ScanexAI
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AUTOMATED SECURITY INTELLIGENCE

Map Every
Attack Path
Before They Do

AI-powered attack surface analysis that crawls your website, detects vulnerabilities, builds visual exploit chains, and generates executive-ready security reports — in under 2 minutes.

scanexai.com/dashboard

12

Vulnerabilities

4

Attack Chains

78

Risk Score

ATTACK CHAIN

Brute Force Login Access IDOR Exploit Crown Jewel
Admin Panel Exposed
CVSS 9.8
Missing Rate Limiting
CVSS 7.5
CORS Misconfiguration
CVSS 5.3

DETECTED VULNERABILITIES — 8 FOUND

Exposed .env File

Directory Exposure

9.9

SQL Injection in /api/user

Injection

9.6

XSS in Comment Field

XSS

8.1

IDOR on /api/profile/:id

IDOR

7.8

Missing HSTS Header

Missing Headers

5.1

Verbose Error Messages

Info Leak

2.4

ATTACK PATH VISUALISER

PHASE 1 — INITIAL ACCESS

Entry Point Login Bypass

PHASE 2 — LATERAL MOVEMENT

Session Theft Privilege Escalation

PHASE 3 — IMPACT

Admin Access Crown Jewel
OVERALL CHAIN RISK82 / 100

AI BREACH NARRATIVE

An attacker exploiting the exposed .env file could obtain database credentials and API keys. Combined with the IDOR vulnerability on /api/profile, full account takeover is achievable within minutes.

TOP RECOMMENDATIONS

1

Rotate all exposed credentials immediately

2

Add server-side ownership checks to all API routes

3

Enable rate limiting on authentication endpoints

RISK BREAKDOWN

78

/ 100

Vuln Density 85
Chain Severity 78
Attack Surface 60
Critical Count 40

HIGH RISK — Immediate action required

AI / LLM THREAT ANALYSIS

Prompt Injection Detected

CVSS 9.1

User input passed directly to LLM without sanitisation

Hazardous AI API Exposed

CVSS 9.5

No auth or rate limiting on /api/generate endpoint

Output Data Leakage

CVSS 8.3

PII patterns detected in model responses

Jailbreak Threat Surface

CVSS 8.2

No system prompt guardrails detected

40+
Vulnerability Detectors
14
Attack Chain Templates
<2m
Average Scan Time
100
Max Risk Score

ABOUT SCANEXAI

What is ScanexAI?

ScanexAI is an automated web security scanner that goes beyond a simple list of vulnerabilities. It crawls your website using a real headless browser, identifies security weaknesses across your pages, endpoints, and forms, and then maps out how those weaknesses could be combined by an attacker to cause a serious breach.

The result is an interactive attack path graph showing exactly how an attacker would move through your system, from an initial entry point to a high-value target. This kind of analysis is normally only available through expensive manual penetration testing. ScanexAI makes it available to any team in under two minutes.

On top of the visual analysis, an AI layer reads the scan results and writes a plain-English breach narrative. This narrative explains what was found, how an attacker would exploit it, and what to fix first. It is designed to be readable by developers, managers, and auditors equally.

When you are ready to share your findings, one click generates a polished PDF report with everything included: the risk score, the vulnerability table, the attack chains, the AI narrative, and step-by-step remediation guidance. No editing or reformatting required.

AI & LLM THREAT LANDSCAPE

Artificial intelligence is now built into nearly every modern web application, from chatbots and recommendation engines to automated workflows and content generation tools. While these features add real value, they also open the door to a new category of security risks that most traditional scanners are not designed to detect.

Unlike classic web vulnerabilities, AI-specific attacks target the model itself rather than the surrounding code. An attacker does not need to find a SQL injection flaw. They can simply craft a carefully worded prompt that tricks the model into revealing confidential data or bypassing safety controls. Understanding these threats is the first step to defending against them.

The attack vectors targeting AI systems

Modern AI applications introduce a new class of vulnerabilities. ScanexAI detects and maps these threats alongside traditional web vulnerabilities.

Adversarial Attacks
Inference Layer

Crafted inputs designed to trigger incorrect model behavior.

Business Impact

Bypassed safety filters and unauthorized actions.

Data Poisoning
Training Pipeline

Injecting malicious data into training or fine-tuning sets.

Business Impact

Permanent "backdoors" and corrupted model logic.

Model Extraction
API / Model Weights

Querying an API to reconstruct the model's parameters.

Business Impact

Loss of competitive advantage and IP theft.

Prompt Injection
LLM Logic

Overriding system instructions via user-provided text.

Business Impact

Data exfiltration and unauthorized tool execution.

CAPABILITIES

Everything a penetration tester needs,
automated.

From initial reconnaissance to executive report — the full attack simulation pipeline in a single platform.

