The wearable sandal-like controller named GO-OZ allows users to walk and move around VR games without any buttons or control sticks. Instead of using a handheld controller, the device relies on people’s legs and feet, as the system digitally tracks natural steps and translates them into movement inside the virtual world and game. 

Most of the VR games today need handheld controllers before the users can fully play them since the movement is simulated using the buttons and thumbsticks. GO-OZ tries to bridge this gap by allowing the players to directly use their feet and legs and give them the sensation that they’re walking and moving around what they’re playing. The wearable VR controller GO-OZ heads to Tokyo, Japan, for the Tokyo Game Show 2025, where visitors can try on the prototype on-site between September 25th and 28th.

all images courtesy of GO-OZ

Foot-worn device with adjustable straps

The wearable VR controller GO-OZ can adapt to any feet size, even while the players are wearing their shoes, because of the adjustable straps. The foam-like and soft bottom part is chunky and curvy to allow the users to tilt forward and backward. This area also houses the sensors of the device, which measure foot pressure, step length, and rhythm. They also detect when the wearer lifts a foot, shifts weight, or pushes forward. The device is linked to VR software through a wireless connection or cable, depending on the setup. Once connected, every natural step is translated into forward, backward, or sideways movement inside the VR world. 

During the prototype debut at the Tokyo Game Show 2025, attendees are seen to put on the wearable VR controller GO-OZ and tilt themselves forward to walk and backward to reverse. So far, the system uses the sensors more around the feet to detect the movement, so players don’t need to actually walk around. They can stay in place and just lean depending on where the player is heading in the VR game. At the present time, there’s only a prototype available for the wearable VR controller GO-OZ, and the design team has yet to announce its commercial and potential availability. When this happens, it may be possible that they upgrade the design, which can allow the players to physically walk around a designated space instead of just tilting.

wearable sandal-like controller GO-OZ allows users to walk and move around VR games

the straps can adapt to any feet size, even while the players are wearing their shoes

the chunky bottom houses the sensors and mechanics of the device

the device relies on people’s legs and feet, as the system digitally tracks natural steps

view of the user playing the game while wearing the foot-worn device

project info:

name: GO-OZ

partner: Altair4 Multimedia | @altair4_multimedia

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Designers at YUPD and Wooks create Trego, an autonomous personal vehicle that runs with users and turns into a mini scooter after their exercise. Powered by AI, the device and vehicle guide users through their running, meaning it is not only for use during running but also before and after. It helps a user travel to the running location, supports them during exercise, and provides recovery tools after by being a mini scooter. The system connects to a mobile phone and operates in two modes: AI Mode and Mobility Mode.

During the AI Mode, the autonomous mini scooter Trego adapts to the user’s running pace as it runs with them. Sensors and onboard technology measure the user’s movement, and the system adjusts automatically to different running conditions to help maintain rhythm. Then, there’s the Mobility Mode after the run. It is not fun having to walk back home after the run, so the vehicle unravels its foldable handlebars, ready to be used as a mini scooter. Trego, then, functions like a small personal mobility vehicle, carrying the user to or from their running spot. The mobility mode includes a foldable footrest and a seat, which allows the user to ride comfortably.

all images courtesy of YUPD and Wooks

autonomous mini scooter Trego with foldable footrests

Trego has a handle for grip and balance, and it also includes a built-in display that guides the user with directions. The display also allows the user to input or confirm a destination directly on the device without needing the phone. While running, the display shows real-time data, including the distance, running pace, and calories burned. The autonomous mini scooter Trego also comes with front and rear cameras as well as sensors. They detect obstacles, people, or vehicles in both directions. When something is detected, the device adjusts automatically to avoid collisions, and this safety system works in both AI Mode and Mobility Mode.

Trego has a storage compartment, which doubles as the seat, for essentials such as water bottles and gadgets. These items are secured with an elastic band inside the compartment so they remain stable while moving. Then, the device also features foldable footrests that change position depending on the vehicle’s mode. During running, they stay folded so that they do not interfere with free leg movement. In mobility mode, the footrests extend to support the user’s feet during riding. Trego comes with a docking and charging station, so when the device is not in use, it docks at a specific station. The station detects the mobility device and extends pins to connect for charging. So far, the design groups have already made a prototype for the autonomous mini scooter Trego.

