Futuristic-looking garden dome functions as an office space, yoga den, and nap spot to sleep under the stars

A trend that grew ever so popular during the pandemic was “domes’. Sneakily enough, little garden domes started to rise in popularity during the pandemic, since a lot of people felt frustrated working and being cooped up in their homes all day long. Although offices, and the rest of the world, have started to open up now, somehow domes still manage to be a favorite amongst the people. We’re used to garden domes that function as cool home offices, but this garden dome by Hypedome is a home office…but also much more!

Designer: Hypedome

Designed by Hypedome, these garden domes are designed to function as office spaces, calm lounges to relax in, yoga dens, and even additional sleeping quarters if you like to sleep under the stars in the outdoors – without the fear of rain and snow. These geodesic domes were created to make indoor-outdoor living even more accessible, and to provide an indoor-outdoor space that lets you enjoy the beauty of nature without having to deal with its harsh side.

Made from solid polycarbonate panels, the hemispherical garden domes look like glass, but are in fact 200 times more durable and weather-resistant, and UV-protected as well. This provides protection to the furniture and other items placed within the domes. “Our goal was to create durable domes that would not only enhance the aesthetic appeal of gardens but also provide a practical living space that can withstand various weather conditions,” said Hypedome.

The innovative garden domes can be used all year round since you can easily heat them during the winter. And of course, during summer they’ll be a plush little lounge spot to spend your days in, allowing you to soak up the sun, but not too much of it. The garden domes come in three different sizes, with a crystal clear finish as the standard finish. You can also pick mirror, grey, and translucent finish options – they also add a bit of privacy. Hypedome says that the garden domes have a life expectancy of fifteen years, and once they’ve died down, they can be fully recycled, which makes this design worthy of some extra brownie points!

Futuristic-looking garden dome functions as an office space, yoga den, and nap spot to sleep under the stars

A trend that grew ever so popular during the pandemic was “domes’. Sneakily enough, little garden domes started to rise in popularity during the pandemic, since a lot of people felt frustrated working and being cooped up in their homes all day long. Although offices, and the rest of the world, have started to open up now, somehow domes still manage to be a favorite amongst the people. We’re used to garden domes that function as cool home offices, but this garden dome by Hypedome is a home office…but also much more!

Designer: Hypedome

Designed by Hypedome, these garden domes are designed to function as office spaces, calm lounges to relax in, yoga dens, and even additional sleeping quarters if you like to sleep under the stars in the outdoors – without the fear of rain and snow. These geodesic domes were created to make indoor-outdoor living even more accessible, and to provide an indoor-outdoor space that lets you enjoy the beauty of nature without having to deal with its harsh side.

Made from solid polycarbonate panels, the hemispherical garden domes look like glass, but are in fact 200 times more durable and weather-resistant, and UV-protected as well. This provides protection to the furniture and other items placed within the domes. “Our goal was to create durable domes that would not only enhance the aesthetic appeal of gardens but also provide a practical living space that can withstand various weather conditions,” said Hypedome.

The innovative garden domes can be used all year round since you can easily heat them during the winter. And of course, during summer they’ll be a plush little lounge spot to spend your days in, allowing you to soak up the sun, but not too much of it. The garden domes come in three different sizes, with a crystal clear finish as the standard finish. You can also pick mirror, grey, and translucent finish options – they also add a bit of privacy. Hypedome says that the garden domes have a life expectancy of fifteen years, and once they’ve died down, they can be fully recycled, which makes this design worthy of some extra brownie points!

With an articulated spine this robot mouse can beat ‘Spot’ at pace and maneuvers in small turning radius

Over the years, quadruped – four-legged – robots led by the likes of Spot, by Boston Dynamics, have captured our imagination far and wide. These robots have been through various upgrades, including the robotic dog that can now walk, jump, and maneuver like the real thing. Even though the construction of these robots is already very sophisticated, it remains to be perfected for widespread applications.

A step forward in this direction can be a mouse robot with an articulated spine developed by collaborative research teams from the Technical University of Munich, University of Technology, Nuremberg, and Sun Yat-Sen University, China. The articulation of the spine allows the mouse named NeRmo full body control and stabilization, which provides it with a more balanced frame along with agility and gait much like a real rodent with a biological spine.

Designer: Zhenshan Bing

This mouse created with a flexible spine and tendons is the first interpretation of spine-centric quadruped, unlike the four-legged robots whose anatomical mimicking just finishes at the leg-based motor skills. Yes, they can walk, jump or even pull off a few dance moves, but the NeRmo can do that and more. While the others are robotic in their movement and approach, the researchers led by Zhenshan Bing, believe their mouse – with a spine and tendons running through it – can move almost alike and turn equally efficiently as its biological counterpart.

