RTS Scanner – Advanced Penetration Testing Platform

What RTS Scanner Does

Subdomain Enumeration

Discovers subdomains using DNS brute-force, certificate transparency logs, and public passive sources.

Deep Web Crawling

Crawls up to 100 pages per scan, extracting forms, parameters, JavaScript files, API endpoints, and hidden paths.

Vulnerability Scanning

Tests for 25+ vulnerability classes including SQLi, XSS, SSRF, LFI, IDOR, CORS misconfigurations, and more with 500+ payloads.

Data Leak Detection

Identifies exposed API keys, tokens, and sensitive data in JavaScript files, JSON responses, and HTML comments.

Cloud Asset Discovery

Finds open S3 buckets, GCP storage, Azure blobs, and other publicly accessible cloud assets.

PDF Reporting

Generates professional penetration testing reports with vulnerability details, evidence, and remediation guidance.

Auto Scan Scheduler

Schedule recurring scans every 5, 12, or 24 hours to continuously monitor your attack surface.

IDOR Protection

Every scan result is protected with non-guessable UUID tokens, preventing unauthorized access to findings.

Security Infrastructure

Secure Web Layer

All routes are protected with authentication guards, ownership checks, and input validation on every request

Encrypted Storage

Sensitive credentials are encrypted at the application layer before being written to the database

Password Protection

User passwords are one-way hashed using a strong adaptive algorithm — never stored in recoverable form

Background Processing

Scan jobs run in isolated background workers with controlled concurrency and automatic failure recovery

Session Management

Authenticated sessions are server-side managed with strict login guards on every protected endpoint

Report Engine

PDF reports are generated entirely server-side with no external binary dependencies or shell execution

Scheduler

Auto-scan jobs are scheduled with coalesce and misfire guards to prevent runaway execution

Database Layer

All database queries use parameterised statements — no raw query construction that could enable injection

Security Practices — What We Actually Do

OWASP Guidelines

Security response headers, strict input validation on all fields, parameterised database queries, and a real-time attack pattern detection middleware on every request.

Implemented

Responsible Disclosure

A standard security contact endpoint is published at /.well-known/security.txt. All accounts require manual admin approval before access is granted.

Implemented

Credentials Encrypted at Rest

Scan credential passwords are encrypted with a strong symmetric cipher before being written to the database. The encryption key is stored separately from the database file.

Implemented

TLS & Secure Transport

HSTS headers are set on every response so browsers permanently enforce HTTPS connections. All data in transit is protected when deployed behind a TLS-terminating reverse proxy.

Implemented

IDOR Protected

All scan results are accessed via non-guessable public tokens — never sequential IDs. Every endpoint enforces strict ownership checks so users can only access their own data.

Implemented

CVE Feed Monitored

Our team actively monitors public vulnerability databases for disclosures affecting our platform components and applies patches promptly when security updates are released.

Active

Defence-in-Depth Layers

Layer 1 — Input Validation

Every field is validated for length, type, and content before processing. Malformed or oversized input is rejected immediately.

Layer 2 — Authentication

All protected routes require verified login sessions. Accounts are manually approved by an admin before first access is granted.

Layer 3 — Access Control

Data is accessed only via non-guessable tokens. Every endpoint verifies that the requesting user owns the resource being accessed.

Layer 4 — Data Encryption

Sensitive stored credentials are encrypted with a strong symmetric cipher. User passwords are one-way hashed and never recoverable.

Layer 5 — Security Headers

Every response carries headers that prevent clickjacking, MIME sniffing, XSS, and enforce HTTPS. Content sources are restricted by policy.

Layer 6 — Threat Monitoring

All requests are inspected for attack patterns in real time. Suspicious IPs are rate-limited and blocked. All threat events are logged and reviewed.

All security claims above reflect actual implemented and active controls in this platform — not aspirational goals or third-party certifications.

About RTS Scanner