view of the docking station

view of the autonomous mini scooter Trego

the vehicle has three wheels and retractable handlebars

even the footrests are foldable

during the AI Mode, the autonomous mini scooter Trego adapts to the user’s running pace

the device and vehicle guide users through their running

lower-part view of the vehicle

the personal mobility vehicle also comes with front and rear cameras as well as sensors

there’s storage under the seat

at the moment, the team has created a prototype

project info:

name: Trego

team: Jung Hyunwoo, Lee Nari, Cheon Myeonghoon, Kim Gahyeon, Seo Yumin, Kang Gayeon, Kim Songhee, Ha Jimin

groups: YUPD, Wooks | @yupd.designer, @ux.wooks

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Exotek unveils the upgraded all-terrain Exoquad V2 for people with reduced mobility, which features customizable brake and throttle controls. The design team introduces changes to the frame, cockpit, electrical system, brakes, suspension, lights, battery pack, and tires of the four-wheeled vehicle, as well as adds new functions such as a trailer hitch, snowplow option, and software updates via smartphone app.

The most visible change is in the front section of the frame. The first version used a straight tube across the front, and the all-terrain Exoquad V2 replaces this with a curved design. The frame is now built with fewer welding points, which reduces weak spots and increases overall strength. The sidebars now run directly to the bottom of the frame instead of being joined with multiple smaller tubes, and the rear section also follows this continuous construction.

all images courtesy of Exotek

New designs with Extended cockpit area and colored display

The footrest of the all-terrain Exoquad V2 has been redesigned as one large piece, welded directly onto several points of the frame. A snowplow can be attached to the side bar of the footrest, and at the rear, the frame supports a trailer hitch to allow the vehicle to pull trailers. Both the 2WD and 4WD models come with high motor power that boosts the vehicle for towing the trailer. The cockpit area has been extended by five centimeters to accommodate taller riders (up to 2 meters in height). Despite the longer cockpit, the overall axle width and axle length are unchanged, meaning the all-terrain Exoquad V2 still fits into cars and trailers in the same way as the first model.

The electrical system has been fully replaced with the new version using updated motor controllers, a new wiring harness, and improved waterproofing. The display has been changed to a color screen to vividly show the battery percentage, real-time power usage, distance traveled, speed, and other riding data. Menus on the display let the rider choose what information to track. Exotek has also announced a mobile app for the all-terrain Exoquad V2, which will allow riders to update software and adjust driving modes directly from a phone.

detailed view of the four-wheeled vehicle

larger tires and reinforced sidewalls for puncture resistance

For the brakes, the all-terrain Exoquad V2 uses Tektro T-split brakes, which the team believes are stronger than the earlier brakes in the V1. The system includes an integrated hand brake to let the rider stop on a slope and keep the vehicle still without holding the brake levers. Both brakes can be locked in place when needed. The V1 model used air shocks. These are still offered as an option, but the V2 is delivered with coil shocks as standard, as they require less maintenance and can last longer without service.

The vehicle has two headlights instead of one to increase visibility for night driving. The new battery pack is supplied by Atlium, a Norwegian partner, and it can handle higher current draw and provides more power than the first version. The casing is thick and protects the cells from impact, and a new connector has been added, which makes it secure and simple to connect or disconnect during charging. The all-terrain Exoquad V2 uses larger-volume tires, and the sidewalls are reinforced, which increases puncture resistance. The tread has larger knobs for extra grip on uneven ground. Exotek’s all-terrain Exoquad V2 comes in four colors, including copper, olive green, and graphite.

Exotek unveils the upgraded all-terrain Exoquad V2 for people with reduced mobility

the design team introduces changes to the frame, cockpit, electrical system, brakes, suspension and more

the upgraded version comes with customizable brake and throttle controls

detailed view of the tires

the vehicle has two headlights to increase visibility for night driving

project info:

name: Exoquad V2

company: Exotek | @exotek_norway

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Love Hultén’s produces a custom and guitar-like synth instrument with ferrofluid that dances whenever a sound plays. A seeming reimagination of the Y17 sound machine, the device is a commission by a client that now forms part of his growing sonic projects. The synth instrument runs on batteries, and it houses a modified Arturia Microfreak synth along with a ferrofluid visualizer. There are also built-in speakers, so users can already hear the sounds as soon as they play the device.

