- 出版社: Wiley; 1 (2012年5月8日)
- 平装: 408页
- 语种： 英语
- ISBN: 1118204123
- 条形码: 9781118204122
- 商品尺寸: 18.8 x 2.3 x 23.4 cm
- 商品重量: 590 g
- ASIN: 1118204123
- 用户评分: 2 条商品评论
- 亚马逊热销商品排名: 图书商品里排第511,912名 (查看图书商品销售排行榜)
iOS Hacker's Handbook (英语) 平装 – 2012年5月8日
买满 ￥99.00 立减 ￥10.00: 满足条件自动优惠
Charlie Miller is Principal Research Consultant at Accuvant Labs and a four-time CanSecWest Pwn2Own winner.
Dionysus Blazakis is an expert on iOS and OS X sandbox security mechanisms.
Dino Dai Zovi is coauthor of The Mac Hacker's Handbook and a popular conference speaker.
Stefan Esser is a PHP security expert and leading researcher of iOS security topics.
Vincenzo Iozzo is an independent security researcher focused on Mac OS X and smartphones.
Ralf-Philipp Weinmann holds a PhD in cryptography and has an extensive security background.
Chapter 1 iOS Security Basics 1
Chapter 2 iOS in the Enterprise 15
Chapter 3 Encryption 47
Chapter 4 Code Signing and Memory Protections 69
Chapter 5 Sandboxing 107
Chapter 6 Fuzzing iOS Applications 139
Chapter 7 Exploitation 185
Chapter 8 Return-Oriented Programming 219
Chapter 9 Kernel Debugging and Exploitation 249
Chapter 10 Jailbreaking 297
Chapter 11 Baseband Attacks 327
Appendix References 365
The book begins covering sandboxing, code signing and iOS enterprise applications, and their weaknesses. The chapter on fuzzing was very explanatory on the techniques used to do so. It covered fuzzing PDF and powerpoint documents in mobile safari, as well as SMS fuzzing. The next chapter talks about exploitation on iOS devices, focusing on heap exploits and in turn, memory allocation and deallocation.
The chapter on ROP explains what is capable and not capable with return oriented programming, and gives two great examples of such techniques. Following that is a chapter on kernel exploitation, describing how to reverse the IOKit kernel drivers and finding vulnerabilities, as well as how to exploit vulnerabilities once found. This chapter concludes with a demonstration on the heap fang shui technique used for heap buffer overflow exploits.
The jailbreaking chapter is not particularly long, but that is because the techniques used have been described in other parts of the book. This chapter examines the redsn0w jailbreak and describes each step performed by it, including the different kernel patches applied by the jailbreak.
The final chapter covers baseband hacking, which I have not read in detail yet. It appears, at first glance, to cover general knowledge on cell networks leading into the RTOS used on the baseband chips, and ending with a description of the ultrasn0w unlock.
Overall, I would recommend anyone who is interested in the techniques and steps used to find vulnerabilities and exploit them, leading to the development of a jailbreak for an iOS device.
The authors manage to cover a variety of different subjects in enough detail to give you a good grounding in the iOS security model as well as the current state of vulnerability discovery on the platform.
The way current hacking techniques are being introduced, should enable less experienced programmers and enthusiast to get started and the more advanced reader will find a very well processed compendium (and more).
About the troll comments further down:
Some are obviously misinterpreting this book's intention. It's not about giving you a detailed tutorial on how to create a jailbreak, but to give a starting point, to introduce techniques needed and to motivate you to start learning and researching (btw. this belongs to security RESEARCH). Creating a jailbreak needs weeks and months of work, not to mention the vast experience and skills needed to pull of such a major task. One book can't accomplish that. So if you really want to become the next comex or pod2g: get off your backside, learn basics, read this book, read more materials, train your obtained skills and at the end of the road you might be able to develop your own exploits which will lead to a jailbreak.