mobile-security-expert

移动安全漏洞挖掘知识库，基于HackerOne公开报告提供Android和iOS应用的漏洞挖掘手法、技术细节和代码模式分析；用于安全研究人员和漏洞挖掘者学习参考、代码审计和漏洞检测指导。

16 stars

Best use case

mobile-security-expert is best used when you need a repeatable AI agent workflow instead of a one-off prompt.

Teams using mobile-security-expert should expect a more consistent output, faster repeated execution, less prompt rewriting.

When to use this skill

You want a reusable workflow that can be run more than once with consistent structure.

When not to use this skill

You only need a quick one-off answer and do not need a reusable workflow.
You cannot install or maintain the underlying files, dependencies, or repository context.

Installation

Claude Code / Cursor / Codex

$curl -o ~/.claude/skills/mobile-security-expert/SKILL.md --create-dirs "https://raw.githubusercontent.com/diegosouzapw/awesome-omni-skill/main/skills/development/mobile-security-expert/SKILL.md"

Manual Installation

Download SKILL.md from GitHub
Place it in .claude/skills/mobile-security-expert/SKILL.md inside your project
Restart your AI agent — it will auto-discover the skill

How mobile-security-expert Compares

Feature / Agent	mobile-security-expert	Standard Approach
Platform Support	Not specified	Limited / Varies
Context Awareness	High	Baseline
Installation Complexity	Unknown	N/A

Frequently Asked Questions

What does this skill do?

Where can I find the source code?

You can find the source code on GitHub using the link provided at the top of the page.

SKILL.md Source

# 移动安全漏洞挖掘知识库

## 任务目标
- 本 Skill 用于：基于 HackerOne 公开报告的移动安全漏洞挖掘指导与知识查询
- 能力包含：
  - Android 漏洞挖掘指导（业务逻辑缺陷、组件安全、数据存储、权限绕过等）
  - iOS 漏洞挖掘指导（URL Scheme、Deep Link、数据保护、API 安全等）
  - 漏洞案例查询和分析（真实报告手法总结）
  - 代码模式识别和漏洞检测（对比已知漏洞模式）
  - 挖掘工具使用指导（Drozer、Frida、Burp Suite 等）
- 触发条件：用户询问移动应用安全、漏洞挖掘方法、代码审计、HackerOne 案例分析等

## 操作步骤

### 标准流程

1. **需求识别与场景匹配**
   - 确定目标平台（Android/iOS）或跨平台
   - 识别漏洞类型（业务逻辑、组件安全、数据保护等）
   - 确定查询意图（学习指导、代码审计、案例参考）

2. **知识检索**
   - Android 相关：读取 [android.md](android.md)，根据关键词定位相关案例
   - iOS 相关：读取 [ios.md](ios.md)，根据关键词定位相关案例
   - 提取案例中的"挖掘手法"、"技术细节"、"易出现漏洞的代码模式"三部分

3. **分析与指导**
   - **挖掘手法指导**：根据案例中的详细步骤，为用户提供可操作的挖掘流程
   - **技术细节讲解**：解释漏洞的成因、利用方式和关键技术点
   - **代码模式识别**：对比用户提供的代码与已知的漏洞模式，指出潜在风险
   - **工具使用建议**：根据案例需要，推荐并指导使用相关安全测试工具

4. **输出组织**
   - 针对性回答用户问题，避免堆砌无关案例
   - 提供具体可执行的步骤和命令
   - 包含真实案例链接供深入参考
   - 如涉及代码分析，明确指出漏洞位置和修复建议

### 典型场景处理

**场景 A：如何挖掘特定类型漏洞**
- 查询相关文档，提取对应漏洞类型的案例
- 总结该类漏洞的通用挖掘思路和关键点
- 提供详细的步骤指导和工具使用方法

**场景 B：代码审计和漏洞检测**
- 读取文档中对应的"易出现漏洞的代码模式"
- 对比用户代码，识别相似模式
- 提供具体的漏洞点和修复建议

**场景 C：HackerOne 案例分析**
- 根据报告 URL 或漏洞名称，定位文档中的对应案例
- 总结该案例的核心挖掘手法和技术亮点
- 分析该手法在其他场景的可复用性

**场景 D：学习移动安全知识**
- 按平台和漏洞类型系统性地提供案例索引
- 从简单到复杂，推荐学习路径
- 强调实战经验和技巧

## 资源索引

### 核心参考资料
- **Android 漏洞知识库**：[android.md](android.md)
  - 内容：基于 100+ HackerOne 报告的 Android 漏洞案例
  - 用途：Android 应用漏洞挖掘指导、代码模式参考
  - 覆盖类型：业务逻辑缺陷、组件安全、数据存储、权限绕过、API 安全等

- **iOS 漏洞知识库**：[ios.md](ios.md)
  - 内容：基于 100+ HackerOne 报告的 iOS 漏洞案例
  - 用途：iOS 应用漏洞挖掘指导、代码模式参考
  - 覆盖类型：URL Scheme 处理、Deep Link 安全、数据保护、API 安全等

### 参考文档结构
每个案例包含三个核心部分：
1. **挖掘手法**：漏洞发现的具体步骤、工具使用、分析思路
2. **技术细节**：攻击流程、Payload 构造、关键技术点
3. **易出现漏洞的代码模式**：漏洞代码示例和修复建议

## 注意事项

- **上下文控制**：根据具体问题选择性阅读相关章节，避免一次性加载整个文档
- **实战导向**：重点提供可操作的挖掘步骤和工具使用方法，而非理论讲解
- **安全合规**：所有挖掘手法仅用于授权的安全测试和学习研究
- **案例真实性**：所有案例均来自 HackerOne 公开报告，附有原始报告链接
- **代码安全**：在分析用户代码时，仅识别漏洞模式，不执行代码本身

## 使用示例

### 示例 1：Android Activity 认证绕过挖掘
**功能说明**：学习如何挖掘 Android 应用的 Activity 认证绕过漏洞
**执行方式**：智能体分析 + 文档检索
**关键要点**：
- 使用 Drozer 枚举导出的 Activity 组件
- 测试敏感 Activity 是否需要认证
- 检查 AndroidManifest.xml 配置和代码逻辑

### 示例 2：iOS URL Scheme 漏洞分析
**功能说明**：分析 iOS 应用的 URL Scheme 处理是否存在安全漏洞
**执行方式**：智能体代码分析 + 文档参考
**关键要点**：
- 检查 Info.plist 中注册的 URL Scheme
- 分析 AppDelegate/SceneDelegate 中的 URL 处理逻辑
- 验证调用来源和参数校验

### 示例 3：2FA 逻辑缺陷挖掘
**功能说明**：指导如何发现移动应用的 2FA 实现逻辑漏洞
**执行方式**：智能体流程指导 + 工具使用建议
**关键要点**：
- 测试短信重发的速率限制
- 验证手机号码绑定时的授权检查
- 使用 Burp Suite 拦截和分析请求

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