🤖 [EN] Automated Deobfuscation API — Now Available!
Tired of GUI? Want to integrate deobfuscation into your own workflow?
We now offer a powerful HTTP API that lets you upload a protected .NET binary and get the clean, deobfuscated result — fully automated.
🛠 Features:
- 🔁 Upload & get response in seconds
- 🔍 Supports DNGuard, VMProtect, Xerin, ConfuserEx, and more
- 📄 Returns IL dump + metadata + logs
- 🧰 Ideal for CI/CD, bulk processing, and automation pipelines
- 🔐 Secure, token-based access
Integrate reverse engineering into your stack — no manual work required.
📡 Get access now via @unpackhub
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🤖 [中文] 解混淆自动 API 正式上线！
厌倦手动操作？想把解混淆集成到你自己的工作流？
我们现在提供强大的 HTTP API，只需上传被保护的 .NET 程序，即可自动返回解混淆后的结果！
🛠 功能亮点：
- 🔁 秒级响应，上传即得结果
- 🔍 支持 DNGuard、VMProtect、Xerin、ConfuserEx 等主流保护方案
- 📄 返回 IL 代码、元数据、日志信息
- 🧰 非常适合 CI/CD、批量处理与自动化流程
- 🔐 安全访问，基于令牌验证
让逆向成为你工作流中的自动环节，不再需要手工操作。
📡 获取访问权限，请联系 @unpackhub
Tired of GUI? Want to integrate deobfuscation into your own workflow?
We now offer a powerful HTTP API that lets you upload a protected .NET binary and get the clean, deobfuscated result — fully automated.
🛠 Features:
- 🔁 Upload & get response in seconds
- 🔍 Supports DNGuard, VMProtect, Xerin, ConfuserEx, and more
- 📄 Returns IL dump + metadata + logs
- 🧰 Ideal for CI/CD, bulk processing, and automation pipelines
- 🔐 Secure, token-based access
Integrate reverse engineering into your stack — no manual work required.
📡 Get access now via @unpackhub
---
🤖 [中文] 解混淆自动 API 正式上线！
厌倦手动操作？想把解混淆集成到你自己的工作流？
我们现在提供强大的 HTTP API，只需上传被保护的 .NET 程序，即可自动返回解混淆后的结果！
🛠 功能亮点：
- 🔁 秒级响应，上传即得结果
- 🔍 支持 DNGuard、VMProtect、Xerin、ConfuserEx 等主流保护方案
- 📄 返回 IL 代码、元数据、日志信息
- 🧰 非常适合 CI/CD、批量处理与自动化流程
- 🔐 安全访问，基于令牌验证
让逆向成为你工作流中的自动环节，不再需要手工操作。
📡 获取访问权限，请联系 @unpackhub
📚 [EN] Reverse Engineering 101: Understanding Virtual Machines in Obfuscation
What does it mean when an obfuscator "virtualizes" your code?
🧠 Virtual Machine (VM) obfuscation replaces original logic with a custom bytecode executed by an embedded interpreter.
🛠 Common in:
- 🔐 VMProtect
- 🛡 DNGuard HVM / HVM2
- 🧬 Xerin
- 🌀 Custom/internal tools
🎯 Why it's hard to unpack:
- Code is no longer native .NET IL or x86 — it's transformed into unknown instructions
- Control flow is flattened, randomized, and disguised
- Real operations are hidden behind virtual opcodes
🔍 Reversing VM-based protection requires:
- Understanding the VM architecture
- Rebuilding opcode tables
- Lifting virtual instructions into real IL or native logic
At @unpackhub, we’ve built unpackers that automate this — but it took years of research.
Want to learn how VM obfuscation works — and how we crack it?
Join us at @unpackhub
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📚 [中文] 逆向基础课：理解混淆中的虚拟机机制
当一个混淆器“虚拟化”代码时，它到底做了什么？
🧠 虚拟机（VM）混淆将原始代码逻辑替换为自定义字节码，由嵌入式解释器运行。
🛠 常见于以下保护：
- 🔐 VMProtect
- 🛡 DNGuard HVM / HVM2
- 🧬 Xerin
- 🌀 定制或内部工具
🎯 为什么虚拟机保护难以解包：
- 原始代码被替换为未知指令，不再是标准 IL 或 x86
- 控制流被打平、随机化并伪装
- 真实逻辑隐藏在虚拟指令背后
🔍 逆向 VM 保护需要：
- 理解虚拟机架构
- 重建虚拟指令表（opcode map）
- 将虚拟代码还原为真实 IL 或原生逻辑
在 @unpackhub，我们开发了自动化解包器，但背后是数年的研究积累。
想深入了解虚拟机混淆的原理和我们是如何攻破的吗？
关注 @unpackhub
What does it mean when an obfuscator "virtualizes" your code?
