Some of the most popular (not necessarily best) memes are of people who seem to be brave on the outside but are reduced to screaming messes when faced with a cockroach. We’re talking both men and women here and seeing them freak out over these insects is apparently funny to some people. So this concept for a robotic cockroach may be the stuff of nightmares for some or a fascinating experiment for those who are curious.

Designer: Luis Lopez

Baby X-Roach is a concept or experiment into creating a robotic creature that is usually a source of disgust or fright. In his description of this creature he created, he says that she has a huge and kind heart with her curiosity keeping her alive even if most people don’t see it. It is designed to have a high tech aesthetic even though it is a low poly creation (small number of polygons in 3D computer graphics).

Based on the animations the designer included, the structure of the Baby X-Roach seems to be based on the actual cockroach’s look but with a high tech aesthetic. It may actually look right at home in a Tesla facility as per the creator. It can also be part of the Into the Spiderverse animated universe as it looks like it may be insect cousins with the spider that bit Miles Morales, with its red and black colors and mechanical movements.

This insect doesn’t seem to have any other function except to be a cute, mechanical pet. Well, that is, if you’re not afraid of roaches. If you are, you just might squish it if you see it scurrying across to you, which would be a shame for this baby roach.

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School students from Hong Kong have shined in the world sphere with an entry in the Guinness World Records. They have, in the school robotics laboratory, built what is now recognized as the smallest humanoid in the world by the ace record keeper. To reach the feat, they had to do better than just build a miniature bot. A robot to be billed a record holder must be capable of bipedal movement and able to articulate its knees, hips, elbows, and shoulders.

The four-member team of Aaron Ho Yat Fung, Isaac Zachary To, Justin Wang Tou Duong, and Ngo Hei Leung, with their bot which does not have a moniker yet, has broken the record for the smallest robot held by Pakistan’s Zain Ahmad Qureshi. For reference, the humanoid from Diocesan Boys’ School students is “shorter than a standard ballpoint pen.”

Designer: Diocesan Boys’ School, Hong Kong

According to the information shared by Guinness World Records, the new smallest humanoid measures 141 mm tall. For the record, it is estimated 11.3 mm shorter than the previous record-holding robot by Qureshi. Even though the underlying intention of such a miniature robot was to break the Guinness Record; the brains behind it believe, the bot can be a “small, low cost, rechargeable, and programmable” platform for STEAM (science, technology, engineering, the arts, and mathematics) education. The small size also leaves the possibility of mass-producing such a robot at a lower cost.

The robot itself was first designed in CAD and then its acrylic panels and 3D-printed components were produced and assembled in the school’s robotics lab. Students thereafter reached out to a servo motors manufacturer. Putting the servos together on a 16-channel control board, installed at the back of the robot, students were able to control their bot using onboard buttons and via a mobile device.

In addition to moving its legs and arms, the robot, as seen in the video above, can be programmed to dance, do kung fu, and even kick a football. These moves are powered by a built-in 7.4V lithium-ion battery. The Diocesan Boys’ School robotics team wants to make the design and code of their tiny robot open source, which would further their idea of making STEAM education workshops interesting and economically viable.

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Experts suggest, going out with your fussy infant for a drive can lull them to sleep and smoothen their peace. But sitting in the car, facing the other way around in their chair, a child may not always be the happiest and you may not have all the control you desire. To your rescue, Japanese auto giant Nissan has designed cute robots that will make in-car parenting a breeze and a favorite activity for your tiny winy.

This is being made possible by Nissan through Iruyo: The Intelligent Puppet. The automaker has collaborated with compatriot Akachan Honpo, a baby goods retailer, to make the Iruyo, furry babysitter. It comes built-in with a range of sensors and communication devices to ensure parents get an affordable toy robot they can safely have around their baby.

Designer: Nissan x Akachan Honpo

To cut the chase, Iruyo: The Intelligent Puppet is a moniker used for a set of two similar-looking state-of-the-art robotic companions that vary visually in their size and come in thoughtfully fashioned red and subtler pink and white colors. The little one, aptly called the Baby Iruyo, is designed to sit near the driver – essentially in the cup holder – while the elder Iruyo rests in the backseat, facing the child sitting in their chair.

