The BMW Group recently unveiled the BMW Concept Skytop at the prestigious Concorso d’Eleganza Villa d’Este, an annual event that celebrates the beauty and elegance of historic cars and motorcycles on the picturesque shores of Lake Como. The BMW Concept Skytop immediately captured the attention of attendees with its flowing, sporty elegance and athletic, muscular […]
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If you are thinking of starting a laser engraving business, you might be interested in learning more about the latest laser engraver and cutter from Creality. Over the past few years, laser engravers have become more affordable. However, if you need to engrave small production runs, spending a little more on your engraver is definitely […]
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The Acer Chromebook Plus 516 GE blends gaming features with AI tools, making it ideal for gamers and professionals alike. Starting at USD 699.99.
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The iPad has become an indispensable tool for many users, offering a versatile and portable solution for work, entertainment, and creativity. However, many iPad owners may not be aware of the full range of features and capabilities their device offers, particularly with the introduction of USB-C ports on newer models. This guide will explore ten […]
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The highly anticipated official OpenAI ChatGPT app, now powered by the advanced GPT-4o has arrived for macOS users. This powerful tool brings the cutting-edge natural language processing capabilities of ChatGPT to your fingertips, allowing you to streamline your workflow and boost productivity. In the video below, Half Man Half Tech will walk us through the […]
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Are you ready to take your JavaScript skills to the next level? Look no further than SkillSuccess, a leading online learning platform that offers over 2,000 video courses on a variety of topics. Whether you’re a business professional, a lifestyle enthusiast, or a tech geek, SkillSuccess has got you covered. And today, we’re here to […]
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Picture this, it’s summer, you’ve packed your bags and you’re heading on a Eurotrip (maybe for a nice holiday on the Amalfi coast or to see Taylor Swift perform). In true holiday fashion, you intend on spending the entire day out and about, exploring the city, but you realize an hour in that your phone’s already on 15% battery. You might have a charging cable in your pocket, but there isn’t a power socket in sight. Here’s where a MagSafe power bank just makes things much easier. Designed to simply snap onto the back of your phone and give it a battery boost, the TORRAS MiniMag is a compact power bank that’s no larger than a credit card. With its compact size, 0.3mm thickness, and MagSafe compatibility, the MiniMag merely attaches onto your phone, giving it an extra 5000mAh battery so you can go about your day without worrying about being perpetually on ‘Battery Saver’, or worse, a completely drained battery.
Designer: TORRAS
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TORRAS MiniMag Power Bank & Ostand R
Convenience seems to define the MiniMag’s entire design approach. It’s compact enough to slide right into your pocket or laptop bag when not in use, with a form factor no larger than your average payments card. At 0.3-inches or 7.6 millimeters thick, it might not be slim enough to fit into your wallet, but it attaches to your phone without making it too bulky the way other power banks would. It weighs a minimal 4 ounces (113 grams) and has curved edges running throughout that lets you slide your phone into your pocket without the power bank snagging anywhere.
Card-sized Power Bank, Snap and Go!
Long-lasting Battery Life
The TORRAS MiniMag packs a 5000mAh battery, which practically doubles your iPhone’s battery capacity. Wireless MagSafe charging occurs at a standard 7.5W, and if you’re looking to go faster, plug it into your phone using a USB cable to get 18W of wired charging speeds. The MiniMag supports pass-through charging too, allowing you to basically charge the power bank as it wirelessly charges your phone, keeping your iPhone’s own charging port free for accessories or dongles.
Ostand R case: 360 Magnetic Rotatable Stand
The MiniMag comes with a matte anodized aluminum outer body, in either silver or pink. Although designed to be used independently, it pairs exceptionally well with TORRAS’ Ostand R case, which also gives your phone its own dedicated rotating kickstand. The Ostand R is practically a marvel of engineering, with a stand that sits flush against the case when closed, but opens to prop your phone up. It relies on a specially engineered hinge that’s 1.2mm (0.04 inches) thick, but can resist tens of thousands of folds, and can even hold its angle like a laptop hinge (while taking the weight of your phone). The ring even rotates independently to let you place your phone in either landscape or portait, and it does so with super-slim magnets inside that extend your phone’s MagSafe compatibility, whether it’s attaching accessories or mounts, or snapping on a wireless charger or power bank like the TORRAS MiniMag.
