How about a fancy cabin bag that appears to be moving when you are standing for your boarding pass or awaiting your boarding call in the lounge? All sorts of suitcases make an appearance these days. Some are modular, some reminiscent of the icons, and some throw in an optical illusion to put fun to your airport look and those timeless halts. And for the latter, we are sold!
Designed and developed by Germany-based RIMOWA using high-end anodized aluminum, the suitcase is a fancy variant of the company’s original carry-on. Aptly dubbed Original Cabin Optical, this suitcase in RIMOWA’s words “redefines boundaries.” This is done by “creating” an “illusion of the iconic groves disappearing.”
In simpler words, the famous RIMOWA suitcase is made with a shimmering effect achieved by a brushing technique that gives the suitcase the illusion of movement. The Cabin Optical’s anodized aluminum exterior has an alternating brushed finish to create this illusion: so, when you are at the airport or in the hotel lobby, people could mistake your suitcase to be moving even when it’s standing beside you.
Such illusion happens because of these specially brushed groves that with the change in light and perspective create the illusion of movement. This interesting optical motif is not only limited to the exterior, interestingly RIMOWA carries it to the inside of its limited-edition Cabin Optical. Here the jacquard lining is directly woven with geometric patterns for a similar effect.
The Cabin Optical is available in 35 litter carry-on sized dimensions making it – according to the company – apt for three to four days of travel. The suitcase itself is pretty lightweight, weighing only 9.5lbs, and comes with a stage-free telescoping handle, RIMOWA’s Multiwheel system with cushioned axles, and Flex Divider.
It is strictly limited-edition of just 2,002 examples. The number is only chosen for its palindromic nature and has no relevance to the year, which I earlier thought to be the case. Currently available for pre-order, with sales beginning November 7, the special silver Cabin Optical will set you back $2,050. If you are not ready to shell that kind of money, you can pick the suitcase in your choice of silver, emerald green, black and titanium for $1,430.
The Internet Archive is continuing the recovery process after a series of DDoS attacks that took down its servers in early October. On Monday, the nonprofit digital library posted on X that its 'Save Page Now' service has been restored to the Wayback Machine.
The Wayback Machine resumed operation in read-only mode on October 14; now users can upload new web pages to record their information and access them later. As the X post notes, the Wayback Machine will begin collecting web pages that have been archived since October 9 when the entire site was taken down.
The October DDoS attacks coincided with the Internet Archive's move to disclose a data breach that saw more than 31 million records taken. Security researcher Troy Hunt, who runs the Have I Been Pwned? service for monitoring compromised accounts, said that the two actions against the Internet Archive were "entirely coincidental" and likely taken by "multiple parties."
This article originally appeared on Engadget at https://www.engadget.com/cybersecurity/the-internet-archives-wayback-machine-is-fully-back-in-action-with-saving-pages-223736576.html?src=rss
The Mozilla Foundation has made steep cuts to its team. The 30 percent staff reduction will completely eliminate the nonprofit's advocacy and global programs divisions, according to an internal email sent by Mozilla Foundation Executive Director Nabiha Syed. TechCrunch reported on the news, and Mozilla confirmed the cuts in a statement to that publication as well as to Engadget.
"The Mozilla Foundation is reorganizing teams to increase agility and impact as we accelerate our work to ensure a more open and equitable technical future for us all," according to the statement from Brandon Borrman, vice president of communications at Mozilla. "That unfortunately means ending some of the work we have historically pursued and eliminating associated roles to bring more focus going forward."
While the standalone advocacy division will end, Mozilla did affirm its commitment to that work. "We want to clarify that the restructuring has not dropped advocacy; on the contrary, advocacy is still a central tenet of Mozilla Foundation’s work and we are in the process of revisiting our approach to it," Borrman said in an additional comment.
The Mozilla Foundation is a nonprofit arm under the bigger Mozilla umbrella; Mozilla Corporation is the arm responsible for the Firefox browser. In February, Mozilla announced that about 60 workers would be laid off, primarily on the product development team.
Update, November 5, 2024, 4:56PM ET: Post has been updated with additional comment from Mozilla.
This article originally appeared on Engadget at https://www.engadget.com/computing/mozilla-foundation-cuts-30-percent-of-its-staff-203951504.html?src=rss
Form, function, emotion, the “IT’S REAL” Cassette player has it all. With its retro-meets-new-age charm, this cassette player encases your cassette in a transparent cover, allowing you to see the cassette’s reels rotate as the device plays music. But here’s the kicker – this thing isn’t just a cassette player, it’s a Bluetooth speaker too.
