OpenBullet Versions Archive Pack — a comprehensive collection of builds and forks for research and compatibility testing
The OpenBullet Versions Archive reads like a curator’s vault for a notorious automation framework: dozens of builds, forks, and revisions assembled side-by-side so analysts and researchers can compare behavior, configuration models, and plugin compatibility across generations. The bundle contains legacy 1.x releases, multiple “clean” builds, AIO forks, and early OpenBullet2 native snapshots — a neat timeline that’s useful for anyone tracking feature drift, parser changes, and how tooling ecosystems evolve over time.
On first glance the archive is deceptively mundane: versioned folders, changelogs, and variant readmes. Digging in reveals the value — differences in module wiring, tweaks to HTTP handling, and variations in how parsers and output hooks are implemented. Delivered as a tidy package, it’s ideal for labs that want repeatable, side-by-side comparisons rather than a single “latest” build.
What’s included
----------------
* OpenBullet 1.1.3 → 1.2.2 series (clean builds and collector snapshots)
* OpenBullet-1-AIO (combo of utilities and plugins)
* OpenBullet2 family: early native snapshots and v0.2.x test builds (Ruri/official forks)
* Variant forks and BETA snapshots for feature-differencing and plugin testing
Key Features & Use Cases
---------------------------
* Version timeline: side-by-side access to multiple 1.x and 2.x releases for regression analysis.
* Compatibility testing: rapidly validate configs, wordlists, and plugins against different engine versions.
* Forensic reference: compare logging formats, output hooks, and parser behavior historically.
* Sandbox-ready: intended for isolated, offline analysis and reproducible test runs.
* Exportable artifacts: per-version readmes and changelogs packaged for documentation and lab notes.
* Lightweight index: quick manifest file mapping versions to known differences and recommended test scenarios.
Screenshots:
Link:
Mirror:
Cracking tools are frequently detected as dangerous or malware by antivirus software, you may need to disable your antivirus or add an exception to use these tools. Use it at your own risk!
The OpenBullet Versions Archive reads like a curator’s vault for a notorious automation framework: dozens of builds, forks, and revisions assembled side-by-side so analysts and researchers can compare behavior, configuration models, and plugin compatibility across generations. The bundle contains legacy 1.x releases, multiple “clean” builds, AIO forks, and early OpenBullet2 native snapshots — a neat timeline that’s useful for anyone tracking feature drift, parser changes, and how tooling ecosystems evolve over time.
On first glance the archive is deceptively mundane: versioned folders, changelogs, and variant readmes. Digging in reveals the value — differences in module wiring, tweaks to HTTP handling, and variations in how parsers and output hooks are implemented. Delivered as a tidy package, it’s ideal for labs that want repeatable, side-by-side comparisons rather than a single “latest” build.
What’s included
----------------
* OpenBullet 1.1.3 → 1.2.2 series (clean builds and collector snapshots)
* OpenBullet-1-AIO (combo of utilities and plugins)
* OpenBullet2 family: early native snapshots and v0.2.x test builds (Ruri/official forks)
* Variant forks and BETA snapshots for feature-differencing and plugin testing
Key Features & Use Cases
---------------------------
* Version timeline: side-by-side access to multiple 1.x and 2.x releases for regression analysis.
* Compatibility testing: rapidly validate configs, wordlists, and plugins against different engine versions.
* Forensic reference: compare logging formats, output hooks, and parser behavior historically.
* Sandbox-ready: intended for isolated, offline analysis and reproducible test runs.
* Exportable artifacts: per-version readmes and changelogs packaged for documentation and lab notes.
* Lightweight index: quick manifest file mapping versions to known differences and recommended test scenarios.
Screenshots:

Link:
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Mirror:
View hidden content is available for registered users!
Cracking tools are frequently detected as dangerous or malware by antivirus software, you may need to disable your antivirus or add an exception to use these tools. Use it at your own risk!