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By 2030 we could see a rise in space tourism and most likely the human habitation of the Low Earth Orbit will trigger the shift towards living beyond Earth. Even though realizing the dream of setting foot on the red planet is some decades still to go, living on the lunar surface is not a far-fetched craving.
The challenges in colonizing planets or satellites beyond the Earth’s bounds are immense and taking them one step at a time is the key. One of the challenges is to provide a safe haven for inhabitants in inhospitable conditions. This project dubbed Momo wants to address this with a flatpack and modular option for practicality. Developed by MIT’s Department of Architecture and MIT Media Lab in association with AeroAstro, the self-assembling lunar habitat is among the best ideas so far we’ve come across.
Designer: MIT Media Lab
Keeping in mind the things that could go wrong in alien environments, the Momo habitat is completely replaceable in case there is a breach or malfunction. Rather than replacing the whole habitat, the compromised module can be swapped with a new one. This saves time and ensures the inhabitants have one less thing to worry about. The ultimate goal for developing Momo will be to support the Arthemis III mission and assist in the long-term lunar settlement mission. Oen can realize the extent of the seriousness of this undertaking by the fact that MIT Departments will be headed by the NASA Marshall Space Flight Center, Jhonson Space Center, Brookhaven National Laboratory and SpaceX.
For the first phase, the compact habitat will have a design that flat-packs inside the Starship HLS cargo space. It’ll be developed keeping in mind at all times about the safety and efficient space utilization. The modular aspect allows for versatile functionality, for instance, realigning the aluminum frame and high-density polyethylene membrane for setting up camp depending on the terrain of the Moon. It can be anything from a safe airlock compartment, windows, work desks, or even exercise areas.
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AI in the design process reshapes the industry, and BMW’s Designworks studio leads this transformation. AI tools like MidJourney, Runway, and Kaiber enhance how designers generate images, create animations, and develop textures inspired by nature and existing designs. This shift streamlines workflows and democratizes creativity, making it easier for designers to visualize and iterate on ideas quickly.
Designer: BMW Designworks
These AI tools have become essential in BMW’s Designworks studio. They allow the generation of images, animations, and textures that would otherwise require labor-intensive traditional methods. By leveraging AI, designers can explore creative possibilities quickly and efficiently, significantly reducing the time and effort needed to bring concepts to life.
Traditionally, creating a new design involves numerous steps: sketching, modeling, rendering, and iterating based on feedback. Each of these steps can be time-consuming and resource-intensive. However, with AI, designers can input parameters or a simple sketch and receive multiple fully realized design options within minutes. This rapid iteration capability allows for more experimentation and refinement, leading to higher quality and more innovative designs.
AI democratizes creativity by enabling designers with varying skill sets to contribute effectively to projects. Even those without extensive experience in animation or 3D modeling can produce compelling visual content. This inclusivity fosters a more collaborative environment where team members can present fully visualized ideas during brainstorming sessions, resulting in a more productive and innovative development process.
At BMW’s Designworks, this collaborative spirit is evident. Team members from different disciplines—industrial design, UI/UX, and creative consulting—can all contribute to the design process. AI tools bridge the gap between these disciplines, allowing for a unified creative vision. During brainstorming sessions, designers can bring AI-generated visuals to the table, enabling more effective communication and collaboration. This speeds up decision-making and ensures that the final design is holistic and well-rounded.
AI-generated content provides unique sources of inspiration that traditional methods often miss. This capability helps designers think outside the box and push the boundaries of conventional design. For instance, AI can blend textures, materials, and shapes in ways that might not occur to a human designer, leading to innovative and unexpected results.
While AI tools are powerful, human designers’ creative input and oversight remain essential. AI serves to augment human creativity, not replace it. Designers at BMW’s Designworks use AI as a starting point, a source of inspiration that can be further refined and developed. This synergy between AI and human creativity ensures the final product is technologically advanced and artistically inspired.
One illustrative example is the use of AI in automotive design. AI tools are employed to design various aspects of BMW vehicles, including both interiors and exteriors, emphasizing the integration of all elements. By visualizing how different materials and textures can be blended, AI helps create cohesive and aesthetically pleasing designs. This approach enhances the vehicle’s visual appeal and aligns with BMW’s commitment to sustainability and innovation.
