Penetration Test
What is penetration testing? Penetration testing (pentest) is an assessment method that identifies security vulnerabilities in an organization's information systems by simulating real-world attack scenarios. It provides vulnerability identification and risk reporting across web, network and application layers and is conducted in line with NIST, OWASP and TS-13638 standards.
Reconnaissance
Vulnerability Detection
Exploitation
ReportingWhat Is Penetration Testing?
What is Penetration Testing?
Penetration testing (pentest) is an assessment method that identifies security vulnerabilities in an organization's information systems by simulating real-world attack scenarios. It provides vulnerability identification and risk reporting across web, network and application layers and is conducted in line with NIST, OWASP and TS-13638 standards.
Regulatory Compliance
Why is penetration testing mandatory? Regulations such as BRSA, EMRA, PCI-DSS, ISO 27001, Trust Stamp and KVKK require periodic penetration testing in certain sectors. Tests should be performed at defined intervals or after significant system changes. Penetration testing is the security check-up of information systems; it finds potential gaps and vulnerabilities and reduces risk.
Security Posture Assessment
What does penetration testing achieve? It evaluates the organization's security posture with concrete findings, prioritizes vulnerabilities and provides a remediation roadmap. Unlike [Red Team](redteam) or [Blue Team](blueteam) services, it is technically vulnerability-focused; it is a critical component for continuous improvement and compliance.
Related Services
Penetration Test Stages
How many stages does a penetration test have? Five: information gathering, network mapping, classification, vulnerability detection and privilege escalation. These can be combined with Red Team or Blue Team exercises. The steps below form the methodological basis for every test type (web, network, mobile, etc.).
01
Data Collection
Information gathering collects data on the target system or organization using technical (whois, DNS, open source) and non-technical (search engines, social media) methods. The aim is to define the attack surface and possible entry points; this stage shapes the scope and strategy of the test.
02
Network Mapping
In the network mapping stage, the target's network structure, open ports and running services are identified. Port scanning, service and version detection are used to map network topology. The resulting map forms the basis for subsequent vulnerability detection and exploitation stages.
03
Classification
In the classification stage, detected ports, services and version information (banner grabbing, etc.) are matched against vulnerability databases and CVE data. Active network devices, administrative services and versions with known vulnerabilities are prioritized.
04
Vulnerability Detection
In the vulnerability detection stage, security weaknesses on the target system are identified with automated tools and manual checks. Exploitability and risk level are assessed for each finding; results are documented for reporting.
05
Obtaining Rights
In the privilege escalation stage, identified vulnerabilities are exploited in a controlled environment; privilege escalation, data access or system control are attempted. The goal is not to cause harm but to demonstrate real risk and make remediation recommendations concrete. The target system is not damaged.
What types of penetration tests are there?
What types of penetration tests are there? Wireless network, mobile application, web application, internal/external network, API, social engineering and payment systems are among the areas covered. Each penetration test type is described below with its process steps and scope.
Wireless Network Penetration Test
Mobile Application Penetration Test
Internal Network Penetration Test
External Network Penetration Test
Payment Infrastructure Penetration Test
Web Application Penetration Test
SCADA Penetration Test
Autonomous System Penetration Test
ATM and KIOSK Penetration Test
Embedded System Penetration Test
Wireless Network Penetration Test
Wireless networks are an indispensable part of the digital age. However, with the prevalence of these networks, cyber threats to wireless networks are also increasing. Wireless Network Penetration Testing is a comprehensive process to evaluate the security of an organization's wireless network. This test is used to identify potential cyber threats. It is carried out to determine how resilient wireless networks are against threats.
Wireless networks are seen almost everywhere today. They have a wide range of uses from cafes to airports, from offices to homes. The security of these networks is vital to protect the personal and corporate data of users. Wireless network penetration testing, It is a process that evaluates the security of networks.
Wireless Network (WiFi) Penetration Test Process:
- Information Collection: SSIDs of wireless network and hidden wireless networks (Hidden SSID) are detected.
- Detection of Encryption Methods: The encryption methods used are determined.
- Access Point Investigation: IP addresses are examined, security tests are performed for management interfaces.
- Client Detection: IP addresses, operating systems and other information of clients connected to the network are determined.
- MAC Address Filtering: This feature is detected and tests are performed to bypass MAC address protection.
- Traffic Monitoring: Network traffic is monitored in monitor mode.
- Vulnerability Detection: Various vulnerability detection methods such as cracking WEP/WPA keys, fake upgrade attacks and MITM tests are used.
- WPS Tests: Tests for wireless networks with WPS are performed. PIN number tests and WPA key cracking are performed.
- Connection Attacks: The resilience of the network is tested by sending fake connection requests.
- Obtaining Sensitive Information: An attempt is made to capture sensitive information from wireless network users.
- De-authentication and De-associate Attacks: This type of attack tests the resilience of the network.
- Rogue Access Point Check: Check for the presence of such malicious network points.
This process is designed to determine how resilient wireless networks are to cyber threats. An effective wireless network penetration test helps organizations take action against these threats by revealing potential security vulnerabilities and vulnerabilities. Wireless network security, especially in the digitalized world This is why penetration testing is an essential part of cybersecurity strategies in the modern business world.
Frequently Asked Questions about Penetration Testing
Common questions about penetration testing and our service.
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