The hand-built sound machine has a boxy body, with the upper left part’s corner being cut off for the speakers. There are two arms: one for the sound buttons and the other to tweak the reverb. A set of switches and dials are arranged on the body, with the mounted switches and rotary knobs sitting next to the encased ferrofluid. There’s also a shoulder strap for the user, so they can carry it with them anywhere and while they play.

all images courtesy of Love Hultén

steel rod with rings acts as a pitch or effect handle

Love Hultén’s synth instrument doesn’t have strings or keys, but knobs and controls. Upon a closer look, there are straight lines mapped around the body, leading to the function of the controls, such as the select button, type of sounds, and even the customizing of the movement of the ferrofluid. On the top face of the device there are twelve rotary knobs. They connect to the microcontroller, and turning the knobs changes settings for pitch, filter, volume, or modulation. Below the knobs is a row of toggle switches, and these switches change modes or link circuits.

One black joystick in the center allows the player to bend notes or control other parameters. On the right side, one of the long arms, a steel rod with rings, acts as a pitch or effect handle. Moving this rod changes a signal value read by a sensor. The top of the instrument has an arm with two rows of small buttons, which trigger sounds in sequence. The sensors are placed in a straight line so the player can touch or block each one to start or stop notes. So far, the synth instrument is a commissioned project by Love Hultén for a client of his.

the instrument runs on batteries, and it houses a modified Arturia Microfreak synth

a steel rod with rings acts as a pitch or effect handle

Love Hultén’s synth instrument doesn’t have strings or keys, but knobs and controls

detailed view of the device

there’s even a button to customize the ferrofluid’s movement

detailed view of the ferrofluid

project info:

designer: Love Hultén | @lovehulten

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Meta introduces Ray-Ban Display with a neural wristband and OAKLEY Vanguard AI glasses that come with earbuds-free (video) calls and an autocapture feature. Unveiled during the Connect event on September 17th, 2025, the devices house optical modules with transparent lenses. In the Meta Ray-Ban Display, the module contains a small projector that places text or images on the lens surface, while Vanguard replaces the projector with OAKLEY PRIZM lenses for outdoor vision but keeps the same lens mount. Both models share a camera unit positioned at the top corner of each frame, containing a 12-megapixel sensor, autofocus motor, and protective cover. Microphones and open-ear speakers sit inside the temple arms, connected by flexible printed circuits.

Power blocks sit in the ends of the arms, where they hold rechargeable lithium-ion cells and a small power-management board. Charging contacts align with portable cases that also store extra battery capacity, and wireless antennas for Bluetooth and Wi-Fi are laid along the arms. The frames differ in shape: the Meta Ray-Ban Display follows classic eyeglass lines, while the OAKLEY Meta Vanguard has a sport wrap, but both use impact-resistant polymer shells with metal cores at stress points. The nose pads and lens elements are removable, so repairs or upgrades use the same attachment system. The difference is only the OAKLEY Meta Vanguard has the autocapture feature, which allows users to take photos and videos without taking out their smartphones.

all images courtesy of Meta

AI glasses with wearable neural band for gesture commands

The Meta Ray-Ban Display combines a pair of lightweight glasses with a color display, microphones, speakers, cameras, and an AI system. The display is built into the lens area but set off to the side for a clear forward view, and the projection turns on only when requested via verbal command or gesture. The eyewear lets users read short text, preview photos or videos, make video calls, follow navigation, see captions, translate speech, control music, and take photos or videos through an onboard camera, while a real-time viewfinder and zoom allow framing shots. 

The lenses use Transitions technology, so the same pair works indoors and outdoors. Battery life is about six hours of mixed use, extendable to thirty hours with a folding charging case. So far, the frame comes in two colors: Black and Sand. With the Meta Ray-Ban Display comes the Neural Band, a wearable wrist device that links to the AI glasses. It reads muscle signals through electromyography (EMG) sensors and converts them into commands. Subtle finger or wrist actions allow scrolling, swiping, selecting, or adjusting volume without touching the glasses or a phone. The band has three sizes and a strap made from Vectran, a high-tensile fiber also used on Mars Rover landing pads. It carries an IPX7 water rating, runs up to 18 hours, and is light enough for extended wear.

view of the Oakley Meta Vanguard AI glasses

AI-powered sports eyewear with autocapture feature

Then, there’s the OAKLEY Meta Vanguard, a pair of AI glasses mainly used for sports. The wraparound frame houses open-ear speakers, a five-microphone array, a 12-megapixel wide-angle camera, and video tools such as slow motion and hyperlapse, and the eyewear can automatically capture video hands-free in up to 3K resolution when requested. 

