Protect Your Network from Threats

Network Penetration Testing

overview

Overview of Network Penetration Testing

Network penetration testing is one kind of penetration testing—or “pen test”—that exactly aims a company’s whole computer network over the practice of ethical hacking. The objective of network penetration testing is to disclose and detect any vulnerability within the association. This contains doing an in-depth assessment of network security methods over outside tests and inside tests, such as mock phishing attacks and web application testing.

A network Penetration Testing  is a thorough security evaluation that extends beyond typical port scanning and vulnerability identification, aiming to identify security risks and their business implications on your network, whether it be internal, wireless or external Network Security testing is a vital process that helps website servers, threats that could damage any organization’s networks, network weaknesses, classify security flaws and other applications if they are criticized by hackers. It’s a vital stage in decisive how safe your network is by pretending attacks to increase illegal contact to the target network thereby measuring the current state network security.

Types of testing methodologies

Black Box

Black Box testing, often referred to as behavioral testing or external testing is a software testing technique that does not require prior knowledge of the internal code structure, implementation specifics, or internal pathways of an application.  It emphases on the request’s input and output and is completely reliant on the stipulations and necessities for the software.

Gray box

Gray box testing, which blends elements of both black box and white box testing, is a software testing approach employed to assess an application with a partial understanding of its core code. It searches for and classifies situation-exact responsibilities that request’s poor code structure has produced.

White Box      

White Box testing scrutinizes the underlying structure, coding, and architecture of software to validate the input-output flow and enhance the application’s design, security, and utility. Glass box testing, open box testing, clear box testing and internal testing are other names for this sort of testing because the testers can see the code.

Monitoring Services

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Monitoring Services
Threat Detection Accuracy

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Threat Detection Accuracy
Complete Data Protection

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Complete Data Protection
Security Tools Integrated

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Security Tools Integrated
Successful Security Audits

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Successful Security Audits
Steps We Follow

Steps involves in Senselearner Network Penetration Testing

  • information-Gathering

    1. Information Gathering

    Collect API details to understand architecture, endpoints, and functionality for effective testing.

  • Vulnerability-Analysis

    2. Vulnerability Analysis

    Identify flaws and weak points in the API that could be exploited by attackers.

  • Penetration-Testing

    3. Penetration Testing

    Simulate attacks to exploit vulnerabilities and assess the API’s resilience.

  • Privilege-Escalation-Testing

    4. Privilege Escalation Testing

    Check for unauthorized access risks or elevated privilege exploitation.

  • Result-Analysis-Reporting

    5. Result Analysis & Reporting

    Document findings, assess impacts, and deliver detailed vulnerability reports.

  • Remediation-Retesting

    6. Remediation & Retesting

    Provide fixes and re-evaluate to ensure vulnerabilities are resolved.

Why choose us?

At Senselearner, we leverage Cybersecurity solutions and automation to help you:

  • health-6332_fc720e72-c337-4f55-ac5e-081bb75924ec
    Expertise You Can Trust

    Benefit from a team of certified professionals with extensive experience in advanced cybersecurity solutions.

  • computer-network-1878_d52426db-94da-42b1-a4cd-d9ec6ecccef7
    Proven Track Record

    Trusted by businesses worldwide, we deliver reliable results and consistent support.

  • telephone-operator-4682_4cd38ad2-7f4a-4298-bae0-babc3fb40b99
    24/7 Support

    Our dedicated team is always available to respond to your queries and address your security concerns.

    Our services delivers a distinct array of benefits

    • 1.1
      Discover latent flaws in your system before they can be used by hackers, confirming preventive security controls.
    • 2.2
      Fortifies your network security against cyberattacks, deliver strong security and minimizing potential threats 
    • 3.3
      Confirm Adherence with industry norms and rules like PCI DSS, HIPAA or GDPR for safe organization Procedures.
    • 4.4
      Averts expensive data breaches by early reducing recovery expenses, and preventing operational downtime
    • 5.5
      Trusted by businesses worldwide, we deliver reliable results and consistent support.
    FAQ's

    Frequently Asked questions

    What are the recognized benchmarks or norms in the industry for conducting Network (VAPT)?

    Network VAPT adheres to the guidelines outlined in NIST SP800-115, PTES, and CIS Benchmarks.

    What other factors contribute significantly to network security in addition to VAPT?

    Apart from regular VAPT procedures, it is recommended to conduct a configuration audit and analyze device-level security based on the OEM’s recommended security policies and procedures.

    Are Network Penetration Testing and Vulnerability Assessment comparable in nature?

    During a penetration test, an external entity or simulated hacker is tasked with mimicking the process of gaining unauthorized access to the organization’s system. Within the umbrella of pen testing procedures, a subset known as vulnerability scanning is employed to assess the network and connected systems for specific, pre-identified vulnerabilities. While vulnerability scans concentrate on existing system weaknesses, penetration tests simulate real-world threats or attacks.

    How does Network Penetration Testing help in assessing third-party risks?

    It evaluates security gaps in connections with external vendors or partners, ensuring third-party integrations do not expose the network to vulnerabilities.