You see, each IT ‘S REAL player comes with its own “Bluetooth Cassette” that lets you connect your phone to the IT’S Real device. Put the Bluetooth cassette in and the appliance lets you effectively play Spotify, YouTube, Apple Music, or any streaming app on your cassette player. The Bluetooth cassette works with other devices too, allowing you to turn your dad’s boombox, or your 30-year-old car’s tape-deck into a Bluetooth-enabled device that supports your phone.
Let’s break down the player by talking about its form, function, and emotion. If you were born in the early 90s or before, chances are your vision of a cassette player are a lot different from what the IT’S REAL looks like. Most cassette players had a template design – either they looked like a boombox, with the cassette in the middle and speakers on the side, or they looked like a Walkman, with a compact form factor and an Aux input for headphones. The IT’S REAL looks nothing like either of those.
It encases the cassette in a transparent outer housing, preserving and showcasing it as if it’s some sort of precious relic. This treatment is reserved for precious items, so to see a cassette player do this enhances the cultural and iconic value of the humble cassette. The transparent casing still retains its function, allowing the cassette to play while it’s inside, while front-firing speakers help you listen to the audio.
Put any cassette in and the IT’S REAL plays your old tapes, whether they’re albums or personally made mixtapes that were a standard fixture of music-sharing culture in the 80-90s before discs became a thing. Buttons underneath the transparent hood let you play, pause, rewind, fast-forward, or eject the cassette, following the traditional functionality of cassette players from before… but what really sets the IT’S REAL player apart, is that it comes with a “Bluetooth Cassette”.
While the IT’S REAL device is a purely traditional cassette player, the Bluetooth Cassette that comes along with it turns it into a Bluetooth speaker. Put the cassette in, start the player, and the cassette turns into a Bluetooth transmitting device, allowing you to pair a smartphone. Once paired, the cassette allows you to play music from your phone on the IT’S REAL’s built-in speakers.
Bluetooth 5.0 means the cassette pairs with your phone seamlessly, and here’s the kicker – it can be used with other cassette players too – not necessarily just the IT’S REAL. Pop the Bluetooth cassette into your dad’s boombox, your hipster uncle’s Walkman, or even your grandfather’s car that still has a functional cassette deck built into the car’s dashboard.
A lot of the IT’S REAL’s joy lies in its aesthetic and its retro-revival. The transparent design is beyond gorgeous, allowing you to appreciate the workings of the cassette player quite literally like some Teenage Engineering-like device that isn’t afraid to bare its electronics instead of hiding everything under a plastic facade.
The act of playing a cassette tape may have died 20 years ago, but just like fashion is cyclical, tech trends have a way of making a comeback too – and the IT’S REAL capitalizes on this retro joy beautifully while still being a Bluetooth-enabled future-friendly device that anyone can use and love.
For makers NINM Labs, this is far from their first rodeo. They debuted back in 2018 with the IT’S OK Cassette Player – a Walkman version of this product that did over $80,000 in funding from nearly a thousand backers. Soon after, the IT’S REAL Cassette Player made its Kickstarter debut, smashing past its funding goal by over 500%. The product is now available on the NINM Lab website for $151.86 USD.
DAB Motors has rapidly evolved into a niche electric motorbike company that values its French roots. Having numerous takers for their DAB 1α, the outfit has created bold iterations of the acclaimed bike first as a Paris Olympics-themed ride, and more recently as an eye-popping transparent e-bike inspired by the retro gaming consoles.
Just when we thought the French motorhead studio would take a breather, there’s another surprise that’ll garner many more fanatics for the DAB 1α. Draped in a stainless steel body frame, this DeLorean DMC-12-inspired motorbike carries the industrial design influence of a café racer, and of course the retro charm of the timeless DeLorean!
November 5 is chosen as the release of this two-wheeler, since this is the day depicted in the flick when time travel was first tested. The custom motorbike is flush with every possible element of the Back to the Future movie and DMC-12’s visual aesthetics. The CNC-machined rims and the vents are classic DeLorean with an ‘OUTTATIME’ license plate taking you back in time. The speedometer on this one-off DAB 1α is capped at 88 mph, exactly the speed for future time travel shown in the movie. A dummy flux capacitor built into the chassis gives it a pure industrial look, elevating its retro charm. To extend the realism, this DAB 1α is paired with a classic skateboard and P-cap, both in peppy colors.
