package binsec
Semantic analysis of binary executables
Install
Authors
-
AAdel Djoudi
-
BBenjamin Farinier
-
CChakib Foulani
-
DDorian Lesbre
-
FFrédéric Recoules
-
GGuillaume Girol
-
JJosselin Feist
-
LLesly-Ann Daniel
-
MManh-Dung Nguyen
-
MMathéo Vergnolle
-
MMathilde Ollivier
-
MMatthieu Lemerre
-
OOlivier Nicole
-
RRichard Bonichon
-
RRobin David
-
SSébastien Bardin
-
SSoline Ducousso
-
TTa Thanh Dinh
-
YYaëlle Vinçont
Maintainers
Sources
binsec-0.8.0.tbz
sha256=81859d54721969893aabcb5b16ff41d0698f8c24799d8357ec7b1c10cd5ebf94
sha512=580561e70189b3c77bf09364ad393750263b5cfb36dce01aa7cd34ea4d4ebcc9085a52f18b7514e4046d51b488f2dfc5271aea8259c7cbce1534b880cf76bb6e
Description
BINSEC aims at developing an open-source platform filling the gap between formal methods over executable code and binary-level security analyses currently used in the security industry.
The project targets the following applicative domains:
vulnerability analyses
malware comprehension
code protection
binary-level verification
BINSEC is developed at CEA List in scientfic collaboration with Verimag and LORIA.
An overview of some BINSEC features can be found in our SSPREW'17 tutorial.
Tags
binary code analysis symbolic execution deductive program verification formal specification automated theorem prover plugins abstract interpretation dataflow analysis linking disassemblyPublished: 14 Jul 2023
Dependencies (8)
-
toml
>= "6"
- grain_dypgen
- dune-site
-
zarith
>= "1.4"
-
ocamlgraph
>= "1.8.5"
-
menhir
build & >= "20181113"
-
ocaml
>= "4.11" & < "5"
-
dune
>= "3.0"
Used by
Conflicts (3)
-
unisim_archisec
< "0.0.6"
-
bitwuzla
< "1.0.4"
-
llvm
< "6.0.0"
sectionYPositions = computeSectionYPositions($el), 10)"
x-init="setTimeout(() => sectionYPositions = computeSectionYPositions($el), 10)"
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