• ACE Team

What is application security?

Application security refers to security measures implemented at the application level to prevent data or code contained within the app from being stolen or hijacked. It includes security considerations during application development and design, as well as systems and approaches to protect apps after they are deployed.


Application security may include hardware, software, and procedures for identifying and mitigating security flaws. A router that prevents Internet users from viewing a computer's IP address is an example of hardware application security. However, application-level security measures, such as an application firewall that strictly defines what activities are allowed and prohibited, are typically built into the software. Procedures can include things like an application security routine with protocols such as regular testing.

Application security definition


Application security is the process of developing, adding, and testing security features within applications to prevent security vulnerabilities against threats such as unauthorized access and modification.


1: Why application security is important


Application security is critical because today's applications are frequently available across multiple networks and linked to the cloud, increasing vulnerabilities to security threats and breaches. There is increasing pressure and incentive to ensure security not only at the network level but also within applications. One reason for this is that hackers are targeting apps with their attacks more frequently than in the past. Application security testing can reveal application-level flaws, assisting in the prevention of these attacks.

2: Types of application security


Authentication, authorization, encryption, logging, and application security testing are examples of application security features. Developers can also write code to reduce security flaws in applications.


  • Authentication is the process by which software developers incorporate procedures into an application to ensure that only authorized users have access to it. Authentication procedures verify that a user is who they claim to be. This can be accomplished by requiring the user to enter a user name and password when accessing an application. Multi-factor authentication necessitates the use of more than one form of authentication, which may include something you know (a password), something you have (a mobile device), and something you are (a thumbprint or facial recognition).

  • Authorization: After a user has been authenticated, he or she may be granted access to and use of the application. By comparing the user's identity to a list of authorized users, the system can validate that the user has permission to access the application. Authentication must occur prior to authorization so that the application only matches validated user credentials to the authorized user list.

  • Encryption: Once a user has been authenticated and is using the application, other security measures can keep sensitive data from being seen or used by a cybercriminal. When traffic containing sensitive data travels between the end user and the cloud in cloud-based applications, that traffic can be encrypted to keep the data safe.

  • Logging: If a security breach occurs in an application, logging can assist in determining who gained access to the data and how. Application log files keep a time-stamped record of which features of the application were accessed and by whom.

  • Application security testing: This is a necessary process to ensure that all of these security controls are functioning properly.


3: Application security in the cloud


Cloud application security presents some additional challenges. Because cloud environments use shared resources, special care must be taken to ensure that users only see the data that they are authorized to see in their cloud-based applications. Because sensitive data is transmitted across the Internet from the user to the application and back, it is also more vulnerable in cloud-based applications.


4: Mobile application security


Mobile devices transmit and receive data over the Internet rather than a private network, making them vulnerable to attack. Virtual private networks (VPNs) can be used by businesses to add a layer of mobile application security for employees who log in to applications remotely. IT departments may also decide to vet mobile apps and ensure they comply with company security policies before allowing employees to use them on corporate-connected mobile devices.


5: Web application security


Web application security is concerned with apps or services that users access via a browser interface over the Internet. Because web applications are hosted on remote servers rather than locally on user machines, data must be transmitted to and from the user via the Internet. Businesses that host web applications or provide web services are especially concerned about web application security. These companies frequently use a web application firewall to protect their network from intrusion. A web application firewall works by inspecting and, if necessary, blocking potentially harmful data packets.


6: What are application security controls?


Application security controls are techniques for improving an application's security at the coding level, making it less vulnerable to threats. Many of these controls address how the application responds to unexpected inputs that a cybercriminal might use to exploit a vulnerability. A programmer can write code for an application so that he or she has more control over the outcome of these unexpected inputs. Fuzzing is a type of application security testing in which developers examine the outcomes of unexpected values or inputs to determine which ones cause the application to behave in an unexpected manner, potentially opening a security hole.


7: What is application security testing?


Application developers perform application security testing as part of the software development process to ensure that a new or updated version of a software application does not contain any security vulnerabilities. A security audit can ensure that the application meets a specific set of security criteria. After the application has passed the audit, developers must ensure that it is only accessible to authorized users. A developer performs penetration testing by thinking like a cybercriminal and looking for ways to break into the application. Penetration testing may include social engineering or attempting to deceive users into granting unauthorized access. Unauthenticated security scans and authenticated security scans (as logged-in users) are commonly used by testers to detect security vulnerabilities that may not be visible in both states.


Conclusion:

Web application security is a collection of attack surfaces and defensive countermeasures. It is insufficient to protect web applications with a single technique or at a single layer of the stack. Vulnerabilities in the platform or protocols such as TCP or HTTP are just as damaging to application security and availability as attacks on the application itself.


To achieve a positive web application security posture, a full stack of mitigating solutions is required. A comprehensive approach necessitates collaboration among network, security, operations, and development teams, as each has a role to play in protecting applications and their critical data.


Need help with Application Security?


Call us at +65 6262 0402 or email us at care@acebizservices.com to get the information details on your needs.


Credit: https://www.vmware.com/topics/glossary/content/application-security.html#:~:text=Application%20security%20is%20the%20process,as%20unauthorized%20access%20and%20modification.

https://www.oreilly.com/library/view/web-application-security/9781849287050/Text/11_ch05.xhtml

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