This app help developers make their apps more secure.

Android AppSec (Kotlin) app will help you to practice for Android Security points. We do it for the right reasons - to help developers make their apps more secure. The best way to verify that your app follows secure mobile development best practices is to perform security assessments of the app, which can include automated mobile app security testing, fuzzing, manual penetration testing, and more. This application represents some of the knowledge we share with the infosec community. We are trying to build a vulnerable application based on OWASP Mobile Security Testing Guide.

In this application we are covering below points:

1 HTTP Traffic

1.1 HTTP Traffic

1.2 HTTPS Traffic

2 Public Key Pinning

2.1-4 Certificate Pinning Bypass

3 Non-HTTP Traffic

3.1 TCP Traffic

3.2 UDP Traffic

4 WebSocket Traffic

4.1 Web Socket (WS)

4.2 Web Socket Secure (WSS)

5 Root Detection

5.1 Root Management Apps

5.2 Potentially Dangerous Apps

5.3 Root Cloaking Apps

5.4 Test Keys

5.5 Dangerous Props

5.6 BusyBox Binary

5.7 Su Binary

5.8 Su Exists

5.9 RW System

5.10 SafetyNet

5.11 Using running processes

6 Emulator detection

6.1 Virtual Phone Number

6.2 Device IDs

6.3 Hardware Specifications

6.4 QEmu Detection

6.5 File Based Checking

6.6 IP Based Checking

6.7 Package Name

6.8 Debug Flag

6.9 Network Operator Name

7 Anti-Debugging detection

8 Insecure Data Storage

8.1 SQLite Databases (Unencrypted)

8.2 SQLite Databases (Encrypted)

8.3 Realm Databases (Unencrypted)

8.4 Realm Databases (Encrypted)

8.5 Firebase Real-time Databases

8.6 Shared Preferences

8.7 Internal Storage

8.8 External Storage

8.9 KeyStore

8.10 KeyChain

8.11 Keyboard Cache

8.12 User Interface

8.13 App Backup

8.14 Screenshots

8.15 Memory

8.16 User Dictionary Cache

8.17 Paste Board

8.18 Activity data

9 Logs

9.1 Informational

9.2 Error

9.3 Warnings

9.4 Debug

9.5 Verbose

9.6 WTF

10 Content Providers

10.1 SQL Injection

10.2 File System Expose

11 Encryption

11.1 Message Authentication Codes

11.2 Message Digest

11.3 Signatures

11.4 Custom Implementations

11.5 Caesar Cipher

11.6 Weak Key Generation

11.7 Weak Random Number

11.8 Weaker Padding

12 Symmetric Encryption

12.1 DES

12.2 3DES

12.3 RC4

12.4 Blowfish

12.5 AES

12.6 Predictable Initialization Vector

13 Asymmetric Encryption

13.1 RSA

14 Hashing

14.1 MD4

14.2 MD5

14.3 SHA1

15 Authentication

15.1 Biometric

15.2 Confirm Credentials

15.3 2FA - OTP Leakage

15.4 2FA - Response Manipulation

15.5 2FA - Status Code Manipulation

15.6 2FA - OTP Brute-Force

15.7 2FA - OTP Brute-Force 2

15.8 2FA - Integrity Validation

15.9 Application lock

16 Binary Protection

16.1 Library (NDK)

16.2 Packers

16.3 Obfuscator

17 Device ID

17.1 SSAID/ANDROID_ID

17.2 Device Wi-Fi MAC

17.3 GPS Location

17.4 IMEI/ESN

17.5 MEID

17.6 IMSI

18 Web Application

18.1 HTML5 Controls

18.2 Bruteforce

18.3 Login Bypass - Cookies Manipulation

18.4 Encoding - Hashing

18.5 JavaScript - Info leak

18.6 Server Fingerprint

18.7 Client Side Validation Bypass

18.8 User Password Enumeration

18.9 OTP Bruteforce

18.10 JWT Misconfiguration

18.11 Guessable Session ID

18.12 REST API HTTP Methods

18.13 SSRF

18.14 XXE

18.15 Unrestricted File Upload

18.16-17 LFI-RFI

18.18 Deserialization

18.19 XPATH Injection

18.20 Metafiles - Info Leakage

18.21 RIA Cross Domain Policy

18.22 Default Credentials

18.23 OS Command Injection

18.24 S3 bucket misconfiguration

18.25 Path Traversal

18.26 Captcha Bypass

18.27 IP whitelisting Bypass

18.28 SSTI

18.29 Review comment and Metadata

18.30 Code Injection

18.31 Old Backup Files

18.32 Insecure Direct Object Reference

19 Miscellaneous

19.1 Deeplink

19.2 QR Code

19.3-7 Backdoor 1-5

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