Smart Web Crawler

HTTP-powered crawler maps every page, form, API endpoint, and link automatically — including JS-heavy SPAs.

Attack Surface Detection

40+ rule-based detectors identify IDOR, XSS, brute-force, admin exposure, AI endpoint risks, missing headers, and more.

Attack Path Graph

Visual flowchart engine shows how individual weaknesses chain into complete breach routes with colour-coded steps.

AI Reasoning Layer

Llama 3 via Groq explains attack paths in plain English, ranks danger, and generates full breach narratives.

14 Exploit Chain Templates

Pre-built attack chain templates connect entry points through pivot steps to full account takeover or data exfiltration.

PDF Report Generator

Generates executive-ready PDF reports with risk scores, attack stories, and step-by-step remediation guidance.

Scan Comparison

Diff any two scans side-by-side — instantly see new issues introduced, unchanged findings, and what you have fixed.

Real-time Scan Progress

Live animated progress page tracks crawling, detection, and analysis phases as they complete — auto-redirects when done.

Vulnerability Notes

Annotate any finding with analyst status tags (Accepted Risk, False Positive, In Progress, Fixed) and free-text comments.

DETECTION ENGINE

40+ vulnerability classes, detected automatically

Every rule runs on every page crawled — no configuration, no tuning.

critical
Missing Security Headers

Content-Security-Policy, HSTS, X-Frame-Options absent — baseline hardening missing.

critical
Cross-Site Scripting (XSS)

Reflected and stored XSS vectors identified in form inputs and URL parameters.

high
Insecure Cookie Flags

Session cookies missing HttpOnly, Secure, or SameSite — hijackable over network.

high
CORS Misconfiguration

Wildcard or credentialed cross-origin policies expose APIs to external domains.

critical
Admin Panel Exposed

Login or admin pages accessible without authentication — direct takeover risk.

critical
Exposed API Keys & Secrets

Hardcoded credentials, tokens, and private keys detected in page source.

high
LLM / AI Endpoint Exposure

Prompt injection surfaces and unguarded AI API endpoints found in application.

medium
Directory Listing

Server exposes directory indexes — attackers can enumerate files and backups.

medium
Open Redirect

Unvalidated redirect parameters allow phishing and OAuth token theft.

high
No Brute Force Protection

Login endpoints lack rate limiting — credential stuffing attacks unrestricted.

medium
Sensitive URL Parameters

Passwords, tokens, and IDs passed in querystrings — logged by proxies and CDNs.

medium
Data Leakage in Responses

PII, internal paths, stack traces, or debug output visible in HTTP responses.

low
Clickjacking (No X-Frame)

Pages embeddable in iframes — UI redress and clickjacking attacks possible.

high
SQL / Injection Patterns

Error messages and response anomalies suggest unparameterised query construction.

critical
Prompt Injection

AI input endpoints lack sanitisation — attacker instructions can override system prompts.

critical
Jailbreak Threat

AI chat endpoints missing auth guardrails — model constraints can be bypassed by crafted inputs.

high
AI Output Leakage

LLM responses expose PII, system prompt content, or internal data to unauthenticated callers.

critical
Unmonitored Retraining

Public /train and /fine-tune endpoints allow adversarial model poisoning without authentication.

high
Subdomain Takeover

Dangling DNS records point to unclaimed cloud resources — attacker can register and hijack traffic.

critical
Default Credentials

Login endpoints accept admin/admin or admin/password — immediate takeover risk.

medium
Outdated Libraries

Deprecated jQuery or Bootstrap versions with known CVEs detected in page source.

high
Open Ports Exposed

Database and service ports (MySQL 3306, Redis 6379, MongoDB 27017) reachable from the internet.

medium
Missing DMARC / SPF

Email authentication records absent — domain vulnerable to spoofing and phishing impersonation.

low
Insecure Cache Headers

Authenticated pages served without Cache-Control: no-store — sensitive data may be cached by proxies.

POWERED BY

PHP / Laravel
MySQL
Guzzle HTTP
Groq / Llama 3
DomPDF
Cytoscape.js
PHP / Laravel
MySQL
Guzzle HTTP
Groq / Llama 3
DomPDF
Cytoscape.js
PHP / Laravel
MySQL
Guzzle HTTP
Groq / Llama 3
DomPDF
Cytoscape.js

HOW IT WORKS

From URL to full breach report
in three steps.

01

Enter Target URL

Paste any live website URL. The scanner begins mapping the application, crawling up to 25 pages automatically.

02

Automated Analysis

Vulnerabilities are detected, risk is scored, and attack chains are assembled — all without manual effort.

03

Review & Report

Explore the attack graph, filter vulnerabilities, generate an AI narrative, and download your PDF report.

