Web Application Penetration Testing
Robust threat exploration and manual analysis of your
web applications to uncover security gaps and identify
exploitable vulnerabilities, weaknesses, and technical flaws.
Understand the risk posed to you, and your customers, by the vulnerabilities present in your application(s). And improve the marketability of your application.
WEB APPLICATION SECURITY:
A HYBRID APPROACH
Throughout the web application penetration testing process, automated, as well as comprehensive manual testing, will be used to identify all application and business-logic related vulnerabilities. At MainNerve, all our web app security tests go beyond international standards such as OWASP and come with a detailed final report that includes an executive summary, a listing of risk ratings, remediation recommendations, and more.
IDENTIFY APPLICATION VULNERABILITIES AND EXPOSURES
Web applications frequently store sensitive information… and may even provide an external access point to your network. MainNerve’s expert penetration testing truly simulates the attacks of a real-world hacker–which includes specialized vulnerability assessments, automated scans, and manual techniques. These cyber services all work together to reduce false positives and identify application security gaps.
Test your web application against:
Broken Authentication /Session Management
Cross Site Request
Server and Security
THE MAINNERVE PROCESS
MainNerve’s web application penetration testing services are designed to improve the security of your web applications through a comprehensive, highly-manual, risk-based approach to identifying critical vulnerabilities. And at the end of the MainNerve web app pen test process, you will receive a detailed report that clearly defines the results of the test. MainNerve application security solutions are designed to help businesses realize a resilient application that can withstand sophisticated cyber threats.
The planning phase of Web Application Penetration Testing (WAPT) process includes establishing Rules of Engagement, communicating about on- and off-limit IPs and applications (Scoping), the overall timeline of the web application penetration test, and whether or not the test will be performed using White, Gray, or Black Box methodologies.
Once the planning phase is complete, architecture mapping and a complete web application scan are performed. This is the first true step of the web application pen test and is the foundation of an efficient and ethical attack. It is important to note that the web application is not directly engaged (or attacked) during this phase.
The mapping phase of the web application process takes place after reconnaissance and enables the ethical hacker to understand all facets of the target web application and associated infrastructure. During this phase, component relationships, logic flow, software, and versions are all examined. The tester will crawl the application(s) to identify its work flow, functionality and potential testing/injection points. Lastly, authentication mechanisms and session handling are examined to identify potential vulnerabilities.
During the discovery phase of the web application penetration testing, the ethical hacker takes an in-depth look at the target application(s) to find any additional information and potential vulnerabilities. This phase focuses heavily on finding common applications, user interfaces, information leakage, authentication systems, and error messages–also known as fingerprinting. Once fingerprinting is concluded, a web application vulnerability scan is performed in order to verify potential vulnerabilities and exploits. It is important to note that all tools and scrips for the exploitation phase are prepared during this step. That being said, the discovery phase is still technically nothing more than an information gathering and attack preparation phase.
The exploitation phase of the web app pen test process is where all the information gathered, tools selected, and the scripts prepared are then used to exploit flaws that allow security controls to be circumvented. The success of this step is highly dependent on the previous steps. MainNerve uses manual verification and other techniques to check all potential exploits, and if necessary, retest to validate results. The purpose of this phase is to provide proofs of concept regarding findings identified during the Discovery Phase, identify false positives, and (if within scope) gain control of the application.
At MainNerve, we consider reporting, the final phase of the web application penetration testing process, to be the most crucial phase. We take great care to ensure that we effectively communicate the value of our service and findings as thoroughly as possible. Our main goal is to ensure that all information from the WAPT is clearly understood and that a roadmap toward remediation/mitigation is well defined. A comprehensive final report detailing all testing information along with an executive summary is securely delivered at the conclusion of this phase.
Network Penetration Testing
Network penetration testing assists with the identification and examination of vulnerabilities for external, Internet-facing and internal, intranet systems. A network pen test will help determine whether an attack can exploit and compromise targeted systems. Take the next step to improving your business’ security with a network pen test.
MainNerve’s compliance solutions are designed to help fill one of the biggest challenges for businesses: staying in alignment with the exhaustive list of Governance, Risk Management, and Compliance (GRC) requirements. From PCI DSS and HIPAA, to CJIS and FINRA, MainNerve can help your business navigate the GRC landscape with specialized penetration tests.
Social engineering, in the context of information security, is commonly defined as the of persuasion and/or manipulation techniques in order to influence people into performing actions or divulging confidential information. Ensure that your business is secure by testing and evaluating your employees against general phishing and “spear-phishing” attacks.