NeRmo is an agile-legged robot that leaves behind challenges of movement and regulating spine flexion that other quadrupeds using similar spine enhancement – like in the case of Boston Dynamics’ Cheetah robot – have proved. The robot with 3D printed parts and Raspberry Pi for its brain has a sensory system that can make decisions and navigate autonomously.

The NeRmo is an experimental robot that helps understand the spine-based quadruped locomotion skills. The findings are pretty optimistic, which means, that its development can be a promising inspiration for more such small agile-legged robots. The construction of the NeRmo modular robot, according to the research team is low cost, owing to its building process. With the articulated spine, the research shows, the robotic mouse can adjust its posture, extend its stride to walk faster, and make agile maneuvers in a small turning radius and while walking.

Xiaomi CyberDog 2 pushes Boston Dynamic’s Spot back to make idea of robot pets closer than ever

Canine-inspired quadrupeds, spearheaded by Boston Dynamics back in 2005, have not really reached homes to be petted but that isn’t stopping manufacturers from spending billions in developing robo-dogs more capable and intelligent.

Latest such creation, boldly stepping into the limelight, wagging its mechanical tail with conviction, is the CyberDog 2. This quadruped wonder is the brainchild of Xiaomi, and it’s not your average robo-pooch now; it has undergone a transformative makeover since the first iteration of the CyberDog.

Designer: Xiaomi

The original Xiaomi CyberDog was inspired by Boston Dynamics’ Spot, but Xiaomi doesn’t want to stand content with mere imitation. The CyberDog 2 emerges with a distinct identity, shedding its initial homage to embrace a more lifelike, canine charm. For this, the robotic stiffness of the CyberDog is replaced with a redesigned body, reminiscent of a Doberman dog, complete with adorable ears framing its head to create the CyberDog 2.

At just 8.9 kg and 36.7 cm tall, the CyberDog 2 packs a woof in a size smaller than that of a grown-up golden retriever. Besides the compact size, what truly sets the CyberDog 2 apart, however, is its newfound agility. Thanks to Xiaomi’s ingenious micro-actuators, the CyberDog 2 gets the ability to perform complex feats like confidently balancing on one leg, giving a handshake, or executing a series of dynamic backflips with grace.

The CyberDog 2 isn’t just about physical prowess. Its intelligence is where it truly shines. Powered by NX processor and two co-processors bolstered by 8 GB of RAM and 16 GB of storage, the CyberDog 2 has 19 sensors that grant it the power of vision, touch, and hearing coupled with Xiaomi’s AI voice algorithm.

Powered by a built-in battery that boasts 90 minutes of activity before a quick recharge via USB-C, the CyberDog 2 is embedded with decision-making ability and AI simulation to design its behavior for a natural and lifelike persona echoing our beloved furry friends. With Bluetooth 5.0 and Wi-Fi for connectivity, the CyberDog 2 can be seamlessly controlled with a remote or a smartphone. While it is time for us to pet this guy in the West, the CyberDog 2 is going to be available soon in China starting at 12,999 yuan (approximately $1,800).

Mass-timber pavilion in a university campus is an ideal observation spot for bird-watchers

The Johnson Owl Deck Pavilion is a simple mass-timber pavilion constructed by architect Jesús Vassallo and a team of graduate students at Rice University on the Houston campus. The pavilion was built using cross-laminated timber (CLT) panels to convey how potent the material is as a carbon-negative and sustainable building method and can serve a specific function. “We wanted to design a building that would be true to CLT’s structural behavior and aesthetic potential,” said Vassallo. “Nowadays mass timber buildings are increasingly normative and based on repetitive grids that while efficient from an economic standpoint, do not do justice to the versatility of the material.”

Designer: Jesús Vassallo

The timber pavilion is located in the university’s Harris Gully Natural Area, a restored watershed to which a large variety of high-level bird species are attracted. Occupying 1000 square meters, the pavilion is made of eight rectangular columns topped off with a single square, and a flat roof. The pavilion has an extremely simple, minimal, and rustic appearance. The columns and roof of the pavilion were built using CLT panels of southern yellow pine. The panels are in their ‘purest’ form, and they display the material’s easy assembly.

“From the inside, the variable angles work as a sort of camouflage,” said Vassallo. “Creating patterns of light and shadow, minimizing the presence of the people using the pavilion to do bird watching. From the outside, the effect is that of a building that is constantly changing as you walk around it.” Every column is rotated at a different angle altogether, to ensure that privacy is provided to the bird watchers or other people who visit the pavilion. In fact, the pavilion was designed to look like the “ruin of a small temple”.

The pavilion is part of a long-term plan to better manage and take care of the microhabitats of the area which include shrubland, woodland, marsh, and prairie. The pavilion is now a permanent installation on the campus, and students and the public, both can visit it. The pavilion, was in fact, created in a mass timber seminar led by Vassallo and designed with graduate students Pouya Khadem and Lene Sollie and structural engineer Tracy Huynh.