They connect to the Meta AI app and integrate with Garmin and Strava for live performance data and automatic video capture at training milestones. The product ships with three interchangeable nose pads for different fits and is compatible with helmets. It is rated IP67 for dust and water, and there’s an included charging case that gives an extra 36 hours of power (with quick charging to 50 percent in 20 minutes). The Meta Ray-Ban Display with Neural Band launches on September 30th, while the OAKLEY Meta Vanguard comes out on October 21st.

the eyewear comes with removable lenses

view of the Metal Ray-Ban Display AI glasses

the eyewear allows for earbuds-free (video) calls

the display is built into the lens area but set off to the side

the the Neural Band is a wearable wrist device that links to the AI glasses

project info:

name: Meta Ray-Ban Display, OAKLEY Meta Vanguard

companies: Meta, Ray-Ban, OAKLEY | @meta, @rayban, @OAKLEY

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Atari and My Arcade team up to release Gamestation Go, a classic handheld console that brings back the days of retro gaming. Equipped with more than 200 built-in games, the device uses a seven-inch full-color high-resolution display. It is portable enough to bring in bags so gamers can play it anywhere they go, but if they want a bigger screen, they can connect the gadget to their TV screens or monitors using an HDMI cable. 

Looking at the retro-looking Atari Gamestation Go’s front, the tactile buttons stand out over the Atari-themed coloring. There’s a traditional directional pad on the left part, alongside the trackball originally designed with rolling inputs and the paddle controller for games that require rotary movement. On the other side, the numeric keypad seemingly camouflages against the orange and yellow strips in the background. Above it comes the set of action buttons that illuminate depending on the game played.

all images courtesy of Atari and My Arcade

pop-out stand for tabletop use without holding the console

The device measures 5.67 inches in length, 2.67 inches in width, and less than three-quarters of an inch in thickness. It includes a pop-out stand for tabletop use without holding the console, and this feature allows players to use the HDMI connection or external controllers while the device rests on a surface. The retro-looking Atari Gamestation Go includes WiFi capability to let the console connect to networks and access firmware updates. External controllers can also be connected through the USB-C ports, which give users additional options for play.

The device has a built-in rechargeable battery. Charging is completed with a USB-C cable, and the unit includes both the cable and a USB AC adapter. A full charge provides between four and five hours of continuous playtime, and the battery can be recharged in a standard wall socket or through other USB power sources. So far, the retro-looking Atari Gamestation Go comes with more than 200 built-in games, including Pac-Man and titles from Jaleco and PIKO International. At the present time, the pre-orders are open, with the expected delivery time starting October 2025. 

Atari and My Arcade team up to release Gamestation Go

the device uses a seven-inch full-color high-resolution display

gamers can connect the gadget to their TV screens or monitors using an HDMI cable

external controllers can also be connected through the USB-C ports

rear view of the device

the tactile buttons stand out over the Atari-themed background

detailed view of the buttons that illuminate depending on the game played

detailed view of the controls on the left side of the console

it is portable enough to bring in bags so gamers can bring it anywhere

project info:

name: Gamestation Go

brands: Atari, My Arcade | @atari, @myarcaderetro

The post atari gamestation go revives retro gaming with glowing buttons, numeric keypad & trackball appeared first on designboom | architecture & design magazine.

Ohsnap releases MCON, an attachable smartphone controller that slides up to reveal the buttons and joysticks for on-the-go gaming. The accessory clings onto the back of the device using a magnet, so users don’t need to play their games on their phones using a separate or wireless controller. There’s a set of thin discs called pucks on the accessory, which contains the magnet arrays compatible with MagSafe or an adhesive adapter. The controller measures 5.67 inches in length, 2.67 inches in width, and less than three-quarters of an inch in thickness. 

It is small enough for a pocket or bag. MCON has fold-out grips that lock into place during play. The structure includes an internal launch spring, so when a user presses two buttons together, the spring activates an auto-sliding system. This system moves the controller out from behind the phone and also tilts the phone screen into a viewing position. Ohsnap designed MCON to work with different smartphones regardless of their camera bump heights. At the moment, vertical flip phones are not yet supported, but optional plates are in development.

all images courtesy of Ohsnap

Accessory with hall-effect joysticks resistant to drifting

The attachable smartphone controller MCON connects to the personal device through Bluetooth, which allows fast pairing and low input delay. There’s a pair of hall-effect joysticks for navigation that are resistant to wear that often causes drift in other controllers, and the team says that the buttons are built for quiet operation. The auto-sliding system combines mechanical and electronic elements, with the spring remaining hidden in production units. When activated, the controller slides into place while adjusting the angle of the phone screen. Grips use a friction-based fold-out mechanism, which locks to hold steady during gaming. Charging is done with a USB-C cable, and a 30-minute charge supplies several weeks of normal use. MCON can also connect to non-Bluetooth devices via USB-C.