The practical application of AI tools is evident in various projects at BMW’s Designworks. For example, the design team often demonstrates how tools like MidJourney and Runway create design elements. They might show how an AI-generated texture can be applied to a vehicle interior or how an animated sequence can bring a design concept to life. These demonstrations provide tangible insight into AI’s capabilities and how it enhances the design process.
AI development is rapid, with new tools and updates released frequently. This requires designers to continually update and integrate these new capabilities into their workflows. Designworks continuously explores and adopts the latest AI technologies to maintain a competitive edge.
The competitive advantage that AI provides BMW is multifaceted. First, the ability to rapidly generate and iterate on design ideas allows BMW to stay ahead of market trends and respond quickly to changing consumer preferences. This agility is crucial in the highly competitive automotive industry, where innovation and timely market entry can be decisive success factors.
Second, the democratization of creativity means that BMW can leverage the full potential of its design team, harnessing diverse perspectives and talents to create more innovative and appealing designs. This inclusive approach fosters a more dynamic and creative work environment and leads to designs that resonate more deeply with a broader range of customers.
Third, integrating AI in the design process enhances the quality and precision of BMW’s vehicles. AI tools can analyze vast amounts of data and generate optimized performance, aesthetics, and sustainability designs. This results in cars that are not only visually stunning but also technically superior, reinforcing BMW’s reputation for excellence and innovation.
The future outlook for AI in design is promising. As AI tools become more sophisticated, their integration into the design process will become even more seamless. Designers will have access to more advanced capabilities to create more complex and refined designs. This evolution will likely lead to even greater innovation and efficiency in the design process.
BMW’s Designworks studio illustrates how AI can transform the design process. By leveraging advanced tools like MidJourney, Runway, and Kaiber, the studio has improved its workflows, democratized creativity, and fostered a more collaborative environment. AI-generated content provides unique sources of inspiration, while the rapid development of AI technologies ensures that designers can continue to innovate and push the boundaries of conventional design. As AI tools become more integrated into the design process, the future of design at BMW’s Designworks looks brighter and more exciting than ever.
In embracing AI, BMW stays at the cutting edge of automotive design and secures its position as a leader in innovation, creativity, and excellence in the automotive industry.
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You can see up to 20% of muscle loss in just 11 days of being in space. Astronauts have to exercise nearly two and a half hours each and every day to prevent muscular atrophy. Sounds pretty scary, doesn’t it? Exposure to zero gravity causes muscle fibers to shrink, making astronauts much weaker and less coordinated. Whoever thought that the lack of gravity could affect our health THIS much??
Designed to help astronauts stay fit through regular movements, the Cosmofit Exosuit was imagined for astronauts making their way to the moon with SpaceX’s upcoming mission that aims to set up a lunar base to replace the ISS in 2030. Created by Minwoo Lee, a student at Hongik University, the Cosmofit is designed to be worn indoors, and uses resistance-based training to turn simple activities like walking or reaching out for something into a micro-workout. Astronauts therefore exert more to perform basic activities, and can retain their muscle mass while in a zero gravity environment.
Designer: Minwoo Lee
The Cosmofit bodysuit is made of two distinct parts – the suit itself, and the mechanical augmentations that attach onto the back and around your waist, or the ‘exo’ part of the suit. The suit features electrode pads laid out around different muscle groups, providing electrical stimulation to different muscles in the body to keep them active and healthy, while also helping with muscle recovery after stressful workouts. By providing electrical pulses, the suit can help rebuild muscle tissue and help with recuperation.
Meanwhile, the exoskeleton on the outside uses a series of motors to provide mechanical resistance to help you exert more pressure while moving around. This turns regular activities into mini workouts (sort of like jogging or exercising with weights strapped to your ankles) that prevent muscles from atrophying or growing weak.
The EMS (electrical muscle stimulation) suit can be worn for long periods of time, with the exoskeleton only strapped on for certain hours in the day. There’s even a potential for the exoskeleton to track vitals and fitness levels through activity, giving astronauts a comprehensive look at how healthy they are. Two and a half hours of exercise a day sounds like quite a task… turning just daily movements into a fitness regimen sounds like a much easier way to stay healthy in zero gravity, doesn’t it??
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