So, there's this thing about a scanner for Arduino-powered book archiving. Apparently, book scanners are pretty hard to come by unless you're a librarian or something. I guess [Brad Mattson] had some books and decided to do something about it. Not super exciting, but it’s nice to know that someone is trying to make it easier for folks to archive their books. Anyway, cool, I guess. #Arduino #BookScanning #Archiving #TechUpdates #Innovation

Laptops haven’t quite reached the same plug-and-play modularity as desktop PCs, but tinkerers have found ways to piece together unique machines using Raspberry Pi boards as the guts, Arduino microcontrollers for extra tricks, and 3D printing to craft custom shells. The result is a wave of personalized cyberdeck designs, each one showing off its creator’s vision of portable computing with a heavy dose of personality. If you’ve ever dreamed of walking around with a computer straight out of a retro sci-fi movie, this DIY cyberdeck briefcase laptop is the stuff of geeky fantasies. Today’s electronic components and digital fabrication tools mean anyone with enough patience and creativity can build a custom computer that feels more like a prop from a 1970s space adventure than a modern laptop. Designer: rawkout1337 This particular cyberdeck, known simply as Cyberdeck 1.1.0, doesn’t try to outdo the most extreme designs, but it still packs plenty of character into a briefcase-sized package. Instead of chasing the thin, minimalist look of commercial laptops, it leans into bold shapes, chunky silhouettes, and a color scheme that would have been right at home on the set of a 70s or 80s sci-fi show. You half expect to find it on the lap of a spaceship pilot or tucked under the arm of a secret agent from the future, or at least the future envisioned by the 70s and 80s. What really sets the Cyberdeck 1.1.0 apart is the playful placement of its components. The power button, trackball, and mouse buttons all live on the upper half of the computer, right next to the compact screen. Using the trackball requires gripping the edge of the lid, while the three mouse buttons are tucked along the back edge, making you interact with the machine in a completely different, almost cinematic way. Most of the internals are off-the-shelf parts, but there’s enough custom wiring and soldering to keep seasoned makers entertained. The mechanical keyboard is satisfyingly chunky, and the panels snap together with a satisfying click, thanks to the wonders of 3D printing. Even the handles are made from bent metal bars, giving the closed briefcase a portable, industrial vibe, perfect for a quick getaway or a dramatic reveal at a hacker meetup. Of course, carrying a bright, boxy computer through airport security is bound to draw some second glances. But that’s half the fun: this is a laptop that refuses to blend in, embracing the spirit of DIY and cyberpunk with every detail. For makers, tinkerers, and sci-fi fans, the Cyberdeck 1.1.0 is a reminder that computers can be quirky, bold, and a little bit rebellious, just like the people who build them. The post Cyberdeck Briefcase Laptop Channels 70s Sci-Fi for DIY Tech Lovers first appeared on Yanko Design. #cyberdeck #briefcase #laptop #channels #70s

