ENTRIES TAGGED "3d printing"
Antivirus Numbers, 3D Printer Explosion, 3D Printing's Particulate Problem, and Simulating Touch
- The Anti-Virus Age is Over — for every analyst that an AV company hires, the bad guys can hire 10 developers.
- 3D Printing’s 2014 Renaissance (Quartz) — patents on sintering about to expire which will open up hi-res production. Happened in the past when patents on fixed deposition modelling expired: Within just a few years of the patents on FDM expiring, the price of the cheapest FDM printers fell from many thousands of dollars to as little as $300.
- Ultrafine Particle Emissions from Desktop 3D Printers (Science Direct) — Because most of these devices are currently sold as standalone devices without any exhaust ventilation or filtration accessories, results herein suggest caution should be used when operating in inadequately ventilated or unfiltered indoor environments. (via Slashdot)
- Aireal — focussed changes in air pressure simulate sensations of touch. The machine itself is essentially a set of five speakers in a box–subwoofers that track your body through IR, then fire low frequencies through a nozzle to form donut-like vortices (I imagine the system as a cigar-smoking Microsoft Kinect). [...] In practice, Aireal can do anything from creating a button for you to touch in midair to crafting whole textures by pulsing its bubbles to mimic water, stone, and sand. (via BoingBoing)
Huxley Beat Orwell?, Cloud Keys, Motorola's DARPA, and Internet Archive Credit Union
- Huxley vs Orwell — buy Amusing Ourselves to Death if this rings true. The future is here, it’s just not evenly surveilled. (via rone)
- KeyMe — keys in the cloud. (Digital designs as backups for physical objects)
- Motorola Advanced Technology and Products Group — The philosophy behind Motorola ATAP is to create an organization with the same level of appetite for technology advancement as DARPA, but with a consumer focus. It is a pretty interesting place to be. And they hired the excellent Johnny Chung Lee.
- Internet Credit Union — Internet Archive starts a Credit Union. Can’t wait to see memes on debit cards.
Ant-Sized Computers, Digital Manufacturing, Dictatorship of Data, and Mobile Shielding
- Ant-Sized Computers (MIT TR) — The KL02 chip, made by Freescale, is shorter on each side than most ants are long and crams in memory, RAM, a processor, and more.
- Some Thoughts on Digital Manufacturing (Nick Pinkston) — Whenever I see someone make a “new” 3D printer that’s just a derivative of the RepRap or MakerBot – I could care less. Only new processes, great interfaces or super-low price points get my attention anymore. FormLabs being a great example of all three – which is why they were a massive hit. If you’re looking for problems: make a cheap laser cutter, CNC mill, or pick-n-place machine. See the Othermill.
- The Dictatorship of Data (MIT TR) — Robert McNamara epitomizes the hyper-rational executive led astray by numbers. (via Wolfgang Blau)
- A Field Test of Mobile Phone Shielding Devices (PDF) — masters thesis comparing various high-tech fabric-type shielding devices. Alas, tin-foil helmets weren’t investigated. (via Udhay Shankar)
3D Visualization, Printing On Any Surface, Rebuilding Reality, and Emotions as Data
- For Example — amazing discussion of 3D visualization techniques, full of examples using the D3.js library and bl.ocks.org example gist system. Gorgeous and informative.
- Anti-Gravity 3D Printer — uses strands to sculpt on any surface. (via Slashdot)
- How 3D Printing Will Rebuild Reality (BoingBoing) — But even though home 3D-printing has received substantial publicity of late, it is in the industrial sector where the technology will probably make its most significant near-term impact on the world both by manufacturing improved commercial products and by stimulating industry to develop next-generation fab methods and machines that could one day truly bring 3D-printing home to users in a real way.
- The Emotional Side of Big Data — Personal Democracy Forum 2013 talk by Sara Critchfield, on reframing emotion as data for decision-making. (via Quartz)
Amazon Slash Slashed, Indies Out, Printing for Peace, Massively Online Orthographic Build System
- Kindle Worlds Fine Print — Amazon’s fanfic publishing system has a few flaws: no pr0n, no crossovers, no slash, and Amazon Publishing will acquire all rights to your new stories, including global publication rights, for the term of copyright. I can’t see this attracting pinboard’s most passionate users.
- XBox One Won’t Allow Indies to Self-Publish Games — When it comes to self-publishing, Microsoft is the odd man out. Both Sony and Nintendo allow developers to publish their own games onto PlayStation Network and Nintendo Network, respectively. Microsoft’s position stands in stark contrast to Sony, which has been aggressively pursuing indie content for PS4. (via Andy Baio)
- 3D Printers for Peace Competition (Michigan Tech) — We are challenging the 3D printing community to design things that advance the cause of peace. This is an open-ended contest, but if you’d like some ideas, ask yourself what Mother Theresa, Martin Luther King, or Ghandi would make if they’d had access to 3D printing. (via BoingBoing)
- covim — Collaborative editing for vim. My dream of massively multiplayer troff can finally be realised.
