After cooking >200 lbs of brisket while fine-tuning the design, the students concluded, "Old-school pitmasters are like, 'I cook mine in a garbage can,' and there's a point of pride in that. A lot of the cutting edge is when you take an art form and drag it back onto scientific turf and turn it into an algorithm. I don't think we've diluted the artistic component with this."
Mark Peterson, a spokesman for Internet provider Wave Broadband, says an unspecified number of Sacramento-area customers were knocked offline by the latest attack. Peterson characterized the Tuesday attack as "coordinated" and said the company was working with Level 3 and Zayo to restore service. It's possible the vandals were dressed as telecommunications workers to avoid arousing suspicion, say FBI officials. Backup systems help cushion consumers from the worst of the attacks, meaning people may notice slower email or videos not playing, but may not have service completely disrupted. But repairs are costly and penalties are not stiff enough to deter would-be vandals. "There are flags and signs indicating to somebody who wants to do damage: This is where it is folks," says Richard Doherty. "It's a terrible social crime that affects thousands and millions of people."
In the second video, Blade project lead Brad Balzer goes into detail about how, why, and where they use 3-D printing, and explains the modular nature of their car chassis design. He says they don't need to change many parts to go from ultra-sports car to pickup truck. He also says that while Divergent Microfactories is working on cars right now, their manufacturing system can be applied to many different industries. Indeed, their long-range goal is to help people build microfactories making many different kinds of products faster, more flexibly, and for less money than it takes to make similar manufactured items today.
Note: The transcript covers both videos and has a little 'bonus' material in it, too.
Instead of developing a more robust approach to device security, they've simply thrown encryption at everything. This makes it temporarily harder for malicious hackers to have their way with the devices, but also shuts out consumers and white-hat researchers from knowing what the devices are doing. Stanford, Berkeley, and the University of Michigan have now started the Secure Internet of Things Project, which aims to promote security and transparency for IoT devices. They hope to unite regulators, researchers, and manufacturers to ensure nascent internet-connected tech is developed in a way that respects customer privacy and choice.