MCON is built with a rigid body that houses its mechanical and electronic parts. The pucks are 2.5 mm discs with steel plates and embedded magnets, and they can be stacked to adjust the distance between the controller and phone, giving clearance for camera bumps or cases. A 2 mm adhesive MagSafe adapter is supplied for phones or cases without built-in magnetic rings. For large camera bumps, two pucks are stacked on the controller plate. For smaller bumps, one puck or none may be needed. If a user has a case, the case thickness may replace one puck. Android phones or older iPhones can gain magnetic compatibility by applying the included adhesive adapter. At the present time, Ohsnap has begun the delivery of the attachable smartphone controller MCON.

MCON is an attachable smartphone controller that slides up to reveal the buttons for on-the-go gaming

the accessory clings onto the back of the device using a magnet

rear view of the accessory

MCON has fold-out grips that lock into place during play

view of the accessory when it reveals the buttons

the accessory also comes with deployable grips

project info:

name: MCON

brand: Ohsnap | @ohsnap

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Kodak revives the retro point-and-shoot photography and vintage filters with the miniature keychain digital Charmera. A modern twist on the brand’s first signature single-use camera, the KODAK Fling, the device brings back the throwaway cameras from the 1980s, now able to save and transfer photos and videos using a USB-C cable and without using any film rolls. The compact and portable device functions as both a digital camera and a collectible item. It is so small that four of these can fit in the user’s hand.

The Kodak digital Charmera with a keychain includes seven different retro-style filters replicating the nostalgic film and vintage photography aesthetics. Alongside these, there are four different Kodak-branded frames that add decorative borders to images and the return of classic photography elements like film sprocket holes or vintage camera branding. A date stamp feature allows users to mark their photos with shooting dates, which is a common feature from film cameras of earlier decades.

all images courtesy of Kodak

Retro Device model with transparent shell 

Inside the compact case sits a digital image sensor that captures both still photographs and video recordings. The camera processes images through built-in software that applies vintage-style filters and frames automatically. There’s no need for them to develop any film; it is all digital. The Kodak digital Charmera with a keychain also connects to external devices through a USB-C port for file transfers without needing WiFi connections. The device requires a micro SD card to store the images and videos, another feature that now seems unusual in personal gadgets.

Kodak offers its digital Charmera with a keychain in seven designs, and one of them comes with a transparent shell so users can partly see the components inside. When they flip the device, a small screen allows them to see the pictures and videos they’ve taken. Another stunt that the brand pulls is the ‘blind box’ selling, meaning users don’t know what kind of design they’re getting until they open the box. Retro photography appeals to the new(er) generation, and Kodak hopes to contribute to the trend through its digital Charmera with a keychain.

Kodak revives the retro point-and-shoot photography and vintage filters with the miniature keychain digital Charmera

view of the device with keychain

it is so small that four of these can fit in the user’s hand

Kodak offers its digital Charmera with a keychain in several designs

one of the designs comes with a transparent shell so users can partly see the components inside

users don’t know what kind of design they’re getting until they open the box

the device also connects to external devices through a USB-C port for file transfers

project info:

name: Charmera

brand: Kodak | @kodakfilm.reto

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SwitchBot unveils AI Pet, a furry robotic teddy bear that talks to people, displays emotions, and ‘grows’ with its users. Revealed during the IFA Berlin 2025, which runs between September 5th and 9th, the device can sit in houses, converse with people, and assist users with their tasks and questions. It has two AI systems: the first one works within the robot, which processes the language. The other works on the internet servers.

This one processes the ‘vision’, which allows the robotic SwitchBot AI Pet to use its cameras as eyes, microphones as ears, and speakers as a mouth. To make it more toy-like, the company dresses up the device with a fuzzy, furry material like fur. It allows the user not to be scared of the moving gadget, especially when it moves, blinks, shows emotions through its eyes, and speaks. Its face can also change colors and make different expressions.

all images courtesy of SwitchBot

Home gadget that can express happiness, sadness, and more

The company says that the robotic SwitchBot AI Pet can show happiness, sadness, loneliness, hunger, and even jealousy, to name a few. Each emotion has its own facial pattern and voice sound, as well as body movement. Because the gadget is driven by AI, it can learn from its users through conversations and remember their faces and names, daily routines, house rooms, and even what they’ve talked about. All of these are stored in its memory data.