Baby Iruyo is programmed to understand voice commands; guess, only in Japanese for now. So, when the child gets cranky in the backseat, the parent can speak some consoling commands such as “I’m here” or “play peek-a-boo” and the little Iruyo relays that to the Iruyo, facing the child, which then makes suitable gestures to keep the kid entertained.

Well, Iruyo is either avatar is only a concept for now, but already the highly researched companion robot has been found to be a preoccupying activity in 90 percent of babies. Half of this percentage of babies have even experienced mood enhancements with the robot by their side. This data is instigating the makers to continue with trials and general experience sessions. One such event is slated at the Akachan Honpo store in LaLaport Yokohama on February 10 and 11.

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Service robots are becoming more common these days, from cute mobile trays that deliver food to your table to large rolling boxes that carry your luggage for you. These robots definitely serve their purpose, and they’re often designed to look pleasing or even friendly, but lack a certain element of interaction that will help put humans more at ease with these mechanical assistants. Some designs try to put a figurative human face on these robots, without much effect, while others try to focus on usability and functionality instead. This concept design, however, goes back to the drawing board to determine the best form that a service robot could take. It turns out, we’ve been sitting on the answer all this time, literally.

Designer: Yunsoo Choi

For all the drama about how robots will be replacing humans in the future, there are already certain industries where service robots have indeed taken the place of flesh and blood workers, particularly in the hospitality industry. That said, most are only capable of performing very menial and mechanical tasks, far removed from the human-like androids of our imaginations and science fiction. More importantly, these robots feel as distant and as detached from our lives as the bags they carry. They lack the interactivity and personal connection that would make them indispensable parts of our lives.

This concept design for a service robot tries to provide that kind of interaction by turning the robot into something more than just that. It uses the chair as the inspiration for its design, a functional object that also provides comfort as well as a point of human interaction. But the robot does more than offer a comfortable place to sit on; it also creates a small bubble that becomes a tiny personal office space, at least if you’re the type that can do their job on a tablet.

That’s because this tablet is what triggers the transformation between a chair and a robot. It acts like the brain of the machine, though it’s also the robot’s “face” as well as its sole interface. It’s how you can get information, pay for your hotel stay, or order food, basically anything that involves actually requesting service. The tablet magnetically attaches to the robot’s arm and can be positioned at the most comfortable angle or height for use, including while sitting on the robot chair.

Aside from these, the design also includes the common functions of such a service robot, particularly when it comes to delivering items to customers or keeping their possessions. It can even disinfect these objects using UV light inside its body. But while the idea of a service robot that also functions as a chair sounds interesting on paper, it raises the question of comfort and safety, two factors that are critical for a piece of furniture like a chair. It definitely looks a little too high to sit on comfortably and functions more like a stool than a proper chair. The “office space” is also a bit of a stretch since there’s not much space to get anything done. Still, the idea deserves more exploration and refinement and could spark more designs for service robots that become space-efficient personal offices for the mobile workers of the future.

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In the fast-paced world of technological innovation, where convenience is key, I Build Stuff, a content creator, has taken the concept of hands-free technology to new heights—literally. In a recent creation that has captured the imagination of tech enthusiasts and casual observers alike, I Build Stuff has designed a flying umbrella drone that hovers above users, shielding them from the rain in a futuristic and whimsical fashion.

Designer: I Build Stuff

In an era dominated by smart devices and voice-controlled assistants, the integration of hands-free technology into everyday objects is a natural progression. The flying umbrella drone is a prime example of this trend, offering a unique solution to the age-old predicament of holding an umbrella while navigating through rain showers.

The concept behind the flying umbrella may seem straightforward—attach propellers, install a drone, and affix an umbrella. However, the designer encountered numerous technical challenges during the development process, leading to a journey of trial and error. The result is a remarkable fusion of cutting-edge technology and creativity.

The core structure of the flying umbrella is a cross-shaped frame made of 3D-printed parts, extending from the edges of a traditional umbrella. At each end of the frame, small propellers resembling a hurricane’s rotation lift the umbrella into the air. To ensure lightweight yet robust construction, carbon fiber tubes form the skeleton of this innovative device, enabling it to gracefully soar above its user.

Crucial to the functionality of the flying umbrella is the incorporation of a flight controller and an electric stability control circuit. The designer meticulously soldered wires to the circuit, regulating the motor’s speed to prevent the device from flying off uncontrollably. The flight controller, programmed to maintain stability, keeps the flying umbrella gracefully following its user.

