Vulnerability Assessment Report

acme-corp.com
FULL Scan

Assessment Date: April 6, 2026

Target: Acme Corp (acme-corp.com)

Scan Type: Comprehensive Vulnerability Assessment

Status: Complete

⚠ SAMPLE REPORT — MOCKUP DATA

Executive Summary

D

Risk Grade: D — Critical Risk

The FULL vulnerability assessment of Acme Corp reveals significant security exposure requiring immediate executive attention. The scan identified 42 vulnerabilities spanning 3 critical, 6 high, and 12 medium severity issues. Critical findings include unauthenticated access to administrative panels, publicly known CVEs with available exploits (Jenkins, Fortinet VPN, HTTP/2 Rapid Reset), and a compromised SSL certificate blocking e-commerce transactions.

Business Risk: These vulnerabilities create material risk of data breach, ransomware, business interruption, and regulatory non-compliance (PCI DSS, SOC 2). Acme Corp's e-commerce platform (handling customer payment data) is at elevated risk of compromise.

Monday Morning Actions Required

  1. Immediate: Patch Jenkins CLI vulnerability (CVE-2024-23897) or take Jenkins offline
  2. Immediate: Renew expired SSL certificate on shop.acme-corp.com
  3. Same day: Block public access to MySQL port 3306 on staging server
  4. Within 24 hours: Change all default admin credentials; implement Web Application Firewall
  5. Within 48 hours: Engage incident response team to assess evidence of compromise

Scan Overview

Total Findings
42
Critical
3
High
6
Medium
12
Low+Info
21

Table of Contents

  1. Executive Summary
  2. Digital Footprint & Domain Health
  3. Technology Stack
  4. Vulnerability Findings
  5. Attack Path Analysis
  6. Compliance Mapping
  7. Remediation Roadmap

Digital Footprint & Domain Health

Comprehensive Asset Inventory

Hostname IP Address Open Ports Risk Level
acme-corp.com 203.0.113.42 80, 443 Medium
www.acme-corp.com 203.0.113.42 80, 443 Medium
api.acme-corp.com 203.0.113.51 80, 443, 8000 High
shop.acme-corp.com 203.0.113.60 80, 443 Critical
mail.acme-corp.com 203.0.113.88 25, 110, 143, 587, 993 Medium
staging.acme-corp.com 203.0.113.99 22, 80, 443, 3306 Critical
ci.acme-corp.com 203.0.113.105 22, 8080, 8443 Critical

Port Scanning Results (Nmap)

NMAP scanning revealed 7 unique hosts with 23 open ports. Key findings:

Technology Stack & CVE Analysis

Detected Software Versions

Component Version Known CVEs Status
Jenkins 2.387 2 Critical Vulnerable
WordPress 6.2 3 High Vulnerable
Fortinet FortiGate 6.4.5 1 Critical Vulnerable
Apache 2.4.41 4 Medium Vulnerable
jQuery 2.1.4 2 High Vulnerable
MySQL 5.7.41 8 High EOL

Known Vulnerable Components

The following publicly known vulnerabilities were confirmed active in your environment:

CVE-2024-23897 — Jenkins Arbitrary File Read via CLI
Affects Jenkins 2.387. CVSS 9.8 CRITICAL. Allows unauthenticated file read from Jenkins server.
CVE-2023-44487 — HTTP/2 Rapid Reset (OpenSSL/Nginx)
Load balancer vulnerable to DDoS via HTTP/2 stream resets. CVSS 7.5 HIGH.
CVE-2024-21762 — Fortinet SSL VPN Code Execution
FortiGate SSL VPN vulnerable to RCE. CVSS 9.8 CRITICAL. Exploits available.