🧠 Virtual Machine (VM) obfuscation replaces original logic with a custom bytecode executed by an embedded interpreter.
🛠 Common in:
- 🔐 VMProtect
- 🛡 DNGuard HVM / HVM2
- 🧬 Xerin
- 🌀 Custom/internal tools
🎯 Why it's hard to unpack:
- Code is no longer native .NET IL or x86 — it's transformed into unknown instructions
- Control flow is flattened, randomized, and disguised
- Real operations are hidden behind virtual opcodes
🔍 Reversing VM-based protection requires:
- Understanding the VM architecture
- Rebuilding opcode tables
- Lifting virtual instructions into real IL or native logic
At @unpackhub, we’ve built unpackers that automate this — but it took years of research.
Want to learn how VM obfuscation works — and how we crack it?
Join us at @unpackhub
---
📚 [中文] 逆向基础课：理解混淆中的虚拟机机制
当一个混淆器“虚拟化”代码时，它到底做了什么？
🧠 虚拟机（VM）混淆将原始代码逻辑替换为自定义字节码，由嵌入式解释器运行。
🛠 常见于以下保护：
- 🔐 VMProtect
- 🛡 DNGuard HVM / HVM2
- 🧬 Xerin
- 🌀 定制或内部工具
🎯 为什么虚拟机保护难以解包：
- 原始代码被替换为未知指令，不再是标准 IL 或 x86
- 控制流被打平、随机化并伪装
- 真实逻辑隐藏在虚拟指令背后
🔍 逆向 VM 保护需要：
- 理解虚拟机架构
- 重建虚拟指令表（opcode map）
- 将虚拟代码还原为真实 IL 或原生逻辑
在 @unpackhub，我们开发了自动化解包器，但背后是数年的研究积累。
想深入了解虚拟机混淆的原理和我们是如何攻破的吗？
关注 @unpackhub
Babel relies heavily on reflection-based logic and runtime proxy generation. This makes static analysis tricky — but our deobfuscator resolves and emulates calls in real time.
🔹 Key Features:
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Babel 混淆器使用大量反射与运行期代理逻辑，导致传统静态分析难以处理。
🔹 我们的应对方案：
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Not sure where to begin? Load your protected binary into dnSpy and start by identifying static constructors or module initializers — these often contain obfuscation entrypoints.
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初学者可从静态构造函数或模块初始化函数着手，它们通常是混淆入口。
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Let’s take a closer look at how two popular tools — ConfuserEx and Babel — tangle control flow differently.
- 🔁 ConfuserEx uses nested switch states and opaque predicates
- 🔀 Babel prefers proxy jumps and aggressive inlining
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我们深入比较了这两种流行工具的控制流混淆方式：
- 🔁 ConfuserEx 使用嵌套 switch 语句与伪条件
- 🔀 Babel 倾向于跳转代理与内联逻辑
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Found a bug or problem with our deobfuscators? We want to hear it. Your reports help us fix edge cases faster and improve the ecosystem.
📬 Drop issues directly to our team via DM.
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如果你在使用我们的解混淆工具中遇到了任何问题，请直接通过私信联系我们团队。
你的反馈能帮助我们及时修复边缘情况并提升整体质量。
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📘 [EN] Learning Series: Identifying Anti-Decompilation Tricks
Some obfuscators include tricks that prevent decompilers from working correctly — like invalid metadata tokens, duplicate local scopes, or corrupted IL.
🔎 Detection Tips:
-🧨 Look for disassembler errors in dnSpy or ILSpy
-📚 Use metadata validators to catch format inconsistencies
-🛠 Patch malformed sections using our custom recovery scripts
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📩 [中文] 学习系列：识别反编译干扰技巧
部分混淆器通过制造非法元数据或损坏 IL 来干扰反编译器。
🔎 识别技巧：
-🧨 检查 dnSpy / ILSpy 的加载错误信息
-📚 使用元数据校验工具检测异常结构
-🛠 借助我们的修复脚本重建正确逻辑
Some obfuscators include tricks that prevent decompilers from working correctly — like invalid metadata tokens, duplicate local scopes, or corrupted IL.
🔎 Detection Tips:
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部分混淆器通过制造非法元数据或损坏 IL 来干扰反编译器。
🔎 识别技巧：
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🌀 [EN] Control Flow Flattening — Detection & Simplification
Control Flow Flattening (CFF) breaks linear execution into state machines. We’ve upgraded our engine to better detect and de-flatten CFF patterns.
