RASP stands for runtime protection system that is build and linked on the runtime of an application environment. It is capable to control the execution of an application where it detects and prevents real time attacks. rasp security products integrate with an application where you analyse or monitor traffic along with behaviour of the users. The moment it detects an attack it goes on to issue an alert and in some cases patch application to prevent further attacks. Such visibility is going to enable them identify the attacks frequently reducing the impact of false positives. Only it goes on to report those actions which turn out to be legitimate threats.
RASP and their benefits
An organization is resorting to use of RASP since the zero defects are on the rise. Though some of the applications cannot be secured like an application that would be costly to fix or it might the code which is developed by the third parties. The security leaders might rely on the deep analysis to have a better understanding along with attack techniques where they may adjust their policies.
The use of RASP tools is going to provide a lot of information about WAFs about any type of vulnerability that resides in the database. A developer would require such a type of action to detect vulnerabilities and even have an idea on how to prevent the vulnerability from emerging in the future.
The things that you need to observe in a RASP solution
The key is to invest in a versatile and well- articulated RASP module it is going to provide visibility into an application more than what WAF is going to provide. The reason being it is going to analyse only the traffic that passes in and out of the web. Hence it is not going to have any knowledge about the context of applications that is intended to protect. WAP is known to operate with data in transit and decode the data before it is being used for malicious content.
RASP tools has an architecture that provides high level code visibility , which means they can identify attacks whereby it reduces false positives in due course of time. Even they might be able to analyse all the incoming data pointing to a fewer false negatives. A user should be able to configure a full centric product to block and classify it in the form of an attack.
If the RASP product is capable it is bound to extend all possible support for a common enterprise language. Examples would be Java Net along with newer languages and associated frameworks.
Some of the users have their views mixed with RASP products as it relies on cloud connectivity for data storage and analysis. Any RASP product that relies on the use of cloud storage would provide numerous benefits. Potential security issues might arise where the private data is sent to the cloud. Even there is a risk if you open up the internal servers on to the internet.