Here is some google keywords. Just help me.
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Implication Re/insurance industry 3D printing
The 'disruptive technology' could have a significant effect in various areas, including re/insurance.
Additive manufacturing, also known as 3D printing, has received a significant amount of attention during recent years. Media praises it as being able to change the course of global manufacturing and the supply chain. Today, a number of industries already apply 3D printing for various purposes, from rapid prototyping to the end product manufacturing.
According to Wohlers Associates, the 3D printing market will grow from $2.2 billion today to $10.8 billion by 2021. As a leading reinsurance provider, Swiss Re seeks to understand this exciting and, as labelled, disruptive technology and its possible implications for the re/insurance business.
Growing application in various industries
3D printing's biggest advantage stems from giving the user the possibility to create something unique and tailor made, employing imagination to form new shapes and designs. The flexibility to produce objects on site, whenever and wherever needed, is also an advantage.
The aerospace and automotive industries have been at the forefront of 3D printing adoption. The medical industry, along with construction, engineering and many more areas, use 3D printing as well. Printing 3D objects at home is also becoming cheaper and easier to use and there are 3D printing shops, cafes or online services around the world.
Further application of this technology is also expected. Research on combining 3D printing technology with highly advanced materials (i.e., 4D printing, which the functionality of materials as the 4th dimension) which can lead to various novel applications, is being done.
Some materials can change over time when exposed to water, temperature changes or air, and can even self-assemble into pre-determined shapes. In the medical industry, for instance, 4D printing might be used for implantable biomaterials/organ printing or for cancer-fighting nanobots. It might also find application in construction, furniture, sportswear, and the automotive, aerospace and marine industries.
Possible implications for re/insurance
So what does it mean for the re/insurance business?
The boundaries between manufacturer and end-user will be blurred by 3D printing. End-users will be able to print partial or even complete products by themselves.
They may even be able to participate in the production process. This can pose a challenging question to product liability cases: who is responsible for the damage? Application of 3D printing might cause uncertainties in apportioning liabilities, accountability and traceability issues can also arise.
The boundaries between product designer and producer will also blur, which would require the review of the existing scope of professional indemnity covers. Architects, designers and engineers might wonder if their policies apply to computer aided design (CAD) production and whether such designs could be easily manipulated and traceable. If designs become public and shared, intellectual property rights and cyber cover issues may also arise.
3D printers, especially powder based, release small particles into the air. The result may be local workshop pollution. This may raise workers compensation/employer liability issues.
As we observe a rapid application of 3D printing technology in the medical, construction and engineering segments, we also foresee possible implications to medical malpractice insurance and engineering insurance.
Understanding of various types of 3D printers and their working technology is also vital for machinery breakdown insurance as well as business interruption covers: on one hand, the application of 3D printing might reduce the indemnity period, as necessary parts may be just printed on site. On the other, it is important to understand how costly replacing these machines might be in the event of a loss.
Underwriting and assessing such risks
Although it will likely take a while until we see the implications of this new technology in the re/insurance segment, Swiss Re works together with clients to leverage their knowledge about 3D printing and collaborates in developing intelligent and appropriate 3D printing insurance solutions.
We acknowledge 3D printing as new and exciting technology which has significant implications in various industries. It is important to closely monitor developments and our risk experts are ready to work with clients and partners to identify and assess issues that may arise when underwriting 3D printing-related risks.
Google's Abacus May Count Out Passwords
By the end of the year, Android devs will be able to use a trust API from Google's Project Abacus in their apps, Google ATAP Director Dan Kaufman suggested at last week's I/O conference.
The API, which will run in the background continually, is aimed at doing away with passwords.
It will use a smartphone's sensors to check users' current locations, typing patterns and voice patterns, as well as for facial recognition. It will create a cumulative trust score that will authenticate users so they can unlock their devices or sign into applications.
"We'll go out to several very large financial institutions for initial testing" this June, Kaufman told developers. If the tests go well, Google plans to release the API to Android devs worldwide by year end.
"I think the issue is Google isn't trusted itself and has a horrid history of losing interest in initiatives once they're launched," remarked Rob Enderle, principal analyst at the Enderle Group.
"The potential for aggravation with both the customer and the financial institution is impressive and likely will stand as a huge barrier to adoption," he told TechNewsWorld. "Generally, a failure would lock users out of their accounts."
