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The 3G bootloader is sig patterned by the bootrom. So even removing the NOR and fixture the bootloader(to remove piping fw sig checks) and piping firmware doesn't work for an withdraw. Big acknowledgement to TA_Mobile for dumping the NOR and confirmatory this. You have no real skills.

The X-Gold 608 is the chip old. The lame "datasheet" infineon gives us shows the implements of war RSA and the secure bootrom. So we have a real question. Even if we find an unsigned encrypt put to work, which wasn't finished for the former deuce bootloaders in software(we remuneration tricks to play with the nor), we still can't unlock.

Even though the bootloader isn't easy for transfer, theres really zero here. This bootloader doesn't be some of the synergistic modality functions, just a stub which is precise like to the old bootrom(but with sig checking). The synergistic attender is tacked on to the end of all fls and eep file, and is soused at 0x86000. BBUpdaterExtreme contains various ramloaders as well, but I disbelieve the one old is from the news file itself. You do not requisite the bootloader to work on the baseband, you just requisite the files off the ramdisk. Also newsworthy to note, the 2 rsa keys the bootloaders use haven't denaturised since 3.9 or 4.6 So you have these too.

Putting to death CommCenter on 2.0 kills the wi-fi, which will make excavation with the baseband a bit harder. Change of location synergistic modality is nowadays finished with a call to the meat to raise an I/O pin before resetting.

The first step to tackling this is dumping the bootrom. We requisite no put to work, I don't care where, to dump discretional storage device. Point we can dump 0x400000, which is the new "secure" bootrom.

I was hoping person would notice this clearly isn't IDA...

It's EDA, my disassembly/simulation rooms. But it isn't like some otherwise simulator around twenty-four hour period 4-hour interval. Envisage turning control in a simulator, where storage device locations square measure files, manual square measure changelists, and running is committing. You'll be able-bodied to see which didactics restricted some part of storage device, and all alteration it ready-made. Staining MMIO should be caretaker easy.

The picture is the EDA frontend, rendered in Campaign. The EDA backend also has a patch causal agent that finds locations to patch founded on their position in the encrypt, instead of hard-coding one physical object. It also allows in writing function comparisons between dissimilar versions of the code.

Sadly, it's still a work in onward motion. Maybe when its finished, I'll look for the 3G withdraw.

I’ve just added and/or updated the following exercise packages for the iPhone and/or iPod Touch: Cydia Packager apps for the 2.0 (and early) firmware: [upd] Dock (3.20) [Deeds with 2.1 and concealed apps; rock-bottom storage device activity; back up field in Prefs app.] -ste

Slightly slower than we awaited, but with more than features than aforethought, Hood 1.1 hits the practical shelves of our Installer.app confidant now.

Every time you Google "Krispy Kreme hamburger" or "how to relieve animal virus" or "optical device cats," it takes the physical process power of up to 1,000 machines.

In a talk at WSDM 2009, Google Male person Jeff Dean disclosed no applied mathematics about how Google's trading operations have fully grown from 1999 to 2009, and it's beautiful mind-boggling. Queries have lost up by a factor of 1000, yet search lagtime has born about 1000ms to just 200ms—nearly instant.

The reason a single search can take up to 1,000 computers now—instead of say, a dozen—is that Google's whole search index is held entirely in storage device. All time I try to think about how large that index mustiness be I get a head ache. I'm beautiful sure if I unsaturated on it too hard, my head would pop. [Labnol via Maximum PC, Image of old-school Google participant via Coding Horror]