* Human Neuron: Cannot be exposed to deep space radiation. Will die. Cannot manage extreme G-force. Learning new skills take ages.
* Chip: Can be shielded to deep space radiation. Will not die. Deep space advanced robotics applications. Can take extreme G-force. Can be weaponised. Could create medical robotics with "plugins" for each medical discipline.
Airbus sold 85 A380 for $400m a pop. Emirates purchase 140 of them in 2015 again for $418m a pop. Thats at least 54billion in committed revenue.
I would create multiple usernames/passwords that are allowed to unlock the system. E.g. Multi login. They keystore that secures the encryption on the device would then have to be doubly encrypted with two seperate encryption keys on the device using a public key of the 2nd user available on iCloud. The second encrypted store could be uploaded to iCloud and only decoded by that 3rd party who would then have access to decrypt the duplicated information.
You could do PK key exchange via bluetooth or something more personal to prevent against MITM attacks.
The device would then need a time delay to prevent that designated user from logging onto your phone through casual day to day usage. The device should only be accessable 30 days after not being used and would require the user to access iCloud to fetch and decrypt the store. The device would still be protected by encryption but may be decrypted by a designated person(s) so long as the designated person is nominated upfront.
Doesn't the F22 have the same issue? Either way a lot of money has been spent but are these even designed to be dog fighters?
Surely, according to the current theories, the "big bang" would be similar to just a "big supernova" in which heavy elements and very heavy elements are created. If the "big bang" fractured inconsistently, it is likely that it is not unreasonable that suretly after the "big bang" there would be many dense stars that go super-nova. Why they dont immediately fall back into into "black holes", all things considering, is another wonder
So much to learn... too many "theories".
They might as well generate his dental work, or diagnosis and cross reference the likely cancer treatments he is likely to have with purchases of any vitamin supplements he may require as a result of genetic deficiencies.
Whats that.. four datasets.... Credit Card History, Dental History, Medical History, Facebook photo. Identify likely diagnoses and filter. Obviously the older you are the easier it is to trace you since you are likely to have certain genetic risk become issues. A few good generic markers and you'll cut it down to a few thousand people.
Just close the airgap. Split the atm into 3 distinct containers with separate air sections. The electronics and wires can move between the walls. The card tray and mechanism can be separated with an air vent back into the lobby. The dispenser tray can vent to the lobby and have money dropped into it and out of it in an air tight seal.
Problem solved. It's probably possible to retro fit to existing enclosures with a bit I'd thought work.
I'd have flown the entire negotiating team to Barcelona if it were to shave a billion off the deal.
Good for WhatsApp founders.
I'm not sure Kim shares your sentiment...
I've given this capability a long and hard thought. This interception only works during an economic war and does nothing during a real war. Once a real war kicks off on any global scale, these types of interception capabilities get turned off because countries will sever certain cables and links.
Companies that are hosted in the cloud will get disconnected destroying them in hours.
That seams reasonable advantage. If it could take me from 60K tps to 100K tps per blade its a no-brainer. I doubt its going to allow office/home application to run any noticeably quicker but with a blade centre of 16 blades, I'll want to get my monies worth before needing to expand.
Well, pulling all the images certainly solves the problem of having to display emails with images. The only reason we (I) don't click the display-images button is because the images allow us to be tracked, the images may have some sort of exploit (rare). Originally this used to be due to limited download speeds.
I suspect caching the images allow pre-processing of the images and therefore making the whole system more secure by default. Images could therefore be displayed in full by default with images, preferably with some large images being intelligently excluded by default.
Google could release a mass marketing email API/gateway and monetise that allowing marketeers access to data regardless of whether you open the images/email or not. This is slightly more valuable information.
If the US can take a fibre copy of an entire Google data-centre/backup then so can any other country/organisation. That means that expect more than just the US having copies and keeping very very quiet about it. If they don't, then I am sure that certain countries are going "thats a good idea" and its a race between the Google team locking down their inter data center coms.
Any country that hosts a google datacentre and any fibre operator that has a managed service contract could be considered "compromised".
The more I think of it, the more I am convinced that if you could unite a good portion of good older engineers, you'd have a consulting/engineering/system integration company to rival the big players in the market. Usually when people join they stop at 50-100 employees however you need to get to a massive size to compete with the bigger system integrators.
The next step has already started.
Micronizing truely massive supercomputers is the next step for "applied sciences". We've gotten used to measuring data centres in power, I recon it will be computing power per cubic foot or something like that. It'll start with drones, then it will move to shipping and long haul robotics. After that it'll move to mining applications. I'm not talking about automating but rather truly autonomous applications that require massive computation for collision avoidance and programmed execution.
At this point it'll be a race to redo the industrial age, albeit with micronized robotics. Again, already started with 3D printing.
Hopefully by then someone figures out how to get off this rock.
"But what we need to know is, do people want nasally-insertable computers?"
