class manufacturing (WCM). The final results are these hüga units that are built with reinforced concrete and designed for minimal maintenance as well as reducing your energy costs. These compact homes can withstand all climates and adverse conditions, including earthquakes, wildfires, and hurricanes. Hüga homes are also mobile and modular so much so that you can extend your house in plan in just one day.

Hüga also reduces construction time and any company can use integrate this technology. The goal of this design is to democratize technology with an affordable technological license for professionals or construction companies so that impact can be made on a large scale keeping the environmental impact in mind. This license helps companies with daily monitoring and support from professionals in both construction and sales processes. Both consumers and companies using the system will benefit from any new innovations developed by the Grandio R&D laboratory for free as their community benefit. But it’s not just for homes, Hüga can also be used for commercial functions like cafés or restaurants.

“Hüga technology aims to revolutionize the construction industry, achieving innovation in the final product, in its commercialization, and especially in its manufacturing process. With the use of modern construction methods (MMC) and the efficiency of world-class manufacturing (WCM), all companies in the hüga ecosystem will be able to present disruptive building responses to the current and future demand of our planet. The massive use of this technology will accelerate the urgent changes that our population needs. Hüga technology came to change history in the construction industry. Hüga came to revolutionize our way of living, undertaking, or investing,” concludes the Grandio team. We can imagine Hüga urban villages as the future of sustainable, affordable, and flexible living!

Designer: Grandio

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