But Nokia's relationship with Foxconn is different from Apple's. You buy iDevices from Apple, not Foxconn; you call Apple for support, not Foxconn. You never deal with Foxconn. In the case of N1, Foxconn will be handling the sales, distribution, and customer care for the device. Nokia is licensing the brand, the industrial design, the Z Launcher software layer, and the IP on a running royalty basis to Foxconn.
He says, "The chip we are using is the xNTi, an NFC type 2 NTAG216, which is about the size of a grain of rice and is manufactured by the Dutch semiconductor company NXP, maker of the NFC chip for the new iPhone. It is a glass transponder with an operating frequency of 13.56MHz, developed for mass-market applications such as retail, gaming and consumer electronics. ... The chip's storage capacity is pretty limited, the UID (unique identifier) is 7 bytes, while the read/write memory is 888 bytes. It can be secured with a 32-bit password and can be overwritten about 100,000 times, by which point the memory will be quite worn. Data transmission takes place at a baud rate of 106 kbit/s and the chip is readable up to 10 centimeters, though it is possible to boost that distance."
- Apple pay will launch Monday.
- WatchKit -- a way for developers to make apps for the Apple Watch will launch next month.
- iOS 8.1
- Messages, iTunes, and iWork updated and many more new features in OS X Yosemite.
- You can send and receive calls on your Mac if you have an iPhone with iOS 8 that's signed into the same FaceTime account.
- iPad Air 2: New camera, 10 hour battery life, 12x faster than the original iPad.
- iPad mini 3.
- iMac with Retina display.
- And a Mac mini update: Faster processors, Intel Iris graphics, and two Thunderbolt 2 ports.
Matthew Green tackled iOS encryption, concluding that the change really boils down to applying the existing iOS encryption methods to more data. He also reviews the iOS approach, which uses Apple's "Secure Enclave" chip as the basis for the encryption and guesses at how it is that Apple can say it's unable to decrypt the devices. He concludes, with some clarification from a commenter, that Apple really can't (unless you use a weak password which can be brute-forced, and even then it's hard).
Nikolay Elenkov looks into the preview release of Android "L." He finds that not only has Google turned encryption on by default, but appears to have incorporated hardware-based security as well, to make it impossible (or at least much more difficult) to perform brute force password searches off-device.