IDA Pro 9.2 (250908) with SDK and Utilities

The Hex-Rays Team has released IDA Pro 9.2 (250908) is a renowned software program utilized for reverse engineering binary code. As a disassembler and debugger, it enables users to delve into the intricate details of executable files, including executables, shared libraries, object files, and firmware. With its support for diverse processor architectures and file formats, IDA Pro proves to be a versatile tool for code analysis across various platforms.


This release features more useful output when decompiling Golang binaries, dozens of user interface and workflow refinements, a new type parser based on LLVM’s LibTooling, a refresh of the disassemblers for the v850/rh850 and TriCore microcontrollers, the usual additions of instruction set extensions, and countless quality-of-life improvements.

Below is a summary of the key features, and here is the link to the 9.2 release notes here

Smarter Analysis Across Architectures
IDA 9.2 extends support for a wide range of processors and instruction sets, making embedded and hardware analysis more powerful.
- Improved switch detection for RISC-V and ARM, as well as improved stack pointer tracking for ARM. Read the full blog here.
- Expanded TriCore chipset coverage (tc1x - tc4x), support for recently introduced tc4x (TC1.8) instructions, support for registers with global, user-specifiable values. Read the full blog here.
- More macro instructions for v850/rh850, better handling of relocatable objects for creating FLIRT signatures, support for registers with global, user-specifiable values.
- Support 32-bit SIMD instructions of TMS320 C6 Series.
Clearer, More Accurate Decompilation
Decompiler improvements help you work faster with Go, Windows binaries, and cross-references.
- Tuple types for Golang multi-value returns, producing much cleaner output. Read the full blog here.
- New action: “Show all xref decompilations”, for code and data references inside the decompiler.
Insights Into the Decompiler Pipeline
For the first time, IDA opens a window into the Decompiler’s internals. Read the full blog here.
- New Microcode Viewer reveals the intermediate representation (Hex-Rays Microcode).
- Inspect transformations at every stage.
- Build advanced custom plugins with deeper insight.
Debugger Enhancements
The debugger now offers richer context and more reliable call stacks. Read the full blog here.
- Redesigned Register Subview with automatic pointer dereferencing and color coding for memory types.
- More accurate call stack reconstruction for x64 PE binaries.
Productivity & UI Improvements
We’ve smoothed out day-to-day workflows with a range of quality-of-life updates:
- Jump Anywhere is a new dialog created to simplify quick jumps to locations anywhere in the IDB.
- Unified Location History enables a history stack across multiple widgets. Remember how hitting ESC after jumping from the decompiler to some data item in the disassembler wouldn’t bring you back to the decompiler? That behavior is remedied. If you don’t like it, the new history sharing can disabled globally.
- New Dynamic Xref Graph widget that gives a graphical representation of inter-function relationships (code and data). Replaces the static qwingraph charts with an interactive, OpenGL accelerated version of the same functionality. Read the full blog here.
- New Xref Tree widget that gives a textual representation of inter-function relationships (code and data). It unifies the now-legacy Function Calls and Cross References subviews.
- The ones among you who regularly fire up IDAs during presentations will be delighted to hear that the common Ctrl-+/Ctrl– shortcuts to increase/decrease font size now work in IDA.
- The type editor under Local Types now supports tab completion.
- Qt6 brings much more stable support for Wayland Linux Desktops.
Under the Hood
- As of this release, IDA is relying on Qt6 for its UI. For plugin authors with UI components this implies (a very limited amount of) porting work. In the meantime, we provided some shims that expose a limited amount of the now-legacy Qt5 API to Plugins using Qt6.
- The Type Parsers inside and outside of IDA have been unified and now rely on LLVM’s LibTooling. The benefits of this simplification will start to show in upcoming releases, so stay tuned.


IDA Pro as a disassembler is capable of creating maps of their execution to show the binary instructions that are actually executed by the processor in a symbolic representation (assembly language). Advanced techniques have been implemented into IDA Pro so that it can generate assembly language source code from machine-executable code and make this complex code more human-readable.
The unique Hex-Rays Decompiler, which has been developed in response to the need of hundreds of IDA users, is the fruit of more than ten years of proprietary research. Thanks to the speed and scalability of its core algorithms, Hex-Rays does not merely break new ground in the well known C/C++ decompilation problem: it lays foundations for future developments in the field of binary analysis. Hex-Rays SA also expands the power and flexibility of its decompiler through the addition of several new algorithms and by offering an SDK as part of its package.

Reverse Engineering Tutorial with IDA Pro


Founded in 2005, privately held, Belgium based, Hex-Rays SA focuses on the development of fast, stable, and robust binary analysis tools for the IT security market. Its world-renowned product IDA Pro is the premier product for software disassembly. Hex-Rays has also released the Hex-Rays Decompiler plugin for IDA Pro, which dramatically increases the productivity of IT security researchers involved in the analysis of real world C/C++ binaries.

Owner: Hex-Rays SA
Product Name: IDA Pro
Version: 9.2 (250908) with SDK and Utilities
Supported Architectures: x64
Website Home Page : https://hex-rays.com/
Languages Supported: english
System Requirements: Windows, Linux, macOs, arm *
Size: 2.4 Gb