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Last took part in 2020

Radare

Radare2 - Reverse Engineering Framework and Toolset

Contributors in 2026

–

Not taking part

Projects since 2016

15

3.8 a cycle on average

Cycles

4 of 11

First in 2016

Rank in 2026

–

By contributors

Mentors

6

for 4 projects in 2020

Contributors per cycle

Accepted projects each year, against the median organization that year

  1. 5
View as table
Radare contributors per cycle
RadareMedian organization
201634
201734
201853
201904
202044
202104
202203
202304
202404
202505
202604

Quick answers

Is Radare in GSoC 2026?
No. It last took part in 2020.
How long has it taken part?
4 of 11 cycles since 2016, first in 2016.
How many contributors does it usually take?
3.8 a cycle on average, 15 in total. Its largest cycle was 2018, with 5.
What does it build with?
C, Rust, Python, Node.js, Qt, Cpp and 2 more.

Accepted projects

4 projects in 2020 · All 15 projects since 2016

  1. SLEIGH Disassembler Backend

    Jiaxiang ZhouMentored by Florian Märkl, deroad

    The goal is to integrate SLEIGH as a disassembly backend into radare2. This will make it possible to directly support all architectures that are...

  2. Type analysis improvements

    Karel HájekMentored by Florian Märkl, Anton Kochkov, kazarmy

    My goal is to improve analysis of object oriented code (C++, etc.), parsing of type information from PDB and DWARF debug formats (and integrating...

  3. Improvements to Decompiler Widget and r2ghidra-dec

    NIRMAL MANOJ CMentored by Anton Kochkov, Itay Cohen

    The current decompiler widget in Cutter provides only basic features and interaction, and it is far from being as advanced as the IDA’s or Ghidra’s...

  4. Debugging and Reverse Debugging Improvements

    Zi Fan TanMentored by yossizap, Florian Märkl

    This project aims to improve radare2 debugger with program tracing and support remote debugging on more platforms. A program trace contains all...

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Data: Google Summer of Code public archive. Contributor counts are accepted projects.