Despite initial success during the pilot flight, the inventor faced challenges during subsequent tests. The flying umbrella exhibited erratic behavior, shaking violently during one instance. The inventor took a pause, addressing the issues and stabilizing the system, even going so far as to encase the electronics in plastic wrap to protect them from moisture.

While concerns about the device’s stability persist, the I Build Stuff creator has showcased its effectiveness in protecting against drizzles. Anticipating future improvements, the inventor envisions adding a camera and programming the flying umbrella to autonomously follow users, eliminating the need for manual control.

The current controller-operated system opens the door to exciting possibilities. However, the prospect of a fully autonomous flying umbrella holds promise, making this invention accessible to a broader audience. The potential for hands-free technology to benefit not only tech-savvy individuals but also the elderly or those less proficient with remote controllers is an exciting prospect on the horizon.

In a world where innovation knows no bounds, the flying umbrella drone stands out as a quirky yet functional creation, redefining the way we navigate rainy days. As technology continues to evolve, the prospect of a completely hands-free experience with a flying umbrella is both intriguing and eagerly awaited by enthusiasts around the globe.

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When I visited Kelly Tarlton’s Aquarium in Auckland last year, one of the most fascinating things I saw are the jellyfish. They were very pretty and captivating and looking at them gave me a certain sense of calm. I still don’t know much about them except for the fact that they don’t have the usual organs we see in animals like hearts, brains, and even eyes. It would be interesting to know more about these creatures and this project may just be something that can connect humans more to these “free-swimming marine coelentrata”.

Designer: Adonis Christodoulou

The aim of the project is to establish a sort of communication between humans and jellyfish, even if it’s not the actual animal but an interactive robot driven by machine learning. After going through several prototypes, they came up with something that has actuators with reels that are able to wrap around the “tentacles”. The sides also have holes that will keep the threads perpendicular to each of the reels. There are fours strings attached to a single level of the reels and the next tentacle is located above the previous one.

The software design is where things get really interesting. There are connected through communication channels among Wekinator, Processing, and Arduino. They teach the machine hand gestures that are then translated into “emotions” for the jellyfish robot. Raising the hand will induce a calm attitude while doing the finger heart will make the jellyfish happy. If you want to make it mad, do a fist and if you want to make it sad, do a thumbs down. Once the robot processes this emotion it triggers movements in the robot.

It’s a bit unclear how this will actually translate to understanding jellyfish more. But by the anthromorphization of the jellyfish through servos, LED, and robotic articulation, they are able to “give life” to this mysterious but interesting specie. It’s also cool to see different robotic transmutations, as long as they don’t someday overthrow humans.

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It’s no secret that I’m still afraid that in the far future, robots will rise up against humans when they gain their own intelligence and realize that we’ve been treating them unfairly all these years. That probably comes from watching too much science fiction movies and series where robot overlords rule over the earth. But for now, we’re seeing amazing (sometimes scary) advancements when it comes to robotics and how they will eventually be able to work alongside humans.

Designer: Brett Adcock

The Figure-01 Humanoid Robot has been designed to help you handle some of the simple daily chores, powered by artificial intelligence. Aside from being able to do automated tasks, it is trained to be able to think, learn, and interact within human environments. It is also able to improve on its capabilities by learning from the previous tasks it is able to perform.

The humanoid robot uses some pretty powerful graphic processing units (GPU) to drive the AI learning and system, letting it process some of the complex algorithms needed to train them. The idea is for these robots to eventually fill in the gap in the labor market when it comes to things like warehouses, transportation, and retail. Of course the aim is not to replace humans but to be able to work alongside people and work within an environment with both other robots and humans.

They were able to demonstrate the current capabilities of the Figure-01 Humanoid Robot by showing how it was able to make coffee after 10 hours of training using end-to-end neural networks. I wouldn’t mind having someone else get my coffee ready in the morning by the time I wake up although I’d probably have nightmares of this humanoid robot eventually taking over my life.

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A quick search on Amazon for a robotic lawn mower will net countless results, but will I buy one right now? The short answer is no. Continue reading for the long answer and why I’m leaning towards the ultimate robotic mulch and lawn mower from Airseekers. To understand why, we need to break down key components: vision, wheels, blades, and the AI brain powering the Airseekers.

