Web Application Testing
What Is Web Application Testing?
Web Application Penetration Testing is the process of simulating real-world attacks against web-based applications to identify and exploit vulnerabilities before attackers do. With the increasing adoption of web apps across industries, they have become one of the most targeted components in today’s threat landscape.
Why You Need It Today
Web apps are often the front door to your business—accessible to the public and constantly exchanging sensitive data. From customer portals to backend admin dashboards, vulnerabilities in web applications can lead to severe consequences including data breaches, account hijacking, and regulatory penalties.
Key Benefits
- 🔍 Identify OWASP Top 10 vulnerabilities, such as XSS, SQLi, and IDOR
- 🔒 Secure user authentication and session handling mechanisms
- 🛡️ Prevent unauthorized access to sensitive data or admin functions
- 🚀 Enable secure DevOps and agile development cycles
- 📜 Achieve compliance with frameworks like PCI-DSS, HIPAA, and GDPR
- 📊 Receive clear, prioritized remediation guidance for developers
Web Application Threat Modeling
What Is Web Application Threat Modeling?
Threat modeling is a proactive technique used to identify potential threats, attack vectors, and security gaps in a web application before code is written or deployed. It involves analyzing your application's architecture, data flows, trust boundaries, and assets to uncover design-level security risks.
Why You Need It Today
In today’s fast-paced development cycles, security is often reactive. Threat modeling allows you to “shift left” by building security into the design process—reducing costly rework and preventing exploitable flaws early.
Key Benefits
- 🧠 Identify high-risk areas before development begins
- 🔄 Embed security into agile and DevSecOps workflows
- 🗺️ Understand attack surfaces and data flow across trust boundaries
- 🚧 Anticipate threats using frameworks like STRIDE and DFDs
- 💰 Reduce cost of remediation by addressing issues early in the SDLC
- 📋 Enhance communication between security architects, developers, and stakeholders
Web Application Threat Modeling – FAQs
For a single application, threat modeling sessions usually span 2–4 days, depending on architecture complexity, number of integrations, and stakeholder availability.
Pricing starts around $3,000–$6,000, depending on scope. This includes architectural reviews, STRIDE analysis, threat catalogs, and actionable recommendations.
Yes. Pentesting identifies flaws after development; threat modeling helps design secure systems before code is written—reducing remediation costs and attack surfaces.
Ideally, representatives from architecture, development, DevOps, and security teams should be involved to ensure coverage of both technical and business logic risks.
API Security Testing
What Is API Security Testing?
API Security Testing involves assessing RESTful and SOAP APIs for vulnerabilities, misconfigurations, and insecure implementations. It focuses on identifying flaws such as broken authentication, unauthorized data access, and insecure communications across your application’s backend services.
Why You Need It Today
APIs are the digital glue of modern applications—and also a favorite target for attackers. Misconfigured or exposed APIs can lead to massive data breaches, especially in fintech, healthcare, and SaaS environments.
Key Benefits
- 🔍 Detect OWASP API Top 10 issues like BOLA and excessive data exposure
- 🛡️ Validate proper authorization, rate limiting, and access control
- 🔐 Ensure secure token handling and authentication logic
- ⚙️ Test endpoint schema, method-level behavior, and data validation
- 📲 Protect API-connected mobile, web, and third-party integrations
- 📈 Strengthen resilience of your app ecosystem through continuous API hardening
🔄 API Testing – FAQs
Typically, an API test takes 3–7 days, depending on the number of endpoints, authentication mechanisms, and business logic complexity.
Pricing typically ranges from $4,000 to $8,000, depending on the number of endpoints and scope of testing (authenticated vs unauthenticated flows, etc.).
Yes, but documentation helps improve coverage and efficiency. In the absence of docs, we use tools like Burp Suite, Postman, and traffic captures to map endpoints manually.
Yes. We test REST, GraphQL, and even SOAP APIs. Each type has unique risks, and our tests are tailored accordingly.
Web Penetration Testing
What Is Web Penetration Testing?
Web Penetration Testing simulates real-world attacks against your web application to uncover vulnerabilities an attacker could exploit. This includes testing authentication, input validation, session management, and other components of your web app stack.
Why You Need It Today
With the rise of zero-day exploits and automated attack tools, web apps are frequently probed for weaknesses. A single misstep—like an exposed admin panel or an insecure cookie—can be exploited within minutes.
Key Benefits
- 🧪 Uncover vulnerabilities using real-world attacker techniques
- 🔐 Test login flows, session management, and access control
- 🧬 Validate input sanitization and output encoding
- 🛑 Prevent exploits like SQLi, XSS, CSRF, and command injection
- 📦 Assess third-party components, plugins, and custom code
- 📄 Receive detailed findings and remediation steps for development teams
🔐 Web Application Testing – FAQs
The duration depends on the complexity of the application, number of functionalities, and authentication flows. Typically, a single web application test takes 5 to 10 business days, including reporting and remediation guidance.
Costs vary based on the size and scope of the application, but engagements generally start at $5,000 for smaller apps and scale up for enterprise-grade applications. We provide fixed pricing after a brief scoping call.
No. We offer the option to test in staging or QA environments. If testing in production is required, we follow strict rules of engagement to avoid service disruption.
We align our methodology with OWASP Top 10, OWASP ASVS, and industry best practices to ensure thorough coverage and meaningful results.
Secure Code Review
What Is Secure Code Review?
Secure Code Review is the systematic evaluation of source code to identify coding flaws that could introduce security risks. Unlike dynamic testing, it allows us to see the logic behind application behavior and catch vulnerabilities that tools and pentests might miss.
Why You Need It Today
Vulnerabilities like hardcoded secrets, insecure cryptographic practices, and logic flaws often hide in code—undetected by scanners or surface-level testing. A secure code review helps eliminate these threats from the inside out.
Key Benefits
- 🧬 Identify hidden flaws and insecure coding patterns
- 🔐 Detect authentication logic issues, secret leaks, and unsafe APIs
- ⚠️ Catch logic bombs and dangerous edge-case behaviors
- 🛠️ Improve developer awareness of secure coding practices
- 🧾 Ensure compliance with coding standards (e.g., OWASP ASVS, SANS Top 25)
- 📚 Deliver annotated findings with context and fix recommendations
🔍 Secure Code Review – FAQs
Depending on the size of the codebase, reviews can range from 2–10 business days. Smaller modules take less time, while large monolithic apps may require more detailed analysis.
Pricing starts at around $3,000, with scaling based on LOC (lines of code), programming language, and scope (e.g., full-stack vs. module-specific review).
Preferably, yes. For a comprehensive review, we request read-only access via Git or a secure code-sharing platform. We can also work with snapshots or individual modules.
We align our reviews with OWASP ASVS, SANS Top 25, and language-specific secure coding guidelines.
List of Certifications