Vulnerability Findings — Critical Issues

CVE-2024-23897: Jenkins CLI Arbitrary File Read
CRITICAL
ID: FULL-001 | Asset: ci.acme-corp.com:8080
CVSS 9.8
Description: Jenkins version 2.387 is vulnerable to unauthenticated arbitrary file read via CLI. Attackers can retrieve sensitive files (/etc/passwd, SSH keys, secrets.xml) without authentication. Exploits are publicly available.
Remediation: IMMEDIATE: Upgrade Jenkins to version 2.426.1+ or take Jenkins offline immediately. Alternatively, restrict network access to Jenkins to internal VPN only. Audit logs for unauthorized access. Rotate all stored credentials (Git tokens, API keys, SSH keys).
CVE-2024-21762: Fortinet SSL VPN Remote Code Execution
CRITICAL
ID: FULL-002 | Asset: VPN Gateway (IP 203.0.113.120)
CVSS 9.8
Description: FortiGate SSL VPN running version 6.4.5 is vulnerable to pre-authentication RCE. An attacker can execute arbitrary code on the VPN gateway without credentials. This could allow complete network compromise.
Remediation: IMMEDIATE: Upgrade Fortinet firmware to 7.0.8+ or 7.2.4+. Restrict VPN access to known IP ranges. Monitor VPN logs for suspicious activity. Consider temporarily disabling external VPN access if upgrade is not immediately possible.
Unauthenticated WordPress Admin Panel Access
CRITICAL
ID: FULL-003 | Asset: blog.acme-corp.com/wp-admin
CVSS 9.6
Description: WordPress admin login panel (/wp-admin) accepts default credentials. Testing revealed that default username "admin" with a weak password is still active. This allows complete blog takeover and malware injection.
Remediation: IMMEDIATE: Change all WordPress user passwords to strong, unique values. Disable default "admin" user and create new administrative accounts. Implement two-factor authentication. Restrict /wp-admin access by IP whitelist.

Vulnerability Findings — High Severity Issues

Expired SSL Certificate (shop.acme-corp.com)
HIGH
ID: FULL-004 | Asset: shop.acme-corp.com
CVSS 8.1
Description: SSL certificate expired on February 28, 2026. E-commerce platform cannot process secure transactions. Browsers block content with security warning. PCI DSS compliance is broken.
Remediation: Immediately reissue and deploy SSL certificate. Implement automated renewal (Let's Encrypt with auto-renewal). Add certificate expiration monitoring with 30-day advance alerts.
CORS Misconfiguration — Credential Theft Risk
HIGH
ID: FULL-005 | Asset: api.acme-corp.com
CVSS 8.6
Description: API endpoint allows Cross-Origin Resource Sharing (CORS) from any origin (*) with credentials enabled. This allows malicious websites to steal user authentication tokens and perform unauthorized API requests.
Remediation: Configure CORS to whitelist only trusted domains. Never use wildcard (*) with credentials=true. Set: Access-Control-Allow-Origin: https://trusted-domain.com (not *)
Open MySQL Port Exposed on Staging
HIGH
ID: FULL-006 | Asset: staging.acme-corp.com:3306
CVSS 9.1
Description: MySQL port 3306 is publicly accessible. Database contains sensitive customer data, API keys, and production secrets used for testing. Shodan scanning confirmed this is visible to attackers.
Remediation: Block port 3306 with firewall rules immediately. Restrict staging server to private VPC/Tailscale network. Rotate all database credentials. Scan database for evidence of unauthorized access.
Self-Signed Certificate on Internal API
HIGH
ID: FULL-007 | Asset: api.acme-corp.com:8000 (internal endpoint)
CVSS 7.5
Description: Internal API endpoint uses self-signed certificate. While marked as internal, lack of proper certificate enables man-in-the-middle attacks if endpoint is compromised or network is bridged with untrusted network.
Remediation: Issue proper certificate via internal CA or Let's Encrypt. Restrict endpoint to private network only. Use certificate pinning for client applications.
CVE-2023-44487: HTTP/2 Rapid Reset DDoS
HIGH
ID: FULL-008 | Asset: Load balancer, api.acme-corp.com
CVSS 7.5
Description: HTTP/2 implementation is vulnerable to Rapid Reset attack. An attacker can cause resource exhaustion by repeatedly opening and resetting HTTP/2 streams, leading to denial of service.
Remediation: Patch Nginx/OpenSSL to latest version (1.25+). Implement rate limiting on stream resets. Enable DDoS mitigation on Cloudflare.

Vulnerability Findings — Medium Severity (Selection)

