Displaying 1 to 8 from 8 results

bap - Binary Analysis Platform

  •    OCaml

The Carnegie Mellon University Binary Analysis Platform (CMU BAP) is a reverse engineering and program analysis platform that works with binary code and doesn't require the source code. BAP supports multiple architectures: ARM, x86, x86-64, PowerPC, and MIPS. BAP disassembles and lifts binary code into the RISC-like BAP Instruction Language (BIL). Program analysis is performed using the BIL representation and is architecture independent in a sense that it will work equally well for all supported architectures. The platform comes with a set of tools, libraries, and plugins. The documentation and tutorial are also available. The main purpose of BAP is to provide a toolkit for implementing automated program analysis. BAP is written in OCaml and it is the preferred language to write analysis, we have bindings to C, Python and Rust. The Primus Framework also provide a Lisp-like DSL for writing program analysis tools. BAP is developed in CMU, Cylab and is sponsored by various grants from the United States Department of Defense, Siemens AG, and the Korea government, see sponsors for more information.

bap-bindings - C Bindings to BAP

  •    OCaml

This project provides a C interface to BAP library and other components of the infrastructure. The interface is rather complete, although some functions may be omitted for a reason or accidentaly. By desing, everything that is possible to do in OCaml with the Bap.Std interface should be possible to implement in C, using bap.h. If you find any violations of this rule, please don't hesitate to file an issue. The following simple program is a good test that your installation works fine.

bap-ida-python - integration with IDA

  •    Python

This package provides the necessary IDAPython scripts required for interoperatibility between BAP and IDA Pro. It also provides many useful feature additions to IDA, by leveraging power from BAP. BAP-IDA integration package installs several plugins into IDA distribution. Some plugins works automatically, and do not require user intervention, while others are invoked with keybindings, or via the Edit->Plugins menu, that can be popped at with the Ctrl-3 bindging.

bap-python - BAP python bindings

  •    Python

Alternatively you can just copy paste files into your project, or clone it with git-subtree. The low-level interface provides an access to disassembler and image loader. It uses RPC interface to make calls to the library. So make sure that you have installed requests and bap-server (see Installation section).

bap-tutorial - The BAP tutorial

  •    Python

In this tutorial we will develop a non-trivial plugin that will verify that in a program a certain sequence of calls doesn't happen. We will develop the analysis in both OCaml and Python. You can choose either path, or even both paths. By passing this tutorial you will learn how to use BAP basic capabilities and how to extend BAP using our plugin system. You will learn how to examine programs, by looking into their intermediate representations (IR) or disassembly. You will also learn how to run binaries in the emulated environment.

binaryanalysisplatform.github.io - The BAP Blog

  •    HTML

This is the Binary Analysis Blog website.

cwe_checker - cwe_checker finds vulnerable patterns in binary executables

  •    OCaml

cwe_checker is a suite of tools to detect common bug classes such as use of dangerous functions and simple integer overflows. These bug classes are formally known as Common Weakness Enumerations (CWEs). Its main goal is to aid analysts to quickly find vulnerable code paths. Its main focus are ELF binaries that are commonly found on Linux and Unix operating systems. cwe_checker is built on top of BAP(Binary Analysis Platform). By using BAP, we are not restricted to one low level instruction set architectures like Intel x86. BAP lifts several of them to one common intermediate representation (IR). cwe_checker implements its analyses on this IR. At time of writing, BAP 1.6 supports Intel x86/x64, ARM, MIPS, and PPC amongst others. Hence, this makes cwe_checker a valuable tool for firmware analysis.

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