🧩 New Capabilities:
-🔍 Switch-based dispatcher analysis
-🔄 Loop recovery through state simulation
-📈 SSA reconstruction for logical paths
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📩 [中文] 控制流扁平化的识别与还原
控制流扁平化（CFF）将顺序逻辑重构为状态机，我们的工具现可识别并还原该结构。
🧩 新特性：
-🔍 switch 分发结构检测
-🔄 状态模拟恢复循环
-📈 使用 SSA 重建逻辑路径
Control Flow Flattening (CFF) breaks linear execution into state machines. We’ve upgraded our engine to better detect and de-flatten CFF patterns.
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控制流扁平化（CFF）将顺序逻辑重构为状态机，我们的工具现可识别并还原该结构。
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🔁 [EN] Tracing Obfuscated Loops with Dynamic Analysis
Static analysis can miss loop obfuscation. By combining symbolic execution and runtime inspection, we can trace loop behavior even in heavily mangled IL.
🛠 Features:
-🧪 Hybrid execution tracing
-🧠 Loop invariant detection
-🔬 IL patch suggestions for cleanup
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📩 [中文] 动态分析追踪混淆循环结构
对于被混淆处理的循环，静态分析可能无法还原。我们通过动态执行结合符号执行识别循环逻辑。
🛠 支持能力：
-🧪 混合式执行追踪引擎
-🧠 循环不变式识别
-🔬 提供 IL 修复建议
Static analysis can miss loop obfuscation. By combining symbolic execution and runtime inspection, we can trace loop behavior even in heavily mangled IL.
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对于被混淆处理的循环，静态分析可能无法还原。我们通过动态执行结合符号执行识别循环逻辑。
🛠 支持能力：
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Some obfuscators break ECMA standards — corrupting method headers, table indices, or CLR metadata. Our new module auto-repairs common structural faults.
- 🛑 Invalid RID/table index detection
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- 🧬 Method body rebuilder
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部分混淆器破坏程序集结构，我们的模块可自动修复常见的加载失败问题。
- 🛑 无效索引与 RID 检测
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- 🧬 方法体结构重建
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ConfuserEx hides constants via encoded blocks and delegate indirection. We’ve improved detection of these patterns and extended constant propagation.
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- 🔁 Recursive decoder resolution
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ConfuserEx 常将常量隐藏在代理调用或编码块中。我们已加强对该类结构的检测与还原。
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- 🔁 递归解密器求解
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We’re experimenting with a module to strip common anti-tamper stubs from protected assemblies — these often crash tools or trigger false detections.
- 🔧 CRC-based stub locator
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我们正在测试去除常见反篡改结构的模块，用于修复因保护导致的加载失败问题。
- 🔧 基于 CRC 的识别器
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🔄 [EN] DNGuard Deobfuscator Updated — Now Supports v4.9.1!
🚀 Smarter, faster, and ready for the latest DNGuard protections!
We’ve just released a major update to our DNGuard deobfuscator — now fully compatible with DNGuard v4.9.1, including its advanced virtualization layers and latest obfuscation techniques.
🆕 What’s New:
- ✅ Full support for DNGuard 4.9.1
- ⚡️ Enhanced HVM2 unpacking — better handling of new virtualization patterns
- 🔎 Advanced IL analyzer — restores more protected method bodies
- 🧠 Improved string decryption — supports new obfuscation variants
- 📁 Better support for embedded resources
- 🔁 Smarter metadata restoration for heavily scrambled assemblies
- 🔄 Auto-detection of Application/Library mode
💡 Performance Upgrades:
- 🧪 Up to 40% faster devirtualization
- 🛡 More stable engine for large and complex targets
- 🔧 Higher overall compatibility across DNGuard-protected .NET apps
Join us at @unpackhub — reverse engineering never sleeps!
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🔄 [中文] DNGuard 解混淆器更新：支持 v4.9.1！
🚀 解包更准、更快，全面兼容最新版保护！
我们刚刚发布了 DNGuard 解混淆器的重大更新版本，现已完整支持 DNGuard v4.9.1，覆盖其最新虚拟化引擎和混淆机制。
🆕 更新亮点：
- ✅ 完整支持 DNGuard 4.9.1
- ⚡️ HVM2 解包引擎强化，适配新版虚拟化模式
- 🔎 IL 分析逻辑升级，恢复更多方法体
- 🧠 字符串解密增强，支持更多混淆变种
- 📁 嵌入资源支持更全面（图标、图片等）
- 🔁 元数据还原更智能，应对高度混淆程序集
- 🔄 自动识别 Application / Library 模式
💡 性能同步提升：
- 🧪 解混淆速度提升最高 40%
- 🛡 面向大型复杂目标更稳定
- 🔧 更广泛兼容 DNGuard 所有主流版本
关注我们频道 @unpackhub，获取第一手逆向工具更新资讯！
🚀 Smarter, faster, and ready for the latest DNGuard protections!