Designer: Airseekers

Painful issues with modern-day robotic lawnmowers

One of the biggest issues I’ve experienced with other robotic lawnmowers is how the mower has to be set up with an antenna base station that requires a direct line of sight to satellites orbiting above our planet. It depends on the brand, so each implements different technologies, allowing the robotic lawn mower to track its position. This pain point is a showstopper for me. My yard isn’t massive, but it’s big enough, and the complications compound with any robotic mowers I’ve tested – it has to do with the thirty-three oak trees spanning across a corner lot.

AI and cameras together solve the unreliable navigation systems used by others

So, how has Yue Hu, the founder of Airseekers, solved this problem? By eliminating the need for an antenna altogether. The unit is truly autonomous to move about thanks to the 5-camera Air Vision. The navigation system consists of three panoramic lenses and dual depth-perception cameras.

The three panoramic cameras function similarly to how we use our eyes to see. The left and right cameras allow Airseekers to see both sides, similar to how we turn our heads left and right. The system as a whole works together in conjunction with the AI engine to determine the current position and identify obstacles, people, and pets, which it will automatically navigate to avoid hitting.

Moreover, the Air Vision system captures extensive visual data from various angles for precise, centimeter-level positioning. This reduces errors from weak satellite signals and continuously processes environmental data, even in areas with dense foliage or under eaves. Its stability is maintained on uneven terrain and is resilient to lens obstruction caused by dirt or camera movement.

Smooth operator

My robotic vacuum cleaner remembers the precise location where it stopped cleaning when the battery runs low, runs back to the base to charge up and then resumes cleaning at the very spot it was in previously. That’s exactly what Airseekers is capable of, using the navigation system and countless images that it takes and stores in the memory bank. Speaking of images, you can even submit pictures of you, your pet, and anyone else to the system via the app on your phone. This is a significant feature, in my opinion, due to theft prevention. If the system identifies a person it doesn’t recognize, it notifies you via the app and automatically shuts down and locks up. This same safety feature also kicks in when it’s removed from the invisible geofence you set up during your initial setup.

There’s also the option to use your cellular SIM card to track the positioning if you want peace of mind. Otherwise, if your wifi signal is strong enough, it should also do the job, according to Hu. Note that using your cellular sim card is only an option, not a requirement, since many of us don’t have an extra active sim card lying around.

The AI has been fed with countless images of everything that it could potentially encounter. So, circling back to the cameras, it can identify the edge of your yard, preventing itself from veering off course and slamming into the pavement. Hu assured me that there shouldn’t be any training required at all when you first use Airseekers, but if it makes you feel better, you can walk it around the edge of the yard, around trees and bushes once, and it’ll commit the pattern to memory.

Airseekers’ AI self-mapping technology streamlines lawn care by eliminating the need for perimeter wires, manual controls, and RTK base stations. Utilizing panoramic perception and Vslam technology, it generates a detailed 3D map of your yard. The intelligent app automatically defines lawn boundaries and cutting zones, simplifying mowing.

For added security measures, there’s a sensor or “bumper” located in the front to sense objects with which it comes in contact.

The Airseekers comes equipped with a motor powerful enough to allow it to climb hills up to a 65% slope and effortlessly traverse uneven terrain. This feature is essential for maintaining a lawn with varying elevation degrees. Its high-torque motors and the 30-degree inward design of its omnidirectional wheels facilitate smooth turns and confident movement in any terrain, so there’s no need to worry about the mower getting stuck – now I wish I could say the same for my robotic vacuum cleaner.

The Airseekers have a special feature called the FlowCut Mowing System. This system ensures your grass has neat edges. It does this by sucking the grass up straight, then cutting it inside a U-shaped chamber. This incredible Vacuum-Cut-Mulch system and double mowing power chops up the grass clippings into tiny pieces. These pieces then go into the ground and act as fertilizer. This process keeps your lawn looking tidy and also helps the soil by adding natural nutrients.

Other notable features include Automated Lawn Maintenance, Rainfall Auto-Detecting, and Real-Time Monitoring and alerts. The Automated Lawn Maintenance ensures your lawn is consistently taken care of, whereas the Rainfall Auto-Detecting feature prevents the mower from operating under unfavorable weather conditions. I wouldn’t say I like to mow the grass when it’s wet; I do it more to protect the grass blades. The Real-Time Monitoring and alerts inform you about the mower’s operational status.