The robot has cameras in the face to see its surroundings, and the installed AI system identifies what they see, as well as tracks motion. Because of its microphones, the robotic SwitchBot AI Pet can understand words and create voice responses. The team says it comes with a ‘synthetic’ voice to make the users feel as if they were just talking to a human. The device can answer questions, give advice, sing songs, play games, and even make jokes.

SwitchBot unveils AI Pet, a furry robotic teddy bear that talks to people and displays emotions

responsive assistive device that can roll around

When it comes to its physical movement, the robotic SwitchBot AI Pet can sit on surfaces and turn its head. Its eyes can move left and right, and its body can tilt forward and backward. It is because of the motors installed inside its body, positioned with sensors around them. The gadget can also connect to WiFi networks, which can allow it to send data to cloud servers and receive software updates. Through this, the device can download new features, too.

Material-wise, the exterior of the robotic SwitchBot AI Pet uses soft, synthetic fabric, while the internal frame is wrapped with plastic components. The electronics use silicon chips, and the screen comes with LED technology. The size of the device is compact enough to fit bedside tables or shelves, and it is lightweight enough to be carried. Because of its wheels, it can roll around when the users ask it to go to them. It has an internal battery backup and goes into sleep mode to save power. The robotic SwitchBot AI Pet has been unveiled at the IFA Berlin 2025.

the robotic SwitchBot AI Pet can show happiness, sadness, loneliness, hunger, and even jealousy

each emotion has its own facial pattern and voice sound, as well as body movement

the robot has cameras in the face and body to see its surroundings

users can dress up the device, too

project info:

name: Switchbot AI Pet

company: Switchbot | @theswitchbot

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Tecno unveils the dubbed world’s slimmest 3D-curved smartphone, POVA Slim 5G, with a curved screen and a set of animated, ‘blinking’ cameras. Revealed during IFA Showstoppers 2025 in Berlin, which runs between September 5th and 9th, Tecno’s slimmest smartphone POVA comes with two round LED lights enclosing the two spaced-out cameras at the rear of the device. There’s a strip of lighting that connects the two, so when all the lights are turned on, the visuals resemble a rounded face with eyes. Users can animate the mood lighting design of the device. 

They can also set different lighting animations for different notifications and give the smartphone varying moods. In this case, the ‘happy’ one only switches on the upper part of the lighting to resemble smiling eyes, while the ‘unhappy’ one turns on just the bottom part to evoke the sad face. Just below the strip of light between the two cameras lies the flash, formed in a soft-rounded shape. The main camera sits at 50 megapixels, and Tecno’s slimmest smartphone POVA features AI processing for the photos. There’s also a FlashSnap technology installed, which captures moving objects, while the Best Moment algorithm picks the clearest shot among the frames taken.

all images courtesy of Tecno

Honeycomb design inside allows for a thinner build

For the dubbed slimmest smartphone POVA, Tecno uses a honeycomb design inside the device. It replicates how bees build their homes, so the components are stacked in small spaces. The company says this allows them to make the device as slim as possible, sized at 5.95 millimeters, and the battery gets more room. The back part of the gadget is made of fiberglass, so it can stay cool even when the phone gets hot. The material also allows for a smooth surface and a more sturdy structure. There’s also a vapor chamber cooling inside the phone, which includes a graphite material. The company says that this material moves the heat away, so gamers who play on the device for a long time don’t feel their gadget heat up in their hands.

Flipping the dubbed slimmest smartphone POVA, Tecno adds a 6.78-inch curved screen with a resolution of 2720 x 1224 pixels and a refresh rate of 144 Hz. The brightness peaks at 4,500 nits, and the screen is made of AMOLED. As for the battery, it holds 5,160 mAh of power and charges at 45W speed. The company adds that even after five years, Tecno’s slimmest smartphone POVA can still keep its power up to 80 percent. The AI system also learns how the users charge their device to help save its health. At the time of publishing, the gadget is on view at the IFA ShowStoppers 2025 in Berlin Messe from September 6th to 9th. 

Tecno unveils the dubbed world’s slimmest 3D-curved smartphone, POVA 5G, with ‘blinking’ cameras

users can animate the mood lighting design of the device

the device has a size profile of 9.95 mm

the device is waterproof and has passed the military-grade shock resistance test

the back part of the gadget is made of fiberglass, so it can stay cool even when the phone gets hot

below the strip of light between the two cameras lies the flash, formed in a soft-rounded shape

project info:

name: POVA Slim 5G

company: Tecno | @tecnomobile

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