ForensicDbg is a modern post-mortem debugger, designed from the ground-up to let you quickly and easily track down and identify your hardest to catch bugs.
We are currently running a private Beta test. If you are interested in debugging and want to ensure ForensicDbg surpasses your needs, request an invite.
Advanced user-mode post-mortem debugger for Windows
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Debug x86 and x64 crash dumps
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Attach to live processes
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Set as just-in-time debugger to debug crashes when they happen
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Simple C++ expression evaluator
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SourceServer and SourceLink support
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In active development with regular updates and feature additions
MCP interface for automated crash analysis with AI tools
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Interoperates with all AI tools that support stdio MCP Server communication
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Output is tailored for efficient consumption by AI tools
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Higher quality data means better results from the AI
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Interprets and labels data so the LLM doesn’t spend time doing it
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Reduces overall token costs while unlocking better results from your AI tools
State-of-the-art UI built to be intuitive and responsive
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Color-coded output is understandable at a glance
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Navigate the process space by clicking on any address
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Memory regions are labeled with symbol names and object types
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Objects displayed in structure initialization format
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Multi-threaded symbol loading
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Panels are kept in-sync as you navigate
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Light and dark modes that match your system
Data is interpreted using decades of expert experience
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Deduces types based on usage and references
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Tracks register values as they flow through disassembly
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Validates callstacks to remove misleading references
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Simulates image loader to reconstruct missing read-only regions in mini-dumps
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Automatically selects the thread, frame, and instruction that caused the exception