We’ve just released a major update to our DNGuard deobfuscator — now fully compatible with DNGuard v4.9.1, including its advanced virtualization layers and latest obfuscation techniques.
🆕 What’s New:
- ✅ Full support for DNGuard 4.9.1
- ⚡️ Enhanced HVM2 unpacking — better handling of new virtualization patterns
- 🔎 Advanced IL analyzer — restores more protected method bodies
- 🧠 Improved string decryption — supports new obfuscation variants
- 📁 Better support for embedded resources
- 🔁 Smarter metadata restoration for heavily scrambled assemblies
- 🔄 Auto-detection of Application/Library mode
💡 Performance Upgrades:
- 🧪 Up to 40% faster devirtualization
- 🛡 More stable engine for large and complex targets
- 🔧 Higher overall compatibility across DNGuard-protected .NET apps
Join us at @unpackhub — reverse engineering never sleeps!
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🔄 [中文] DNGuard 解混淆器更新：支持 v4.9.1！
🚀 解包更准、更快，全面兼容最新版保护！
我们刚刚发布了 DNGuard 解混淆器的重大更新版本，现已完整支持 DNGuard v4.9.1，覆盖其最新虚拟化引擎和混淆机制。
🆕 更新亮点：
- ✅ 完整支持 DNGuard 4.9.1
- ⚡️ HVM2 解包引擎强化，适配新版虚拟化模式
- 🔎 IL 分析逻辑升级，恢复更多方法体
- 🧠 字符串解密增强，支持更多混淆变种
- 📁 嵌入资源支持更全面（图标、图片等）
- 🔁 元数据还原更智能，应对高度混淆程序集
- 🔄 自动识别 Application / Library 模式
💡 性能同步提升：
- 🧪 解混淆速度提升最高 40%
- 🛡 面向大型复杂目标更稳定
- 🔧 更广泛兼容 DNGuard 所有主流版本
关注我们频道 @unpackhub，获取第一手逆向工具更新资讯！
Some protections rewire program flow via indirect jumps and synthetic graphs. We map these into readable flowcharts.
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部分混淆通过间接跳转与伪控制流图干扰分析。我们对这些结构进行了可视化建模。
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Some obfuscators plant logic bombs that trigger only in reverse engineering environments. Our scanners now flag these conditions early.
🚨 Detection Includes:
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某些混淆器在代码中植入反调试炸弹，我们的检测器现可提前识别这些行为。
🚨 识别项包括：
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🌐 [EN] Deobfuscator Web Portal — Coming Soon
We’re working on a browser-based interface for running unpackers online. It’ll support drag-and-drop analysis, live feedback, and more.
🖥 Planned Features:
-📂 Upload obfuscated binaries
-🔍 Run in-browser unpacking
-📝 Live result annotations & patches
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📩 [中文] 即将上线：在线解混淆平台！
我们正在开发基于网页的解混淆工具，支持上传分析并实时反馈。
🖥 功能预览：
-📂 拖拽上传受保护程序
-🔍 浏览器中直接解混淆
-📝 实时注释与补丁建议
We’re working on a browser-based interface for running unpackers online. It’ll support drag-and-drop analysis, live feedback, and more.
🖥 Planned Features:
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我们正在开发基于网页的解混淆工具，支持上传分析并实时反馈。
🖥 功能预览：
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Some protectors now encrypt not just strings, but field and type names in metadata — causing null or corrupted decompiler
outputs. Our reader decodes metadata blobs and remaps field symbols.
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部分混淆器不仅加密字符串，还对字段与类型名进行加密，导致反编译器输出异常。
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🔓 [EN] New Deobfuscator: Babel Obfuscator
🔥 We now support unpacking Babel-protected .NET assemblies!
Our new tool cracks through Babel Obfuscator and recovers IL code with high fidelity. Works with recent builds and both public & private forks.
🛠 Key Features:
- 🔄 Control flow reconstruction
- 📜 String decryption
- 🧬 Metadata restoration
- 🧩 Resource unpacking
Tested on real-world samples. Now available.
Join us at @unpackhub for more deobfuscation power!
