Every reverse engineer, malware analyst or simply a researcher eventually collects a set of utility software that they use on a daily basis to analyze, unpack, and crack other software. This article will cover mine. It will be useful to anyone who has not yet collected their own toolset and is just starting to look into the subject. However, an experienced reverse engineer must also be curious about what other crackers are using.

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Debuggers

Debugging an application is an essential part of studying it, so every reverse engineer needs a debugger at the ready. A modern debugger must support both Intel architectures (x64 and x86), so this is the first prerequisite.

We must also be able to debug kernel-mode code. You will need this every once in a while, especially if you want to look for zero-day vulnerabilities in OS kernels or reverse engineer malware in drivers. The main candidates are x64dbg and WinDbg. The first debugger works in user mode, while the second one can debug kernel-mode code.

x64dbg

This is a modern debugger with a good user interface, a worthy successor of OllyDbg. It supports both architectures (x64 and x86), and there are tons of useful plugins.

Granted, it has its downsides as there are a number of annoying bugs. But it is actively developed and supported. Since the debugger works in user mode, it is of course vulnerable to a wide range of anti-debugging techniques. This is, however, in part offset by the availability of many different debugger hiding plugins.

x64dbg has a built-in decompiler and imports reconstructor (both x64 and x86), supports code graph visualization and read/write/execute/access breakpoints. This debugger has enabled some hackers to break down the infamous Denuvo DRM system!

Why not OllyDbg

We haven’t included OllyDbg here because it is very outdated. It does not support the latest operating systems or x64. The app’s official website announced a x64 version and even reported some development progress, but the site itself has not been updated since 2014. OllyDbg is undoubtedly a milestone piece of software, but now it seems that its time has passed. There have also been fewer kernel mode debuggers since Syser Kernel Debugger, a successor to SoftICE, was abandoned.

WinDbg

WinDbg is one of the best kernel or driver debugging tools. This debugger is supported by Microsoft and included in the Windows Driver Kit (WDK). This is currently the most up-to-date and powerful kernel code debugger. It does not feature the user-friendly interface of x64dbg, but there are not many other options, as other debuggers don’t support kernel-mode code.

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WinDbg supports remote debugging and can download debug symbols directly from Microsoft servers. The VirtualKD booster exists to speed up the WinDbg setup for debugging kernel-mode code in a VM. WinDbg is definitely not for beginners, but as you gain experience in reverse engineering and start testing various interesting options, you won’t be able to avoid it.

WinDbg enables you to view various system structures and easily disassemble NTAPI functions. Of course it can also be used to debug “regular” applications, but I prefer to unleash this powerful weapon only when it is really needed!

Disassemblers

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Reverse engineering cannot exist without static code analysis tools. The current selection of disassemblers is not much better than that of debuggers, but there we still have some favorites. The IDA Pro disassembler is a de facto standard in antivirus labs. Next is the Radare2 reverse engineering framework (many reckon that Radare2 is on par with IDA).

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IDA Disassembler

There are two versions of IDA, a paid Pro version and a free Starter version. The free version is limited to x86 and does not support plugins. The Pro version offers full functionality with a large number of supported processor architectures and plugin support.

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IDA does have a built-in debugger with rather basic functionality, but its unconventional interface takes some time to get used to. IDA can also be augmented with the Hex-Rays addon, a decompiler of application source code into C code. This is very useful as it really speeds up program analysis.

Overall, IDA is a very powerful and polished tool with a long development history. Unfortunately, the Pro version costs about $500-1000 (depending on the license type) and they do not sell it to just anybody. So we have to make do with other options.

Radare2

Radare2 was initially conceived as a simple hex editor but grew into a full framework able to debug and disassemble all types of code including firmware, viruses and cracks.

Radare is a set of console tools including a debugger, disassembler, decompiler, hex editor, its own compiler, utility for comparing binary files and much more. There is also a GUI addon named Cutter that greatly improves the look and usability of Radare’s framework.

The framework supports a large number of processors and platforms, which enables it to compete with products like IDA Pro. Another big advantage of Radare is that it is an open source, free and community-driven project.

Additional utilities

We have covered the main tools, but reverse engineering also needs packer identifiers, network monitors, hex editors and many other utilities. Let’s have a closer look to the main ones.

Detect it Easy (DiE)

This is a great packer identifier with a large number of useful functions. For example, it allows you to view file section entropy, which facilitates visual identification of encryption.

It also has a resource viewer with a dump-to-disk feature. DiE enables you to easily access the import table and add plugins and scripts, configure signature scanning methods and view file headers. It fully supports PE and PE+.

There is only one problem with this program: a slow update cycle, although it has not been abandoned. In fact, a new version was released recently!

INFO

You can see examples of working with DiE in my previous articles: “Manual unpacking. Cracking a custom packer based on GlobeImposter 2.0 ransomware” and “The art of unpacking. Gutting the protection of the crafty GootKit banker”.

ExeInfoPE

This is another packer and protector detector. It has an unconventional interface that will not be to everybody’s taste. On the other hand, the program is frequently updated, offers numerous interesting functions and user-friendly tips for unpacking.

Overall, I would recommend it to beginners. ExeInfoPE has a number of automatic unpackers and will tell you which tool to use to crack a bolt-on protection system.

Of course, the program also offers the full set of standard features including a file header viewer, section viewer, hex viewer and even a number of built-in mini-utilities like TerminateProcess and more. ExeInfoPE also supports plugins.

HxD

Sometimes you may need to access HDD, memory or applications in binary mode. This is where hex editors come in handy, as exemplified by HxD. This program is free and frequently updated, supports popular formats, is good for searching and offers a user-friendly UI. There are other well-executed features, such as the ability to remotely erase (zerofill) files. There is also a portable version for easy stora