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Instead of LLDB

LLDB alternatives

LLDB is a free debugger built from reusable LLVM components, with Clang-based expression evaluation for C, C++, Objective-C, and Objective-C++. It can launch or attach to programs, set breakpoints and watchpoints, inspect core dumps, and debug remotely on targets that include Android and iOS. Its public C++ API and Python bindings also support scripting, symbolication, disassembly, and file inspection; on macOS, it is the default debugger in Xcode, and lldb-dap connects it to compatible editors and IDEs.

  1. 1

    IDA Pro

    Free plan LinuxMacWindows

    Reverse-engineering binaries across many processor families — IDA Pro adds decompilation, broad processor disassembly, binary deobfuscation, and multiple automation interfaces beyond LLDB’s source debugger.

    7.3 From $1,099/yr Visit site
  2. 2

    Perl Debugger

    Free plan LinuxMacWindows

    Interactive debugging of Perl scripts — Perl Debugger runs inside Perl and adds Perl-code evaluation and variable changes, unlike LLDB’s C-family focus.

    7.2 Free plan Visit site
  3. 3

    PonyDebugger

    Free plan iPhoneMacSelf-hosted+1

    Remote inspection of native iOS apps in Chrome — PonyDebugger adds Chrome-based network, view-hierarchy, and remote logging tools for iOS apps rather than LLDB’s general debugger workflow.

    7.3 Free plan Visit site
  4. 4

    pyOCD

    Free plan APILinuxMac+2

    Debugging and programming Arm Cortex microcontrollers — pyOCD adds Cortex-device control, firmware flashing, and a Python API, while LLDB targets general C-family debugging.

    7.3 Free plan Visit site
  5. 5

    Black Magic Debug

    Free plan LinuxMacWindows

    Embedded developers using JTAG or SWD probes — Black Magic Debug adds a GDB-server probe for ARM Cortex microcontrollers, with target detection and flash programming.

    7.6 Free plan Visit site
  6. 6

    FlowStorm

    Free plan LinuxMacSelf-hosted+1

    Tracing Clojure and ClojureScript execution — FlowStorm records Clojure execution for timeline, value, and thread inspection without requiring breakpoints, unlike LLDB’s C-family debugger.

    7.5 Free plan Visit site
  7. 7

    GDB

    Free plan LinuxMacWindows

    Debugging programs across a broad range of languages — GDB supports a wider set of languages than LLDB, including Ada, Go, Rust, and Fortran, and can change program state while stopped.

    7.3 Free plan Visit site
  8. 8

    OpenOCD

    Free plan LinuxMacSelf-hosted+1
    7.4 Free plan Visit site
  9. 9

    Delve

    Free plan APILinuxMac+2
    7.3 Free plan Visit site
  10. 10

    dnSpyEx

    Free plan LinuxWindows
    7.3 Free plan Visit site
  11. 11

    CUDA-GDB

    Free plan LinuxSelf-hosted
    7.1 Open source Visit site
  12. 12

    FLEX

    Free plan iPhone
    7.1 Free plan Visit site
  13. 13

    Redbird

    Free plan APILinuxSelf-hosted
    7.1 Free plan Visit site
  14. 14

    RenderDoc

    Free plan AndroidLinuxWindows
    7.1 Free plan Visit site
  15. 15

    OllyDbg

    Free plan Windows
    6.9 Free plan Visit site
  16. 16

    Xdebug

    Free plan LinuxMacSelf-hosted+2
    6.9 Free plan · paid from £200/yr Visit site
  17. 17

    Ruby debug

    Free plan LinuxSelf-hosted
    6.8 Open source Visit site
  18. 18

    unittest

    Free plan LinuxMacWindows
    6.8 Free plan Visit site
  19. 19

    x64dbg

    Free plan Windows
    6.5 Free plan Visit site
  20. 20

    UDB

    Free trial ExtensionLinux
    5.7 Pricing on request Visit site
  21. 21

    Erlang Debugger

    Paid LinuxMacWindows
    5.5 Open source Visit site
  22. 22

    SEGGER Ozone

    Paid LinuxMacWindows
  23. 23

    WinDbg

    Free plan Windows
    5.4 Free plan Visit site
  24. 24

    TRACE32

    Paid LinuxMacWindows
    5.3 Pricing on request Visit site

A different debugger may fit better if your work centers on another language, embedded hardware, or binary analysis. LLDB has no time-travel debugging, and lldb-dap lacks step-back, variable-setting, goto-target, and terminate requests. Windows support is still under development, with ARM and AArch64 support described as more experimental. Before switching, compare language and target support, the workflow and integrations you need, and whether specialized device or reverse-engineering tools matter more than LLDB’s reusable API and remote debugging.

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