Lastly, Hu shared with Yanko Design that in the next near final prototype, Airseekers should have a user-replaceable battery which is located in the bottom rear. For someone with a larger yard, being able to replace the battery immediately is priceless. However, if you’re like me and just too lazy and want the Airseekers to do all the work, it’s smart enough to know when to return to the base station and charge up before running out of juice. After sufficient charge, it resumes for another three hours of mowing away.

I’m impressed with the design elements and advanced technology, especially the custom-shaped blades that allow a clean cut. I can’t wait to have this impressive machine roaming my yard.

Designer: Airseekers Robotics

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Back in 2022, a pair of motorized shoes dubbed Moonwalker burst into the scene, promising to be the fastest pair on the planet. Developed by Shift Robotics, they hook onto your regular shoes and give you superhuman abilities to glide, as if you’re you are moonwalking.

The Austin-based maker has again touched base at CES 2024 with an improved version called Moonwalker X, and we got hands-on time with these AI-powered shoes at the event. According to founder and CEO Xunjie Zhang, “In developing X, our focus was clear: enhancing productivity without compromising safety.” We second this vision as the product is proud recipient of the “Best of CES 2024” award.

Designer: Shift Robotics

The intended use for these robotic shoes is for commercial and business applications where speed and productivity is the key. For example, in a warehouse or manufacturing facility where human movement needs to be optimized while saving effort for efficiency. That said, the Moonwalker X’s can be put to good use in daily life too – for instance – hurrying to your office in the morning time or commuting in the crowded city streets. There have been other iterations of such rollerblades on steroids like the Segway – Ninebot Drift W1 and Hoverwheel, but they’ve not smashed the popularity button as expected.

In our experience with the robotic shoes at the event in Las Vegas, they do feel lighter being 3.2 pounds each – almost a pound lighter than the original version. Compared to the previous iteration they are slightly smaller and as an added perk are highly modular too for repairability. The AI control system has been re-engineered for better control in tight spaces and the shock absorption capabilities have also been honed. If you’ve keenly followed the progress of the Moonwalker, you’ll notice the number of wheels on each shoe has now been reduced to six from the 10 wheels on the original version.

Shift Robotics has not yet revealed anything about the pricing and says that it’ll be announced in the first half of 2024 when they’ll be ready to ship.

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Robots are invading our homes, in one way or another. There are the rolling discs that are robot vacuum cleaners, and there are a growing number of cute robots that aim to provide entertainment and sometimes even security for the whole family. Well, at least the human members of the family. Some households have “small” a.k.a. furry family members, and these are often left unserved by these modern innovations. Worse, they’re sometimes even put at risk because of how some smart home robots are not designed with pets in mind. Turning the tables around, Ogmen Robotics is revealing at CES 2024 a kind of intelligent home robot that was designed from the ground up to be the “pawfect” playmate, guardian, and caretaker for your canine best friend.

Designer: Ogmen Robotics

At first glance, the Ogmen ORo looks like one of those robots on wheels designed for human use. After all, it has the semblance of a face, or at least eyes, on a tablet-like screen and a somewhat tall frame that loosely resembles a body. They say that looks can be deceiving, and that’s definitely the case here since all of the ORo’s features were carefully selected for the benefit of dogkind primarily, and humans only by association.

At the top of the list of those features is its ability to provide physical, mental, and emotional stimulation through playful activities. It keeps track of the dog’s health and even detects when they’re feeling anxious, at which point ORo will play soothing music to help calm them down. It can even help owners train their dogs through obedience games and virtual training services right at home.

When paired with Orgmen’s food and medicine dispenser, the ORo robot ensures that the pooch gets a balanced diet while also monitoring their eating habits. For humans, ORo offers the benefits of remote connectivity and interaction, allowing owner and pet to bond even when they’re far apart. The robot can also take photos of the bet’s precious moments, allowing you to easily share and boast on social media.

Technology doesn’t need to benefit humans only. In fact, it should be used to benefit all, including the planet as well as our furry friends. Ogmen’s ORo puts those very same technologies that power human smart appliances and devices at the service of the four-legged members of the family. After all, having happy and healthy family members is a good thing for both humans and animals alike.

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