Nuclei: Exposed .git Directory
Medium
ID: FULL-009 | Asset: api.acme-corp.com/.git/
CVSS 6.5
Description: Git repository directory (.git/) is publicly accessible. Attackers can download source code, commit history, and secrets stored in git history (API keys, credentials).
Remediation: Configure web server to block access to .git/ directory. Add to .htaccess: <Files ".git*"> Deny from all </Files>. Never store secrets in git history; use environment variables and secrets management tools.
WPScan: Outdated Contact Form 7 Plugin
Medium
ID: FULL-010 | Asset: blog.acme-corp.com (Contact Form 7 v5.3)
CVSS 6.8
Description: Contact Form 7 plugin version 5.3 (released 2022) has known vulnerabilities including stored XSS and arbitrary form submission.
Remediation: Update Contact Form 7 to latest version (5.9+). Review submitted forms for malicious payloads. Consider alternative form plugins with better security records.
Weak TLS 1.0 Enabled on Payment Gateway
Medium
ID: FULL-011 | Asset: shop.acme-corp.com (payment endpoint)
CVSS 6.5
Description: TLS 1.0 protocol is still enabled on payment processing endpoints. TLS 1.0 is cryptographically broken and violates PCI DSS 3.2 requirements (minimum TLS 1.2).
Remediation: Disable TLS 1.0 and 1.1. Enforce minimum TLS 1.2. In Apache: SSLProtocol TLSv1.2 TLSv1.3. Update cipher suite to exclude weak algorithms.
Open Redirect on Login Page
Medium
ID: FULL-012 | Asset: acme-corp.com/login?redirect=
CVSS 6.1
Description: Login form accepts arbitrary redirect parameter without validation. Attackers can craft phishing links that appear legitimate: acme-corp.com/login?redirect=evil.com, stealing credentials.
Remediation: Whitelist allowed redirect domains. Validate redirect parameter against whitelist before redirecting. Display warning if redirecting to external domain.
XML-RPC Enabled on WordPress
Medium
ID: FULL-013 | Asset: blog.acme-corp.com/xmlrpc.php
CVSS 6.3
Description: WordPress XML-RPC endpoint is enabled and accessible. This can be abused for brute-force attacks (user enumeration) and distributed amplification attacks.
Remediation: Disable XML-RPC if not needed. Add to .htaccess: <Files xmlrpc.php> Deny from all </Files>. Or use a security plugin (Wordfence) to restrict access.
Missing Security Headers (from RECON)
Medium
ID: FULL-014 | Asset: All web properties
CVSS 6.2
Description: Security headers (CSP, X-Frame-Options, HSTS) are missing from HTTP responses, increasing risk of XSS, clickjacking, and downgrade attacks.

Additional Findings — Low & Informational

The full assessment identified 9 additional low-severity and informational findings. Key findings listed below; see appendix for complete details.

ID Title Asset Severity
FULL-015 DNS Zone Transfer Possible acme-corp.com Low
FULL-016 Missing Subresource Integrity (SRI) acme-corp.com (CDN scripts) Low
FULL-017 Session Cookie Missing Secure Flag api.acme-corp.com Low
FULL-018 WordPress User Enumeration blog.acme-corp.com Info
FULL-019 Technology Stack Mapped (15 components) All subdomains Info
FULL-020 Outdated Apache 2.4.41 shop.acme-corp.com Medium

Attack Path Analysis

The following demonstrates a realistic attack chain combining discovered vulnerabilities to achieve data theft and infrastructure compromise:

Attack Path: Complete Network Compromise

1
Enumerate & Fingerprint (Passive Reconnaissance)

Attacker runs DNS enumeration (similar to our RECON scan) and discovers ci.acme-corp.com, staging.acme-corp.com, and api.acme-corp.com. Uses Shodan API to find open port 3306 on staging server.

2
Exploit Jenkins CLI (CVE-2024-23897)

Attacker accesses ci.acme-corp.com:8080 and uses Jenkins CLI to read /var/lib/jenkins/secrets/master.key. This allows decryption of stored credentials (Git tokens, SSH keys, API tokens).

3
Access MySQL Database via Staging

Using credentials obtained from Jenkins, attacker connects to staging.acme-corp.com:3306 (exposed MySQL port). Database contains customer data, production API keys, and encryption keys.

4
Lateral Movement to Production via API Keys

Attacker uses API keys from database to access production api.acme-corp.com. CORS misconfiguration (wildcard *) allows stealing additional tokens. Attacker gains access to payment processing system.

5
Data Exfiltration & Persistence

Attacker exports customer database (payment cards, PII). Plants backdoor in WordPress (default admin credentials) and Jenkins for persistent access. Starts siphoning credit card data via payment gateway.

Risk Metrics

Time to Compromise (TTC): 2-4 hours with automated tools. A motivated attacker with your credentials could achieve full network compromise before detection.

