RASP is a modern form of technology, where application technology would be preventing applications from attacks during runtime. It is going to be the case when the application is in use. It is embedded into an application or a runtime environment pretty much like a web server where the application is hosted upon. Such a technology may control execution of an application, figure out vulnerabilities and deal with them on a real time basis. Their main purpose is to prevent malicious actors from compromising APIs and applications by relying on the use of code vulnerabilities like XSS, or SQL injection.
The applications that are deployed as part of a fragmented nature of networks. It would lead to a fragmentation of the application security where there is a lack of full proof security road map.
Rather than addressing the flaws in the app, the developers are known to adopt a traditional app sec approach that fails in the light of complex security threats. The concept of RASP security has been developed to cope up with ad hoc approaches when the developers come face to face with such type of threats.
The working and importance of RASP
RASP is integrated into a module or a framework that would run hand in glove with a program libraries, code along with system calls. Their role is to monitor the incoming traffic to the APIs or server of an application. RASP is known to take control over this app and address any security event if any problem arises.
It would be applying runtime protection measures and secure the applications from malpractices in the event of detecting any threats. Any requests would be examined by a RASP layer that is sitting between an application and the server which is not going to have any impact on the performance of an application.
With the emergence of technologies like WAP and IPS it would be often used for application security during the tenure of its use. Since it is going to work in line as it may inspect network traffic or content, but they would not be able to see how much data and content is processed within this application. Mainly they are used for log collection and alerts.
When you deploy RASP security applications in a network, an application team would be able to understand the application in details. Even it may make attempts at their end to block existing vulnerabilities in a deployed application. A couple of ways are there by which you may deploy a RASP solution that would be dependent upon the diagnostic and block mode.
If it is a diagnostic mode, the RASP will just report what is wrong when something is amiss and does not perform as per the necessary protocols. When it is a block protection mode, not only it is going to stop the execution but also highlight the issues emerging from it. An example is that it may stop execution of instructions to a database that may turn out to be a form of SQL injection attack.
Some other actions that a RASP may take is to terminate an user session, stopping the execution of an application or even alerting the user if there is any form of an attack.
The benefits of RASP security
One of the outstanding benefits of RASP security is that it is known to work from the interiors of an application. It remains an isolated protection method. Such a characteristic would allow RASP to be providing a conceptualized network. It takes necessary information from the system configuration, logic flow and system configuration.
An intelligent type of penetration testing
With the help of RASP it is possible to conduct effective form of a penetration testing to detect vulnerabilities. As stated earlier the use of the software would detect anomalies and you will be able to respond accordingly. It is possible to program and then you will be able to test the sections accordingly.
Response time is quicker
RASP technology ensures quicker and faster response time. Since it is going to provide in depth visibility into an application network along with active security logging in features it would provide real time updates about the behaviour of an application in a network. This is going to further empower the monitoring capabilities that would allow the developers to set the tone for an effective form of a design.
Legal application protection
For an enterprise a legal protection system is a necessity. But with modern form of advancements, the ways on how to protect legal applications is not an easy task. The legacy apps would be developed in an older format, where it would be difficult to render against any modern threats. The use of RASP technology would be solving this issue and with advanced security features would allow you to wrap the legacy app. There would be no need to touch upon the existing code base.
RASP is a highly effective form of solution as it tends to be cost effective. Being a low maintenance technology this is going to protect your application from viable threats. So you are bound to avail analytics, protection benefits all in a single package.
Once you deploy RASP is an independent security system that eliminates the threats with minimum amount of human intervention. Hence it is known to provide a self- protection application. Hence this may protect the application and would reward you with precise security events and runtime data.
To sum up things, when it is a WAP solutions and App test, an RASP solution could turn out to be a game changer. More so if an organization is planning to cope up with an unfrequented threat. With learning capabilities, traffic analysis of RASP an applications may be equipped with a RASP layer and it has the capability to deal with attacks at a higher frequency. Appsealing is an ideal platform where you can figure out information about the same. In a way it would go beyond the traditional security approaches and leverage RASP for faster and cost effective in app protection.