ZARA

RE FRAMEWORK

Cross-Platform Reverse Engineering

ZARA REFRAMEWORK

Built for binary analysis, graph recovery, debugging, and security research.

Zara brings disassembly, decompilation, graph views, runtime inspection, automation, and release-grade packaging into one native product surface. The focus is a workspace that stays useful from target intake through deeper analyst investigation.

View Release TargetsExplore Workflow

Native Qt App

Desktop-first product surface

Cross-Platform

Windows, macOS, Debian, Arch, AppImage

Workspace Driven

One project model across analysis and runtime

Developed By

Regaan R

Security researcher and founder of ROT Independent Security Research Lab. Zara is positioned as a native reverse engineering framework for real analyst workflows, not a generic security landing page.

Capabilities

Product-facing surfaces mapped to actual research work.

This page is structured around what Zara does in practice: ingest binaries, recover structure, pivot into runtime, and carry project state forward.

Binary Recovery

Disassembly, control-flow recovery, graph traversal, and workspace-native navigation built around real reverse engineering use.

Decompiler Stack

IR, SSA, type recovery, composite inference, and structured decompilation exposed as part of the product rather than hidden internals.

Native Debugging

Breakpoints, runtime state inspection, thread-aware workflows, and debugger-driven pivots back into the static project.

Research Automation

SDK, scripting, release packaging, and follow-on workflows aimed at serious security research rather than a browser demo shell.

Workflow

A cleaner path from intake to runtime context.

The sequence below frames Zara as a working reverse engineering environment, not a loose collection of component claims.

01

Ingest

Open a binary or project database and move directly into analysis without context switching into separate tools.

02

Recover

Traverse functions, decompilation, control flow, and call relationships from the same workspace surface.

03

Inspect

Launch runtime debugging, inspect state, import coverage, and correlate execution back to static structure.

04

Carry Forward

Persist annotations, export artifacts, automate analysis, and keep the project useful beyond the first triage pass.

Release Targets

Native delivery across the platforms users actually ask for.

The release surface is simple: native installer on desktop platforms, distro-native package where it matters, and a portable Linux artifact for broader distribution.

PlatformPackageInstall Path
WindowsNSIS installerOpen the packaged installer
macOSDMG packageOpen the packaged installer
LinuxAppImagechmod +x ZARA_RE_FRAMEWORK-<version>.AppImage
Debian / UbuntuDEB packagesudo dpkg -i zara-re-platform_<version>_amd64.deb
Arch LinuxPacman packagesudo pacman -U zara-re-platform-<version>.pkg.tar.zst