Vulnerability Assessment & Penetration Testing

Common Types of Vulnerability Assessments

• Network Assessment: Identifies weaknesses in firewalls, routers, and servers
• Web Application Assessment: SQL Injection, XSS, authentication flaws, insecure sessions
• Mobile Application Assessment: Insecure data storage, hard-coded secrets, unsafe communication
• Cloud Security Assessment: Misconfigurations across AWS, Azure, and GCP environments
• API Security Assessment: Broken authentication, excessive data exposure, injection flaws

Vulnerability Assessment vs Penetration Testing

Aspect	Vulnerability Assessment	Penetration Testing
Objective	Identify and list security weaknesses	Exploit vulnerabilities to prove real-world impact
Approach	Automated + manual scanning and prioritization	Ethical hacking and exploitation simulation
Outcome	Report with risk ratings and remediation steps	Proof-of-concept exploits showing attacker reach
Frequency	Monthly / Quarterly	Once or twice a year, or after major changes

A Vulnerability Assessment finds the doors left open. A Penetration Test tries to walk through those doors — just like a hacker would.

Why Your Business Needs It Now

Cyber threats are no longer limited to large corporations — every business is a target. A single overlooked flaw — an outdated server, a weak API token, or a misconfigured cloud bucket — can trigger a chain of costly events.

When Should You Get One?

• You're launching a new web or mobile application
• You've migrated to a cloud platform (AWS, Azure, GCP)
• You've made significant infrastructure changes
• You're preparing for ISO 27001, GDPR, DPDP, or client audits
• You've had an incident or suspect unusual system behavior

How a Vulnerability Assessment Works

1. 1

   Scoping & Planning

   Define systems, environments, timelines, rules of engagement, and points of contact to avoid disruption.

2. 2

   Information Gathering

   Gather domain info, IP addresses, technologies, exposed services. Tools: Nmap, Shodan, DNS enumeration.

3. 3

   Vulnerability Scanning

   Automated and manual scanning using Nessus, OpenVAS, Burp Suite. Output: findings by severity level.

4. 4

   Validation & Manual Verification

   Every critical finding is manually confirmed by safe exploitation in a controlled environment.

5. 5

   Risk Analysis & Prioritization

   Assess real business impact using CVSS scoring. Output: risk matrix showing severity vs. business impact.

6. 6

   Detailed Reporting

   Executive summary, technical findings with evidence, remediation guidance, references to OWASP, NIST, ISO 27001.

7. 7

   Remediation Support & Retesting

   After fixes, we retest to confirm all issues are mitigated. Final clean report shareable with auditors or clients.

How Often Should You Test?

Organization Type	Recommended Frequency	Reason
Startups / SMBs	Once every 6–12 months	Infrastructure changes quickly as you scale
Enterprises / Corporates	Quarterly or Bi-Annually	Continuous deployments increase attack surface
E-commerce / FinTech / SaaS	Every major release + quarterly	Handle sensitive data and face higher attack attempts
Government / Critical Infra	Every 3–6 months	Strict risk management and compliance controls required

Choosing the Right VAPT Partner

• Certified Experts: OSCP, CEH, ISO 27001, and cloud-certified professionals
• Standard Methodology: OWASP, NIST, and PTES frameworks
• Clear Reporting: Executive summaries and developer-friendly guidance
• Confidentiality: NDA-backed, ethical, and transparent processes
• Post-Test Support: Assistance in fixing issues and verifying remediation