TOP 5 WEB APPLICATION PENETRATION TESTING METHODOLOGIES
The results of the penetration tests differ consistent with the standards and methodologies they leverage. While organizations are looking to secure their IT infrastructure and fix vulnerabilities, they're also trying to find the newest , relevant, and hottest penetration tools and methodologies to fight the new sorts of cyberattacks.
Popular web application penetration testing methodologies and standards
1. OSSTMM
The OSSTMM (Open Source Security Testing
Methodology Manual) may be a recognized framework that details industry
standards. The network framework provide a scientific methodology for network
penetration testing & vulnerability assessment. it's a comprehensive guide
to the network development team and penetration testers to spot security
vulnerabilities present within the network.
The OSSTMM methodology enables penetration
testers to perform customized testing that matches the technological and
specific needs of the organization. A customized assessment gives an summary of
the network’s security, along side reliable solutions to form appropriate
decisions to secure an organization’s network.
2. OWASP
The OWASP (Open Web Application Security
Project) is another recognized standard that powers organizations to regulate
application vulnerabilities. This network framework help to identify
vulnerabilities in web and mobile applications. At an equivalent time, the
OWASP also complicates logical flaws arising in unsafe development practices.
The updated guide of OWASP provides over 66
controls to spot and assess vulnerabilities with numerous functionalities found
within the latest applications today.
3. NIST
The NIST (National Institute of Standards and
Technology) varies information security manuals that difference from
information security manuals. In a way, NIST offers more specific guidelines
intrinsic to penetration testing to reinforce the overall cybersecurity
of an
organization . Most American-based organizations and
partners must suits the regulatory compliance of the NIST framework. Moreover,
the framework guarantees information security in industries like banking,
communications, and energy. there's a probability of customizing the standards
to satisfy their specific needs. Significantly, NIST contributes to security
innovation within the American industries.
In order to suits the NIST standards,
organizations must conduct penetration testing on their applications and
networks. However, organizations should follow pre-established guidelines.
These guidelines make sure that the organizations fulfill their cybersecurity
obligations and mitigate risks of possible cyberattacks.
4. PTES
The PTES (Penetration Testing Methodologies and
Standards) recommend a structured approach to a penetration test. On one side,
the PTES guides you thru the phases of penetration testing, beginning with
communication, operation , and threat modeling phases. On the opposite hand,
penetration testers acquaint themselves with the organization’s processes,
which helps them identify the foremost vulnerable areas that are susceptible to
attacks.
PTES provides guidelines to tester for
post-exploitation testing. If required, they will validate the successful
fixing of previously identified vulnerabilities. the quality has seven phases
that assurance successful penetration testing with recommendations to believe .
5. ISSAF
The ISSAF (Information System Security
Assessment Framework) may be a specialized and structured approach to
penetration testing. More importantly, the network framework provides advanced
methodologies that are personalized to the context. These standards allow a
tester to plan & execute to every
step of the penetration testing process. Thus, it caters to all or any the
wants of the penetration testing process. As a penetration tester, if you're
using different tools, then ISSAF may be a crucial framework. as an example ,
it ties each step to a selected tool and thus reduces complexity.
ISSAF offers additional information concerning
various attack vectors, also as vulnerability outcome after exploitation. All
this information allows testers to plan a complicated attack that guarantees a
return on investment while securing systems from cyberattacks.
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