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Enhanced Mobile Application Security Framework for Ticketing Platform

apriorit.com

Security

eCommerce

Entertainment

Security Vulnerabilities in Mobile Ticketing Application

The Android application exhibits critical security flaws including: 1) Bypassable rooted device detection allowing unauthorized execution, 2) Plaintext transmission of access tokens and credentials vulnerable to MITM attacks, and 3) Unencrypted local storage exposing user credentials and transaction data through SQLite databases.

About the Client

Provider of online ticket purchase services for entertainment and sports events with a focus on cybersecurity

Objectives for Enhanced Mobile Security Implementation

Implement SSL pinning to prevent man-in-the-middle attacks
Develop secure credential handling mechanisms without local storage
Encrypt all local application data storage
Enhance rooted device detection at runtime
Establish secure token-based authentication framework

Core Security Functionality Requirements

Runtime access key generation using device-specific parameters
AES-encrypted communication channels with SSL pinning
Rooted device detection with SU daemon verification
Encrypted SQLite database storage with runtime decryption
Token-based authentication without persistent credential storage

Security Technology Stack

SSL/TLS with certificate pinning

AES-256 encryption

SHA-256 hashing with salt

OAuth 2.0 token framework

Android SafetyNet Attestation

System Integration Requirements

Existing web service API endpoints
Payment gateway transaction system
Cloud-based user account management
Device analytics platform

Security & Performance Standards

Resistance to common mobile attack vectors (OWASP Mobile Top 10)
Sub-500ms authentication latency
FIPS 140-2 compliant encryption
Real-time rooted device detection
GDPR-compliant data handling

Impact of Enhanced Mobile Security Implementation

Significant reduction in fraud risk through secure communication channels, elimination of credential storage vulnerabilities, and improved rooted device detection. Expected outcomes include 90% decrease in account takeover incidents, compliance with PCI-DSS standards, and enhanced customer trust in mobile transactions.