ATTACK CHAIN EXAMPLE

See how vulnerabilities connect

Brute Force
Login Access
IDOR Exploit
Admin Takeover
Crown Jewel

Each vulnerability becomes a node. The graph engine automatically connects them into realistic exploit chains — showing exactly how an attacker would move through your system.

HOW IT WORKS

Three simple steps to a full security report

You do not need to be a security expert to use ScanexAI. The process is designed to be as simple as possible while still giving you real, detailed results.

1

Enter your website URL

Paste any live website address into the scan box and click Start. ScanexAI works with any publicly reachable website - your business site, your blog, your web app, or a client site you have permission to test.

You do not need to install any software, configure any settings, or have any technical background. Just the URL is enough. The platform takes care of everything from that point forward.

2

The scanner checks every page and form

Once you submit your URL, a real browser opens your website and starts visiting pages the same way a person would. It follows links, fills out forms, and maps out everything it finds. This process is called crawling.

While it crawls, more than 40 automated checks run in the background. These checks look for common security problems like missing protections on login pages, sensitive information left visible in the source code, forms that could be abused by an attacker, and pages that should be private but are not. The whole process usually finishes in under two minutes.

3

Get a plain-English report with a risk score and fix suggestions

When the scan finishes, you get a clear report showing everything that was found. Each issue is given a severity level (critical, high, medium, or low) and a plain-English description of what it means, why it matters, and how to fix it.

Your site also gets an overall risk score from 0 to 100. A score in the red zone means there are serious problems to address. A score in the green zone means your site is in reasonable shape. The AI layer goes one step further and writes a short story explaining how an attacker could actually use the problems found - so the risk feels real, not abstract.

WHO NEEDS THIS

Website security is not just for big companies

Any website can be a target. Hackers do not only go after large corporations - small sites are often easier targets because they have fewer protections in place. Here is who ScanexAI is built for.

Small businesses with a website

If you have a website that collects customer details, handles bookings, or takes payments, a security problem could affect your customers and your reputation. Most small business owners do not have an IT team, which is exactly why an automated tool like ScanexAI is useful. You can check your site in minutes without needing any technical knowledge.

Developers building web applications

Even experienced developers miss security issues - not because they are careless, but because security is a separate discipline with its own rules and patterns. Running a scan before you launch a new feature or push a site live is a simple habit that catches problems before real users are affected. ScanexAI plugs into your workflow without slowing you down.

Digital agencies managing client sites

If you build or manage websites for clients, you are often responsible for keeping those sites safe even if security was never part of the original brief. Offering a quick security scan as part of a project handover or maintenance plan adds real value and helps you catch problems before a client calls you about a breach. The PDF report is ready to share with clients directly.

Anyone who owns a website

You do not need a technical background to benefit from a security scan. If you have a website, you have something worth protecting. A scan tells you whether your site has obvious problems that an attacker could use. Think of it the same way you think about locking your front door - you do not need to be a locksmith to know that locking it is a good idea.

FREQUENTLY ASKED QUESTIONS

Questions people ask before their first scan

What does a security scan check?

A security scan checks your website for known weaknesses that attackers commonly look for. This includes things like login pages that do not limit the number of attempts (which makes password guessing easy), pages or files that should be private but are visible to anyone, forms where someone could inject harmful code, and missing security settings that browsers rely on to keep your visitors safe. ScanexAI runs more than 40 different checks covering the most common categories of web security problems.

How long does a scan take?

Most scans finish in under two minutes. The exact time depends on the size of your website and how many pages it has. A small business site with five to ten pages will scan faster than a large web application with hundreds of pages and API endpoints. You do not need to stay on the page while the scan runs - you can check back when it is done. A live progress bar keeps you updated on what stage the scan is at.

Do I need technical knowledge to understand the results?

No. The report is written in plain, everyday language. Every issue is explained in simple terms - what was found, why it is a problem, and what you should do about it. The AI layer also writes a short summary that describes the overall security situation and the most important things to fix first. If you want more detail, the technical information is there too. But you do not need it to understand what matters.

Is my website data kept private?

Yes. ScanexAI only stores the scan results needed to show you your report. It does not share your results with third parties, and it does not store sensitive data found on your site beyond what is needed to display the findings. Scans are tied to your account, which means only you can see your results. The scanner also uses passive detection - it does not send harmful requests to your website, and it does not modify or tamper with any data on your site.

How often should I scan my site?

Security is not a one-time task. New vulnerabilities are discovered regularly, and websites change over time as new features are added or plugins are updated. A good habit is to scan after any significant change to your site - a new plugin, a redesign, a new form, or a new feature. At a minimum, scanning once a month gives you a reasonable view of your site's security over time. The scan comparison feature lets you track whether things have improved or whether new issues have appeared since your last scan.

Ready to find your attack paths?

Enter a URL and get a full security assessment in minutes. No setup required.

Launch the Scanner

For authorised security testing only.