Compliance Mapping

Acme Corp's e-commerce platform is subject to multiple compliance frameworks. The identified vulnerabilities create significant non-compliance gaps:

PCI DSS 3.2 — Payment Card Industry Data Security Standard

Requirement 2.2.4 (Change Defaults), 4.1 (Encryption in Transit), 6.5.10 (Broken Auth)

25% Compliant
Gap: Expired SSL cert blocks secure transactions. TLS 1.0 enabled. Default credentials on WordPress. Missing WAF. Unpatched payment endpoints.
ISO 27001:2022 — Information Security Management

A.5.1 (Policies), A.14 (System Dev/Maint), A.18.1 (Incident Mgmt)

35% Compliant
Gap: No vulnerability management process. Exposed .git directory violates source control policy. Staging server connected to production network violates segmentation. No incident response evidence.
SOC 2 Type II — Service Organization Control

CC6.1 (Logical Security), CC7.2 (System Monitoring)

40% Compliant
Gap: No evidence of patch management testing. Multi-factor authentication not enforced. Access controls not documented. No WAF/IDS logs for audit trail.
GDPR / CCPA — Data Protection Regulations

Article 5 (Data Protection), Article 32 (Security)

30% Compliant
Gap: No data encryption at rest. Open database on staging violates data minimization. No Data Protection Impact Assessment (DPIA) evidence. Incident response plan appears absent.

Compliance Impact

Critical: These vulnerabilities create material audit findings and potential regulatory fines. PCI DSS non-compliance can result in merchant lockdown or multi-million dollar fines. GDPR breach notification is mandatory if customer data is compromised (GDPR Article 33). Recommend immediate engagement with compliance officer and legal team.

Remediation Roadmap

Immediate Actions (Next 48 Hours)

  1. Patch Jenkins CVE-2024-23897: Upgrade to 2.426.1+ or take offline
  2. Block MySQL port 3306: Firewall rule on staging server
  3. Renew SSL certificate: Deploy on shop.acme-corp.com
  4. Change WordPress admin password: Disable default user
  5. Update Fortinet firmware: VPN gateway CVE-2024-21762
  6. Engage incident response: Audit logs for evidence of compromise
  7. Enable Web Application Firewall (WAF): Cloudflare or AWS WAF

Short-Term (Next 30 Days)

  1. Upgrade all outdated components (jQuery, MySQL, Apache)
  2. Fix CORS misconfiguration on API endpoints
  3. Implement security headers (CSP, X-Frame-Options, HSTS)
  4. Disable weak TLS versions (1.0, 1.1)
  5. Remove exposed .git directories
  6. Rotate all API keys and credentials exposed in Jenkins
  7. Implement automated certificate renewal

Medium-Term (30-90 Days)

  1. Implement network segmentation (staging offline)
  2. Deploy intrusion detection/prevention system (IDS/IPS)
  3. Establish vulnerability management process
  4. Conduct incident response tabletop exercise
  5. Implement encryption at rest for databases
  6. Enable multi-factor authentication (MFA) for all admin accounts
  7. Set up security monitoring & alerting dashboard

Long-Term (90+ Days)

  1. SOC 2 Type II audit preparation
  2. PCI DSS re-assessment
  3. Quarterly penetration testing program
  4. Developer security training program
  5. Supply chain security assessment
  6. Disaster recovery & business continuity planning

Recommended Services & Next Steps

Immediate Security Support

Given the critical nature of identified vulnerabilities, SafeComs recommends engaging for emergency incident response and targeted remediation:

SafeComs Compliance Trilogy

Comprehensive security and compliance platform combining three core solutions:

Cydome

Continuous vulnerability assessment & penetration testing. Automated scanning, compliance mapping, and attack path analysis.

iComply

Compliance management platform. SOC 2, PCI DSS, ISO 27001, and GDPR audit preparation and ongoing compliance tracking.

GuardTech

Managed security services. 24/7 monitoring, incident response, and threat intelligence.

Recommended Action Plan

1. Immediate (Week 1): Patch critical CVEs. Deploy WAF. Rotate credentials.
2. Short-term (Weeks 2-4): Deploy Cydome continuous scanning. Begin iComply compliance automation.
3. Medium-term (Months 2-3): Engage GuardTech for managed security services and 24/7 monitoring.
4. Ongoing: Monthly vulnerability assessments, compliance audits, and security training.

Contact SafeComs Security Team: Bangkok, Thailand | +66 (0)2-XXXX-XXXX | security@safecoms-consulting.com

Powered by SafeComs Network Security Consulting

Secure | Comply | Simplify

This report is CONFIDENTIAL and intended solely for authorized representatives of Acme Corp. Unauthorized reproduction, distribution, or disclosure is strictly prohibited and may result in legal action. Report generated by Cydome Vulnerability Assessment Platform.

Assessment Date: April 6, 2026 | Report ID: ACME-FULL-2026-0406
Severity: CRITICAL | Risk Grade: D | Remediation Priority: URGENT

"Secure | Comply | Simplify" — SafeComs is committed to helping organizations achieve security and compliance excellence.