Google Ingress, Micrometer 3D Printing, Design Thinking, and Tote Bags In The Cloud
- On Google’s Ingress Game (ReadWrite Web) — By rolling out Ingress to developers at I/O, Google hopes to show how mobile, location, multi-player and augmented reality functions can be integrated into developer application offerings. In that way, Ingress becomes a kind of “how-to” template to developers looking to create vibrant new offerings for Android games and apps. (via Mike Loukides)
- Nanoscribe Micro-3D Printer — in contrast to stereolithography (SLA), the resolution is between 1 and 2 orders of magnitude higher: Feature sizes in the order of 1 µm and less are standard. (via BoingBoing)
- Thingpunk — The problem of the persistence of these traditional values is that they prevent us from addressing the most pressing design questions of the digital era: How can we create these forms of beauty and fulfill this promise of authenticity within the large and growing portions of our lives that are lived digitally? Or, conversely, can we learn to move past these older ideas of value, to embrace the transience and changeability offered by the digital as virtues in themselves? Thus far, instead of approaching these (extremely difficult) questions directly, traditional design thinking has lead us to avoid them by trying to make our digital things more like physical things (building in artificial scarcity, designing them skeumorphically, etc.) and by treating the digital as a supplemental add-on to primarily physical devices and experiences (the Internet of Things, digital fabrication).
- Kickstarter and NPR — The internet turns everything into public radio. There’s a truth here about audience-supported media and the kinds of money-extraction systems necessary to beat freeloading in a medium that makes money-collection hard and freeloading easy.
Artificial Emotions, 3D Printing Culpability, Mr Zuckerberg Buys Washington, and Pirate Economics
- Nautilus — elegantly-designed science web ‘zine. Includes Artificial Emotions on AI, neuro, and psych efforts to recognise and simulate emotions.
- A Short Essay on 3D Printing — This hands-off approach to culpability cannot last long. If you design something to go into someone’s bathroom, it will make it’s way into their childs mouth. If someone buys, downloads and prints a case for their OUYA and they suffer an electric shock as a result, who is to blame? If a person replaces their phone case with a 3D printed one, and it doesn’t survive a drop to the floor, what then? We need to create a new chain of responsiblity for this emerging, and potentially very profitable business. (via Near Future Laboratory)
- Zuckerberg’s FWD.us PAC (Anil Dash) — One of Mark Zuckerberg’s most famous mottos is “Move fast and break things.” When it comes to policy impacting the lives of millions of people around the world, there couldn’t be a worse slogan. Let’s see if we can get FWD.us to be as accountable to the technology industry as it purports to be, since they will undoubtedly claim to have the grassroots support of our community regardless of whether that’s true or not.
- Pirate Economics — four dimensions of pirate institutions. Not BitTorrent pirates, but Berbers and arr-harr-avast-ye-swabbers nautical pirates. Pirate crews not only elected their captains on the basis of universal pirate suffrage, but they also regularly deposed them by democratic elections if they were not satisfied with their performance. Like the Berbers, or the US constitution, pirates didn’t just rely on democratic elections to keep their leaders under check. Though the captain of the ship was in charge of battle and strategy, pirate crews also used a separate democratic election to elect the ship’s quartermaster who was in charge of allocating booty, adjudicating disputes and administering discipline. Thus they had a nascent form of separation of powers.
3D Code, Malbuffering, p2p Hardware, and Crypto Challenges
- Meshlab — open source, portable, and extensible system for the processing and editing of unstructured 3D triangular meshes.
- HTML5 Video on iOS (Steve Souders) — While it’s true that Mobile Safari on iOS doesn’t buffer any video data as a result of the PRELOAD attribute, it does make other video requests that aren’t counted as “buffered” video. The number and size of the requests and responses depends on the video. For larger videos the total amount of data for these behind-the-scenes requests can be significant.
- Space Monkey (Kickstarter) — distributed encrypted peer-to-peer cloud service using custom hardware. Not open source, which would make me nervous that I was buying a botnet client with storage capability. (via BERG London)
- Matasano Crypto Challenges — Counting is not a hard problem. But cryptography is. There are just a few things you can screw up to get the size of a buffer wrong. There are tens, probably hundreds, of obscure little things you can do to take a cryptosystem that should be secure even against an adversary with more CPU cores than there are atoms in the solar system, and make it solveable with a Perl script and 15 seconds. Don’t take our word for it: do the challenges and you’ll see. People “know” this already, but they don’t really know it in their gut, and we think the reason for that is that very few people actually know how to implement the best-known attacks. So, mail us, and we’ll give you a tour of them.