As Simon Dabadie, founder of DAB Motors rightly puts it, “Growing up in the ’90s, cinema introduced me to icons that shaped my imagination. The DeLorean DMC-12, for example, stood out as more than a car — it was a vision of bold design and innovation.” We second that completely as DeLorean has been more than just another classic car that’s admired for a design way ahead of its time. He further adds, “This new bike is an ideal canvas to showcase DAB Motors’ commitment to creativity and craftsmanship, blending technical skill with bold, boundary-pushing design. Just as the DMC-12 redefined automotive aesthetics, this model captures DAB’s innovative spirit, honoring the future shaped by past icons.”
If you are already having daydreams of buying this Back to the Future-inspired bike and parking it alongside your prized DeLorean, hold your horses as it is limited to just one piece. The next best option is to go for the regular DAB 1α and get a trusted auto tuner shop to get the DeLorean-inspired look.
Japanese researchers just sent the world’s first wooden satellite to space, as reported by CNN. LignoSat, named after the Latin word for wood, was developed by Kyoto University and a company called Sumitomo Forestry. It was included in a SpaceX mission to the International Space Station (ISS) and will soon be released into orbit above the Earth.
Why do this? There are two main reasons. First of all, it’ll be a test as to the durability of wood when faced with the harsh conditions of space. If successful, the researchers plan on making more wooden structures and jettisoning them to the cosmos.
Kyoto University
“With timber, a material we can produce by ourselves, we will be able to build houses, live and work in space forever,” said Takao Doi, an astronaut affiliated with Kyoto University. This is the first step in a 50-year plan that includes planting trees and building actual timber houses on the moon and even Mars.
“Early 1900s airplanes were made of wood,” said Kyoto University forest science professor Koji Murata. “A wooden satellite should be feasible, too.”
For those balking at the idea of wooden structures being used in space, consider some of the benefits. The material should actually be more durable in space than on Earth because, well, the endless void doesn’t have any water or oxygen. There’s nothing to cause rot and it's very hard for it to catch fire. It even offers fairly decent protection from radiation.
The other reason has to do with all of those other satellites in orbit. The planet’s currently surrounded by more than 3,000 satellites, not to mention all kinds of affiliated space debris. Wooden satellites would eventually fall back down to Earth and burn up during re-entry.
Metal satellites will (mostly) burn up during the return trip, but not before creating harmful aluminum oxide particles. We don’t really have a plan in place for the ever-expanding amount of space junk entombing the planet, so this could help. Doi envisions a scenario in which “metal satellites might be banned in the future.” In any event, having a log cabin on the moon would be one heck of a good time. There's literally an Apple TV+ show plus about just that.
This article originally appeared on Engadget at https://www.engadget.com/science/space/japan-just-sent-the-worlds-first-wooden-satellite-to-space-194055742.html?src=rss
Kia debuted two new concept vehicles at the Specialty Equipment Market Association show in Las Vegas today. The real standout in the company's SEMA announcements is the PV5 concept EV van. Dubbed WKNDR, it's based on Kia's Platform Beyond Vehicles approach to modular design, which the business unveiled earlier this year at CES.
The PV5 uses an adaptable storage solution called Gear Head that can serve multiple functions, including an off-board, sheltered storage space for outdoor gear when the van is stationary. It can be powered by solar panels on top and by the hydro turbine wheels.
Kia also introduced the EV9 ADVNTR concept EV SUV at the event. This is an all-electric vehicle with a custom roof rack and a combination of tires and wheels designed for offroading.
The company did not provide any details about pricing or availability dates in the press release. Based on the limited information we have about Kia's plans for PVB production, the modular WKNDR van probably won't hit the roads (or charge off the roads) until some time next year at the earliest.
This article originally appeared on Engadget at https://www.engadget.com/transportation/evs/kia-unveils-two-new-ev-designs-including-a-nifty-modular-van-193156344.html?src=rss
While we felt that the Kindle Colorsoft was by and large a solid first stab at a color ereader by Amazon, there has been a problem with the device. After several buyers pointed out that a yellow band was discoloring the bottom of the display, the same issue occurred on our review unit. Now, the company says it's remedying the problem.
“A small number of customers have reported a yellow band along the bottom of the display," an Amazon spokesperson told Engadget in a statement. "We take the quality of our products seriously — customers who notice this can reach out to our customer service team for a replacement or refund, and we’re making the appropriate adjustments to ensure that new devices will not experience this issue moving forward.”
For the time being, Amazon has delayed shipments of the ereader while it juggles replacement units and new orders, as The Verge first reported. If you already have a Colorsoft, you can keep using it (as long as you can live with the discoloration) until the company sends a replacement.
The issue was significant enough that we removed the score from our review until Amazon resolved it. In any case, it's good to see that the company is acting fairly swiftly to take care of the matter.
