Offensive Security

AI-POWERED WEB APPLICATION PENETRATION TESTING

Secure your web assets with an AI-augmented offensive security engine built for modern DevOps speed. Faltrox Security combines proprietary autonomous attack agents with elite human red teamers to identify critical vulnerabilities at machine speed. We go beyond standard OWASP checks to uncover complex logic flaws, zero-days, and AI-specific risks in your global infrastructure.

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Overview

What Is AI-Augmented Web Penetration Testing?

Traditional pentesting is too slow for modern DevOps. Faltrox Security introduces AI-Augmented Web Application Penetration Testing, a hybrid methodology that uses Neural Networks to map your attack surface instantly, while expert human hackers focus on high-impact business logic exploitation.

We don't just run scanners. Our Proprietary AI Fuzzing Engines generate thousands of edge-case payloads per second, identifying injection points that manual testers leverage to demonstrate critical impact (SQLi, RCE, Authentication Bypass). This is security at the speed of code.

The goal is not just to find bugs, but to validate exploitability and demonstrate business impact. We provide actionable remediation guidance aligned with OWASP Top 10, SANS CWE Top 25, and MITRE ATT&CK tactics, ensuring your development team can prioritize fixes based on real risk.

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Landscape

Types of security testing

Security testing is a broad discipline. Here's how Web Application Penetration Testing fits into the larger ecosystem:

Vulnerability Scanning

Automated tools scan for known vulnerabilities like outdated software or misconfigurations. Fast, but surface-level.

Penetration Testing

Expert-driven manual testing that simulates real-world attacks to find and exploit complex vulnerabilities.

Security Auditing

A comprehensive review of policies, configurations, and code against security standards and best practices.

Red Teaming

A full-scope adversarial simulation that tests people, processes, and technology, not just the application.

Static Code Analysis (SAST)

Scanning source code for security flaws without executing the application. Catches bugs early in the SDLC.

Dynamic Analysis (DAST)

Testing a running application by sending malicious inputs to find runtime vulnerabilities like XSS and SQLi.

Methodology variants

Different testing perspectives

The approach to a pentest varies based on the level of information provided to the tester. Each type offers unique insights into your security posture.

Zero Knowledge

BLACK BOX TESTING

Simulates an external attacker with no prior knowledge. The tester approaches the application as a complete outsider, relying on reconnaissance to discover entry points.

Partial Knowledge

GREY BOX TESTING

The tester has partial knowledge, such as user credentials or API documentation. This simulates an attack by a malicious insider or a compromised user account.

Full Disclosure

WHITE BOX TESTING

Full disclosure. The tester has access to source code, architecture diagrams, and admin accounts. This allows for the deepest level of analysis and is ideal for critical applications.

Process

Our Penetration Testing Process

We follow a rigorous, repeatable methodology aligned with OWASP and PTES frameworks to ensure comprehensive coverage and actionable results.

01
SCOPING & RECON
We define the scope, rules of engagement, and uses tools like Amass and Subfinder to map the attack surface.
02
AUTOMATED SCANNING
We deploy custom commercial scanners (Burp Suite Pro, Acunetix) to identify low-hanging fruit like XSS and SQLi.
03
MANUAL EXPLOITATION
Our engineers manually probe for logic flaws, race conditions, and BOLA/IDOR vulnerabilities that automated tools miss.
04
POST EXPLOITATION
We assess the impact: Can we pivot to the database? Can we escalate to Admin? We demonstrate the full blast radius.
05
REPORTING
We deliver a CVSS v4.0 aligned report with reproduction steps (cURL commands) and video PoCs for critical findings.
06
RE TEST
After patching, we verify proper remediation to ensure the finding is truly closed.

Scope

What We Test

01critical

Auth & Identity

Testing for BOLA (IDOR), JWT signing flaws, weak password policies, and MFA bypass techniques.

02critical

Injection Attacks

Advanced SQLi (Blind/Time-based), NoSQL injection, and Server-Side Template Injection (SSTI).

03high

Business Logic

Manipulating workflows (e.g., buying items for $0), race conditions, and privilege escalation.

04medium

Client-Side Risks

DOM-based XSS, CSP bypasses, vulnerable JavaScript dependencies, and data exfiltration.

Outcomes

Key benefits

Investing in professional penetration testing delivers tangible value far beyond a simple security report.

Proactive Risk Mitigation

Identify and fix vulnerabilities before attackers find them, preventing costly data breaches and downtime. This is the foundation of every Faltrox engagement: validated exploitability, not theoretical risk.

Compliance Assurance

Meet regulatory requirements for SOC2, ISO 27001, PCI-DSS, HIPAA, and GDPR with audit-ready reports.

Customer Trust & Reputation

Demonstrate your commitment to security, building confidence with customers and partners.

Validate Security Investments

Test the effectiveness of your existing WAF, SIEM, and other security controls under real-world conditions.

Prioritized Remediation

Our risk-ranked findings help your team focus on the most critical issues first, maximizing efficiency.

Developer Upskilling

Our detailed reports with remediation guidance serve as a learning tool for your development team.

Who we serve

Who we protect

Hyper-Scale SaaS

Multi-tenant data isolation and API integrity for B2B platforms.

Global FinTech

Transaction integrity, payment gateways, and banking microservices.

E-Commerce Giants

Customer databases and complex checkout logic against modern fraud.

Differentiators

Why Faltrox?

Feature	Standard vendor	Faltrox Security
Methodology	Automated scanning	Manual exploit chaining with AI assist
Validation	Scanner output	Every finding reproduced by a practitioner
Business logic	Ignored	Deep inspection
Reporting	Generic PDF	Dev-ready artefacts and proofs of concept
Re-testing	Extra cost	Included

Compliance

Compliance aligned

Our methodology and reports are structured to satisfy rigorous security audits.

Frameworks we map to

SOC2
ISO 27001
PCI-DSS
HIPAA
GDPR
NIST
OWASP ASVS

Audit ready

Letters of attestation included.

Standardised

OWASP ASVS and NIST 800-115.

FAQ

Common questions

01Is this just an automated scan?

Absolutely not. We use a hybrid approach: AI tools for rapid surface mapping, followed by elite human auditors who perform deep manual logic testing.

02How does AI enhance the test?

Our AI fuzzes thousands of parameters in minutes. This frees up our red teamers to focus on complex, high-impact business logic flaws.

03What is the typical engagement duration?

An average web penetration test takes 2-4 weeks, depending on the complexity and size of the attack surface.

04Do you provide a re-test?

Yes. Every engagement includes a re-test to verify that your team has patched the identified vulnerabilities.

05What compliance standards do you cover?

Our methodology aligns with OWASP Top 10, SANS 25, NIST 800-115, and satisfies SOC2, ISO 27001, PCI-DSS, and HIPAA.

06Will testing cause downtime?

No. Our tests are designed to be non-destructive. We operate in a controlled manner to avoid any impact on your production systems.

07Do you test third-party integrations?

Yes, if they are in scope. We assess integrations with payment gateways, SSO providers, and external APIs for potential vulnerabilities.

Keep exploring

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Secure what’s next.

Speak with the engineering team to define scope, walk through the methodology, and decide whether Faltrox is the right team to test and run your environment.