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Source code security analysis (source code review) is the examination of an application source code to find errors overlooked in the initial development phase. A tester launches a code analyzer that scans line-by-line the code of an application. Once the analyzer, deployed in a testing environment, finds vulnerabilities, the pentester manually checks them to eliminate false positives.
The amount of time a tester spends on source code review varies with the programming language and the size of the application.
The strong point of source code review is the ability to identify the following vulnerabilities:
Why Source Code Review?
Code review helps give a fresh set of eyes to identify bugs and simple coding errors before your product gets to the next step, making the process for getting the software to the customer more efficient. Simply reviewing someone's code and identifying errors is great.
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What thing falls Web Penetration testing?
In Source Code it's very important to understand the programming specification and programming standards. Every programming language have a different specification and standards.
What we do?
Our team understand the programming specification & standards and provides you the best practices to upgrade the standards for Web, Mobile programming language. We provide information security standard, with the standard highlighting that the source code needs to be adequately protected otherwise attackers have a strong means of compromising systems, often without detection.
Source code vulnerabilities bring a number of risks, not least of which is the ability for attackers to directly modify the code, change the system API, modify the contents of memory or manipulate the data and resources of the application. This would allow the hacker to change the intended use of the application.
What we do?
We instruct developers implement robust source code protection methods that obfuscate the source code to make cloning and reverse-engineering apps that much harder. These methods should also enable runtime defences that thwart any copycats and lock any potential attackers out.
Flaw Hypothesis Methodology is the system analysis and penetration technique in which the specification and documentation for an information system are analyzed to produce a list of hypothetical flaws. This list is prioritized on the basis of the estimated probability that a flaw exists, on the ease of exploiting it, and on the extent of control or compromise it would provide. The prioritized list is used to perform penetration testing of a system.
The number one concern for companies when developing new software and algorithms is that they do the job they are meant to do and function efficiently. Source code is often left out of these security considerations, and its importance as proprietary information is overlooked. The simplest way source code can be leaked is through employee theft or negligence. Insider threats are at the heart of many data leaks: whether it is disgruntled employees feeling underappreciated or individuals leaving the company, they often have direct access to the source code and can easily transmit it, post it online, or copy it onto portable devices
What we do?
Cybersecurity features, when implemented, are intended to ensure customer data security and guard against malicious process hijacking attacks. Suggest tools can prevent data breaches and data exfiltration through security controls that limit or block employees from copying source code into emails, transferring it via popular messaging apps, personal emails or file-sharing services, or uploading it to cloud storage services.
