radare org
Official@radareorg
Advanced binary analysis and reverse-engineering framework providing symbolic execution, vulnerability detection, and automated source code refactoring for C-based systems.
Agent Skills by radare org
Showing 9 vetted skills indexed across 1 GitHub repositories.
radius2
Solve binary inputs symbolically with radare2 break and avoid points.
aireview
Review source code changes and report high-confidence bugs as severity-tagged notes.
aitodo
Resolve AITODO comments by implementing code changes and removing markers.
aiclean
Refactor radare2 source code to reduce complexity and improve readability.
aifollowup
Generate three follow-up questions clarifying design, implementation, and bottleneck risks from unstaged changes and commits.
ailogic
Analyze C control flow and state transitions with radare2 to identify logic defects.
aibugs
Detect command injection vulnerabilities in radare2 C code workflows.
aisolve
Converts TODO or XXX comments into code fixes via git grep and codepath analysis.
r2mcp-basic
Guide binary analysis and reverse-engineering tasks via the r2mcp MCP server.
Frequently Asked Questions About radare org
FAQPage SchemaWhat specific security tasks does radare org enable?βΌ
The organization enables symbolic execution for binary inputs, detection of command injection vulnerabilities in C code, and systematic identification of logic defects through control flow analysis. It also provides capabilities for refactoring source code to reduce complexity and resolving pending implementation markers.
Which technical personas benefit from these capabilities?βΌ
These capabilities are designed for security researchers, reverse engineers, and systems developers working with low-level C code. Professionals focused on vulnerability assessment, binary exploitation, and maintaining large-scale C codebases will find these utilities essential for identifying deep-seated logic flaws and security regressions.
What are the prerequisites for utilizing these binary analysis functions?βΌ
Utilization requires an existing installation of the radare2 framework as the core engine for binary inspection. Users must have access to the target C source code or binary files and possess a working environment configured to interface with the r2mcp server for guided analysis tasks.