Bosch Ventures, the corporate investment arm of German technology supplier Robert Bosch GmbH, has announced a new €250 million venture capital fund to support startups developing breakthrough technologies. Introduced during Bosch’s 2024 annual financial presentation, the fund reinforces the company’s long-term strategy of supporting early-stage innovation, even amid global economic turbulence. Bosch CEO Stefan Hartung emphasized that such investments serve both societal and internal strategic goals: “Startups can boost innovation in a way that delivers important growth impetus for a country’s economy.” How does 3DPI content meet your needs and help you in your job? How can we improve? Take the reader survey now. The new fund will expand Bosch Ventures’ existing portfolio by focusing on areas with long-term technological and environmental impact. Since 2007, Bosch’s investment arm has prioritized companies developing solutions in artificial intelligence and energy efficiency, aligned with its broader objectives of sustainable mobility and climate-neutral technology. According to managing director Ingo Ramesohl, “We invest in particular in deep-tech startups, which are based on scientific breakthroughs or technological innovations.” Dr. Ingo Ramesohl, Managing Director and co-head of Robert Bosch Venture Capital GmbH. Photo via Bosch. Startup screening and selection takes place through Bosch Ventures’ global network, which includes offices in Boston, Sunnyvale, Tel Aviv, Shanghai, Stuttgart, and Frankfurt. Investment professionals at these locations assess more than 2,000 startups annually. From this pool, approximately 100 are shortlisted, with six to ten ultimately receiving financial support and operational guidance. Ramesohl stated that being embedded in local ecosystems enables the team to identify disruptive technologies with high-impact potential across diverse markets. Collaboration between startups and Bosch’s internal divisions is facilitated by Open Bosch, a program launched in 2018 to integrate early-stage technologies into corporate workflows. The initiative allows selected startups to act as suppliers, customers, or technology partners. In return, Bosch gains access to emerging tools and platforms that may enhance its innovation pipeline. Hundreds of partnerships have been formed through this program. “This win-win partnership enables Bosch to strengthen and secure its innovation efficiency and support the company’s long-term success,” said Ramesohl. The Open Bosch Award recognizes outstanding startup partnerships integrated through Bosch’s Open Bosch collaboration program. Photo via Bosch. More than 60 companies currently comprise the active Bosch Ventures portfolio. Notable investments include U.S.-based Xometry, a platform for on-demand industrial parts, and IonQ, a quantum computing firm that completed a public listing. Additional stakes include Quantum Motion in the United Kingdom, Aleph Alpha in Germany, Arduino in Italy, and battery recycling startup Jin Sheng in China. The firm also holds equity in TrunkTech, a developer of autonomous vehicle technologies, and Syntiant and Motive, which operate in the edge AI and fleet management sectors respectively. AI Investment Expands in Manufacturing Infrastructure and Software Platforms Siemens, the German industrial technology firm specializing in automation and electrification, has announced over billion in investments to expand its presence in the United States. The initiative includes two new manufacturing facilities in Fort Worth, Texas, and Pomona, California, totaling million and projected to generate more than 900 skilled jobs. These sites will produce electrical equipment for industrial and construction applications and supply hardware for AI data centers. Siemens also acquired a U.S. software firm as part of its broader strategy to support domestic production and expand AI-related capabilities across its operational footprint. Meanwhile, 3D Spark, a Hamburg-based B2B software startup focused on industrial manufacturing and procurement, secured €2 million in seed funding to expand its AI-powered decision-making platform. The round was led by Swedish investor Triplefair, alongside Fraunhofer Technologie-Transfer Fonds and Innovationsstarter Fonds Hamburg. 3D Spark’s platform provides manufacturability analysis, cost estimation, quoting features with market pricing, and CO₂ tracking. It supports over 15 manufacturing technologies, including 3D printing, casting, milling, and sheet metal fabrication. Customers using the platform include Alstom, Deutsche Bahn, ÖBB, and Siemens Mobility. Siemens’ new manufacturing site in Fort Worth, Texas. Photo via Siemens. Ready to discover who won the 2024 3D Printing Industry Awards? Subscribe to the 3D Printing Industry newsletter to stay updated with the latest news and insights. Featured image shows the Open Bosch Award. Photo via Bosch. Anyer Tenorio Lara Anyer Tenorio Lara is an emerging tech journalist passionate about uncovering the latest advances in technology and innovation. With a sharp eye for detail and a talent for storytelling, Anyer has quickly made a name for himself in the tech community. Anyer's articles aim to make complex subjects accessible and engaging for a broad audience. In addition to his writing, Anyer enjoys participating in industry events and discussions, eager to learn and share knowledge in the dynamic world of technology. #bosch #launches #250m #fund #back

Controlling digital particles by blowing into a sensor 🤓 Steven Mark Kübler shared a bunch of impressive demos of a setup that allows controlling digital particles in real-time by employing an Arduino-based controller alongside Derivative's TouchDesigner. The setup interprets information from various sensors and uses that data to dynamically adjust the gravitational acceleration within the scene. Oh, gosh, I'm such a nerd. What I meant to say is that you can blow air into a sensor or move your hands, and the setup will do the rest of the magic. Details: https://lnkd.in/gYXnMxre hashtag#resaearch hashtag#simulation hashtag#3dart hashtag#arduino hashtag#realtime hashtag#rendering hashtag#rendering hashtag#art