Trust API Issues
"The problem has always been that a really good biometric -- such as a retinal scan or fingerprint -- typically is hard to collect," observed Michael Jude, a research program manager at Frost & Sullivan.
"Less than reliable biometrics are easy to collect but require validation, usually by collecting several -- but the more you collect, the more chances for authentication failure," he told TechNewsWorld.
If biometrics fail, a standby such as a password or some form of support infrastructure to do a reset is required, and "this could be complex for both the user and the service provider," Jude pointed out.
On the positive side, "when [the trust API] works, it could provide a faster, more secure, consistent method of gaining access to secure sites," Enderle suggested.
However, "Google's reputation of being unsecure, of not following through, of not listening to partners, and the complexity of the solution stand against this effort," he said.
Potential Privacy Problems
An API-based security protocol will put personal information in the cloud to some extent, Jude noted, so "the question will be, do you trust your service provider with that kind of information?"
Further, the trust API will be always on, running continually in the background, and that could be a concern -- especially because many Android apps send back users' information to devs, often without the knowledge of the device's owner.
That always-on feature means users it will be easy to track users -- and with Americans being concerned about surveillance without warrants by the NSA, the FBI and various police agencies, there might be a backlash.
On the other hand, the feature could make it easier to track terrorist or criminal suspects.
There has been at least one legal ruling requiring a suspect to unlock a cellphone protected by fingerprint authentication, and with user information more readily available, law enforcement might push harder to seize data.
"This is a problem," Jude said. "This approach to security potentially opens a lot of personal information up to coercive disclosure. I'm just waiting for someone to build a countermeasure that lets users clear a mobile data device with a voice command."
Source:
http://www.technewsworld.com/story/83543.html
Wired2Fire Diablo Skylake: The Real Overclocked Monster of PC
The imposing, angular frame of the Wired2Fire Diablo Skylake gaming PC immediately sets it apart from the competition. With a distinctive ridged top panel illuminated in blue and scarcely a straight edge to be seen, the sweeping curves and bulging protrusions of the hefty Zalman Z11 Neo case convey power and style – perfect for a modern gaming PC.
The Diablo Skylake is also based on the Intel Core-i5 6600K processor, overclocked from 3.5GHz to 4.4GHz and fitted with 16GB of 2400MHz DDR4 RAM. Graphics performance comes from an Overclocked MSI GeForce GTX 970 graphics card identical to those used by both Chillblast and Vibox in their Skylake systems, featuring boosted performance and an enhanced cooling system driven by a pair of twin fans.
The processor is air-cooled by a Prolimatech Basic 68 heatsink and 128mm fan combo, while the case itself features additional cooling fans at the front, back and top of the case. The first and last of which light up with a cool blue glow.
Storage comes from a 250GB crucial BX100 SSD and a 1TB hard drive. Both pretty standard fare for a PC at this price point. However, what’s not so standard is the performance. The Diablo Skylake may not be clocked as fast as the Vibox Spawn X, but this system manages to edge ahead of the competition in many tests, including the Vibox PC.
Chillblast’s Fusion Krypton offers faster storage, but there’s less available than on the Diablo Skylake, which proves itself to be an excellent all-round performer with a great balance of features.
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The system uses an Asus Z170-P motherboard, the same as that found in Eclipse’s SuperNova i566n970OCm but Wired2Fire’s system is noticeably faster – and 95 pence cheaper. The motherboard doesn’t provide quite was many features as dedicated gaming boards like the MSI Z170A Gaming Pro or Gigabyte GA-Z170X-Gaming 3, but key features such as USB 3.1 Type C and M.2 support are both present and correct.
You also miss out on SLI certification, which is not ideal if you were thinking of adding a second graphics card later and an upgrade. Speaking of upgrades, the power supply included in this system is a little on the weak side, at only 500W. Power draw remained comfortably under 295W during our stress tests, but if you think you might go crazy with internal upgrades in the future, this could be something to watch out for.
Our review PC was shipped with an Asus VS247HR 1080p display - a £100 optional extra - which is a good match for the PC, but the graphics card could drive a higher-resolution model if you prefer. We wouldn’t suggest trying 4K with this level of graphics card, but a 2560x440 monitor would be perfect, depending on your budget.
http://www.pcadvisor.co.uk/