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Dynamically debug WiFi drivers in QEMU with GDB for reverse engineering.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "re-dyn-mcp" yet — see the docs or source repo.
Connect re-dyn-mcp to the QEMU dhd harness, set breakpoints on key BCM6726b0 WiFi driver functions, and step execution until the crash point. Output the call stack and register state.
Returns breakpoint hits, call stacks before and after the crash, register values, and a note on the likely fault location.
Use re-dyn-mcp to read a specified runtime memory range of the BCM6726b0 driver, inspect buffer contents, and flag suspicious pointers, null pointers, or signs of out-of-bounds access.
Outputs a memory content summary, interpretation of key addresses, and analysis of possible memory corruption or access anomalies.
In the QEMU dhd harness, use re-dyn-mcp to set multiple breakpoints in the driver initialization flow, step through execution, and record each hit function, parameter change, and memory state.
Generates a chronological debugging trace to help understand the initialization flow and abnormal trigger conditions.
Dynamically instrument, hook, and inspect Android ARM64 apps for reverse engineering.
Let AI control GDB via MCP for breakpoints, stepping, and inspection.
Inspect request headers to debug MCP host and client custom header behavior.
Debug C/C++ programs with GDB or LLDB to inspect and fix issues.
Use natural language to drive IDA Pro and Ghidra for binary analysis.
Launch, attach, and inspect programs through one unified debugging tool.