This article originally appeared on Engadget at https://www.engadget.com/mobile/tablets/amazon-will-fix-the-kindle-colorsofts-yellow-display-discoloration-190143346.html?src=rss
This Steam-focused gamepad was originally released back in October, but only in Japan. It boasts a big button to pull up the Steam menu and touch sensors on the joysticks for motion controls. It also ships with mappable back buttons. The gamepad connects to a computer, or a Steam Deck, via Bluetooth. To that end, it ships with a USB-A Bluetooth receiver.
Hori says the Steam controller will work for around 12 hours on a full charge, though it can operate while charging via USB cable. The controller menu in Steam also allows for making adjustments, like changing stick sensitivity and gyro controls.
There are a couple of slight omissions. The controller has no rumble functionality, nor does it boast a trackpad or a headphone jack. If you can get over those issues, this looks like a mighty fine way to work through that ever-growing Steam collection. Hori makes good stuff.
This article originally appeared on Engadget at https://www.engadget.com/gaming/pc/horis-officially-licensed-steam-controller-comes-to-the-us-on-december-16-184221663.html?src=rss
Product design and prototyping encompass the entire journey of turning an idea into a tangible product that users will love. This process starts with in-depth market research—understanding user needs, analyzing data, and identifying key challenges that need addressing. Once the groundwork is set, designers create solutions aimed at solving these challenges in a meaningful way. Prototyping comes in next, acting as a vital bridge between concept and execution. It allows for quick, cost-effective testing and iteration, giving designers the ability to refine ideas based on feedback and insights. This early-stage validation helps prevent costly late-stage revisions, ensuring that the final product is both effective and efficient, saving valuable time and resources.
What are the advantages of prototyping in product design?
Prototyping is essential in the design process, turning abstract ideas into something tangible that everyone can visualize and understand. It helps align designers, stakeholders, and users on the product’s vision early on, fostering effective communication and collaboration. By identifying potential design flaws before full-scale development, prototyping saves time and resources while reducing risks.
This process also prioritizes user needs by allowing for feedback and adjustments throughout development. Prototypes ensure the product is functional and resonates with users, leading to better usability and overall satisfaction. Ultimately, prototyping accelerates time-to-market and streamlines the design process, resulting in a well-refined, user-focused product.
Enhances Visualization
Prototypes in product design bring concepts to life, allowing designers and stakeholders to interact with the product in a tangible way. This hands-on interaction transforms abstract ideas into something concrete, making it easier to assess how the product will look, feel, and function. By visualizing the product in its early form, teams can better understand the design intent, identify any misalignments with the original vision, and make informed decisions about its direction. This visual clarity also helps ensure that everyone involved—designers, developers, and even potential investors—shares a common understanding of the product, reducing misunderstandings and fostering more efficient collaboration throughout the development process.
The latest trend in architecture and product development incorporates 3D printing, which, when combined with traditional clay, has been utilized by Spanish postgraduates to create TOVA, Spain’s first prototype habitat. This sustainable prototype features a simple, elegant design with a sloping roof for rainwater drainage, framed ceilings for temperature control, and natural light through windows, all surrounded by natural elements to blend seamlessly with its environment.
Risk and Cost Reduction, Customer Satisfaction
Prototyping finds design errors and usability issues early, cutting the risk of expensive mistakes later in production. It helps reduce error costs and increases manufacturing efficiency by allowing changes before full-scale production, optimizing resources, and streamlining the development process.
Also, product prototypes improve communication among team members, clients, and stakeholders, leading to constructive feedback and a refined final design. In the long run, this contributes to customer satisfaction by undergoing testing at various stages and incorporating feedback and improvements before market launch.
User Testing
Prototyping allows for user testing to gather insights and validate design assumptions, ensuring the product meets user needs and expectations.
While rumors and expectations surrounded Google’s leap into the foldable phone market, the launch of the Pixel Fold marked a significant milestone despite Google’s historical indifference towards tablets, making its entry unexpected but popular due to its distinctive design. The prototype known as “jumbojack,” resembling Samsung’s Galaxy Z Fold 2, surfaced years ago, suggesting Google’s exploration of different foldable designs before finalizing a unique Pixel user experience tailored for foldable devices, diverging from Samsung’s established approach with a wider, more ergonomic design akin to the OPPO Find N.
Scope of Improvement
Prototyping supports iterative development, allowing design improvements based on feedback and testing. This enables the product to be launched and quickly gain traction in the market due to thorough testing.
