Web Security Assessment
Securing the Frontline of Your Digital Presence
Web applications are the most common entry point for cyber-attacks. Our Web Security Assessment is a rigorous, manual, and automated evaluation of your web applications to identify vulnerabilities that could lead to data breaches, unauthorized access, or service disruption. We don’t just find bugs; we evaluate the business impact of every flaw.
- Comprehensive Vulnerability Scanning: Detecting high-risk flaws including SQL Injection, Cross-Site Scripting (XSS), and Cross-Site Request Forgery (CSRF).
- Authentication & Session Management: Testing the strength of your login mechanisms, multi-factor authentication (MFA), and session handling to prevent account takeovers.
- Business Logic Testing: Manually probing for flaws that automated tools miss, such as price manipulation in e-commerce or bypassing administrative workflows.
- Infrastructure Review: Evaluating the security of the underlying web server, TLS/SSL configurations, and third-party integrations.
CICRA Consultancies In Brief
- 15+ years in Cyber Security
- Local & Foreign cybersecurity engagements (Europe, Mideast, Oceania Regions)
- Local & Foreign cybersecurity engagements in Banking Sector
- Globally Accepted Methodologies for engagements
- Diversified industry experience
- The Right Team with the right qualifications
Mobile Security Assessment
Protection for an On-The-Go Workforce
Mobile applications present unique risks—from insecure data storage on the device to vulnerabilities in the communication channel. Our assessment covers the entire mobile ecosystem, including the binary application itself (iOS and Android), the data it stores, and how it interacts with the backend.
- Static & Dynamic Analysis (SAST/DAST): Reviewing the application’s source code and monitoring its behavior in a runtime environment to identify hidden backdoors.
- Local Data Storage Audit: Ensuring that sensitive user information, such as passwords or personal data, is not stored in "clear text" within the device’s local files or logs.
- Reverse Engineering: Attempting to decompile the app to see if intellectual property or sensitive keys can be extracted by an attacker.
- Platform-Specific Security: Testing for Android-specific intents and iOS-specific keychain security to ensure the app leverages the hardware's native security features.