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🔓 [中文] Babel 解混淆工具上线！
🔥 现在我们可以完整解包 Babel 混淆保护的 .NET 程序！
新工具支持 Babel 的主流版本与私有 fork，能稳定还原 IL、控制流和字符串。
🛠 核心功能：
- 🔄 控制流还原
- 📜 字符串解密
- 🧬 元数据恢复
- 🧩 资源提取
即日起开放使用。
关注 @unpackhub 获取工具下载与案例分析！
🔥 We now support unpacking Babel-protected .NET assemblies!
Our new tool cracks through Babel Obfuscator and recovers IL code with high fidelity. Works with recent builds and both public & private forks.
🛠 Key Features:
- 🔄 Control flow reconstruction
- 📜 String decryption
- 🧬 Metadata restoration
- 🧩 Resource unpacking
Tested on real-world samples. Now available.
Join us at @unpackhub for more deobfuscation power!
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🔓 [中文] Babel 解混淆工具上线！
🔥 现在我们可以完整解包 Babel 混淆保护的 .NET 程序！
新工具支持 Babel 的主流版本与私有 fork，能稳定还原 IL、控制流和字符串。
🛠 核心功能：
- 🔄 控制流还原
- 📜 字符串解密
- 🧬 元数据恢复
- 🧩 资源提取
即日起开放使用。
关注 @unpackhub 获取工具下载与案例分析！
🚀 [EN] Big Update: ConfuserEx Forks Unpacker
✅ Now supports custom ConfuserEx forks with complex protections
We added support for ConfuserEx variants with renamed structures, dynamic encryption, and layered protection.
🛠 Improvements:
- 🔐 Dynamic string resolver
- 🧠 Signature-based devirtualization
- 📚 Robust metadata mapping
Now even the wildest forks are breakable.
Join @unpackhub to stay ahead.
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🚀 [中文] ConfuserEx Fork 版本支持上线！
✅ 支持多种定制 ConfuserEx 混淆器！
我们更新了解包器，现在支持多个魔改版 ConfuserEx，包括复杂加密和多层保护。
🛠 更新亮点：
- 🔐 动态字符串解密引擎
- 🧠 签名驱动的解虚拟化技术
- 📚 元数据全面映射
再复杂的 fork，我们也能搞定。
加入 @unpackhub 跟进新技术！
✅ Now supports custom ConfuserEx forks with complex protections
We added support for ConfuserEx variants with renamed structures, dynamic encryption, and layered protection.
🛠 Improvements:
- 🔐 Dynamic string resolver
- 🧠 Signature-based devirtualization
- 📚 Robust metadata mapping
Now even the wildest forks are breakable.
Join @unpackhub to stay ahead.
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🚀 [中文] ConfuserEx Fork 版本支持上线！
✅ 支持多种定制 ConfuserEx 混淆器！
我们更新了解包器，现在支持多个魔改版 ConfuserEx，包括复杂加密和多层保护。
🛠 更新亮点：
- 🔐 动态字符串解密引擎
- 🧠 签名驱动的解虚拟化技术
- 📚 元数据全面映射
再复杂的 fork，我们也能搞定。
加入 @unpackhub 跟进新技术！
🧪 [EN] Obfuscator Lab Test: Eazfuscator.NET
🔍 Deep dive into control flow, resource protection, and anti-tamper
We reverse engineered the latest Eazfuscator.NET and mapped its full protection scheme.
🧬 We now offer:
- 🔐 Anti-tamper bypass
- 📦 Resource recovery
- 🧠 IL unflattening
Real samples. Real success.
Reverse with us — @unpackhub.
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🧪 [中文] 解构 Eazfuscator.NET：深入逆向！
🔍 控制流、资源保护、反篡改机制全面分析
我们深入分析了最新版本的 Eazfuscator.NET，并开发了解包方案。
🛠 核心点包括：
- 🔐 反篡改绕过
- 📦 内嵌资源提取
- 🧠 IL 解扁平化
真实案例实测成功。
关注 @unpackhub 获取工具与教程！
🔍 Deep dive into control flow, resource protection, and anti-tamper
We reverse engineered the latest Eazfuscator.NET and mapped its full protection scheme.
🧬 We now offer:
- 🔐 Anti-tamper bypass
- 📦 Resource recovery
- 🧠 IL unflattening
Real samples. Real success.
Reverse with us — @unpackhub.
---
🧪 [中文] 解构 Eazfuscator.NET：深入逆向！
🔍 控制流、资源保护、反篡改机制全面分析
我们深入分析了最新版本的 Eazfuscator.NET，并开发了解包方案。
🛠 核心点包括：
- 🔐 反篡改绕过
- 📦 内嵌资源提取
- 🧠 IL 解扁平化
真实案例实测成功。
关注 @unpackhub 获取工具与教程！