The prototype showcased at the Venice Architecture Biennale under the Essential Homes Research Project, developed by the Norman Foster Foundation and Holcim, introduces an innovative emergency shelter design. It is built with a rapid assembly system on-site using an arch-shaped framework and a rollable outer shell predominantly made from low-carbon concrete, the prototype ensures durability and quick deployment. The project is designed to withstand extreme weather conditions, featuring waterproofing and insulation for comfort, along with practical interior amenities such as bunk beds and shelves for a functional living environment.
Fosters Innovation
Another advantage is that prototyping enables experimentation and innovation without the need for extensive production of multiple items. Shanghai is creating a new prototype of telephone booths to replace the old ones. This prototype keeps the classic red color and boxy shape but adds modern features like solar panels, Wi-Fi, wireless charging, 5G internet, and touch screens with maps and emergency help. This update combines nostalgia with new technology, aiming to inspire similar changes around the world to meet modern needs while preserving the old style.
In areas prone to wildfires, residents not only face immediate dangers but also enduring challenges like pollution exacerbated by global warming, as seen with rising temperatures in unexpected places. Innovators are developing solutions such as the Living with Wildfire system, a prototype mycelium pod designed to withstand fire. Inside each pod are water and dormant oyster mushroom spores. During a wildfire, water evaporation increases pressure inside the sealed steel vessel until a cork is launched, dispersing spores that take root post-fire to reduce soil and air toxicity through mycoremediation.
Resembling a lamp on a stand, these pods must be strategically placed and feature a minimalist design inspired by fireproof seedpods in trees like the lodgepole pine and Australian banksia, with tags displaying the Latin names of mushroom spores. Constructed from quick-melting pewter, the pods release spores upon exposure to fire, even when branches and brush are piled underneath to hasten the process, serving also as a reminder of ongoing wildfire risks in the area.
What are the disadvantages of prototyping in product design?
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Cost Intensive
Creating prototypes can be costly due to the investment in materials, labor, and research involved. This often makes stakeholders consider reallocating resources more effectively within the project and reducing the waste from multiple prototypes.
For those interested in pianos as instruments or decor, the Yamaha Design Laboratory and Chiba University’s Department of Design collaborated on Edo-era inspired piano designs styled as furniture. Displayed in an Edo-era piano store simulation, these prototypes include the SUKIMA, blending with Nagaya house wooden partitions for a harmonious blend of transparency and privacy; the OTO-TSUKUE, resembling traditional writing desks with a piano beneath the desktop; and the HIKI-TANSU, integrating piano features into gift chests symbolizing auspicious occasions, each adorned with distinctive etchings from the era.
Time Constraints
Developing and refining prototypes can be time-consuming, potentially delaying the project based on feedback. Moreover, tight schedules and deadlines for prototype creation can compromise the product design. Missed windows of opportunity, in turn, could lead to low sales, overstocking, and a general loss of revenue.
The evoBOT, currently in prototype stage, is an autonomous robot designed to assist in logistics and shipping by self-balancing and transporting goods alongside workers. Resembling a futuristic trolley, it’s still in development with details on maximum load capacity pending. The robot extends its arms to secure items, adjusts its stance for maneuvering, and can adopt a V-shaped posture for efficient transport. Equipped with sensors for object detection and capable of navigating varied terrains, including sloped surfaces common in warehouses, it’s lightweight and space-saving, using an innovative self-balancing design principle.
Confusion and Miscommunication
Another disadvantage of creating prototypes is that too many features can be added to the product based on feedback, potentially diluting its purpose and deviating from the original goals.
Users might confuse the prototype with the actual product, which can lead to disappointment and unrealistic expectations about its capabilities and quality. Additionally, implementing excessive changes based on feedback may not always result in substantial improvements.
Security Risks
The product being exposed to external testers and stakeholders can result in copying or theft, posing security concerns that need to be handled delicately during the prototyping process. It’s definitely a touchy subject, especially in the tech industry where leaks are rampant and sometimes even celebrated.
Mikono is a rechargeable, modular table lamp that doubles as a handheld light. Mikono’s unique prototype design features a conical shape that emits light from all sides and can split into two parts for portability. The lamp charges wirelessly on its base, which includes a battery for cordless operation. Designed for simplicity, Mikono incorporates a translucent cone for diffused light, a metallic tip for housing electronics, and a loop strap for easy carrying. It serves as a versatile indoor and outdoor lighting solution, equipped with an adjustable intensity dimmer and a replaceable battery for long-term use.
The fast-paced world of design and production requires being able to pivot quickly to reduce costly errors down the road. There are some disadvantages to prototyping, of course, but the benefits far outweigh those. Therefore, prototyping is integral to product design, necessitating awareness of potential pitfalls for an efficient process that results in successful, user-centered products.
