The evaluation of Application Security Tools should focus on features that enhance application protection and development workflow. Key aspects include:
Vulnerability Scanning
Real-time Threat Detection
Integration Capabilities
Reporting Functionality
Scalability
One fundamental feature is vulnerability scanning, which identifies potential weaknesses in applications and helps developers rectify these issues before deployment. Real-time threat detection is also crucial as it enables prompt responses to security breaches. Without these capabilities, applications remain vulnerable to various cyber threats that might compromise data integrity and user trust. Integration capabilities are essential, allowing developers to seamlessly incorporate security tools into existing workflows.
Moreover, reporting functionality in Application Security Tools provides insights into security trends and issues, facilitating informed decision-making and demonstrating compliance with industry standards. Scalability ensures that the tools can accommodate growth and support larger applications as they evolve. Focusing on features that align with security objectives aids in selecting tools that enhance application safety effectively. These tools must support various development and deployment environments to cater to the diverse needs of businesses.
Search for a product comparison in Application Security Tools
Most companies have hundreds of apps so it is impractical to ensure every single app is always meeting your security policies especially when they may have third-party components embedded. Another way to approach this may be to look at zero-trust networking and micro-segmentation. Using low-cost cloud-based micro-segmentation tools you can prevent any new code from running on servers and apps.
Furthermore, keep legacy software and OS operational that may not be receiving security updates anymore. Even if a third-party component gets infected the zero-trust approach will prevent it from launching. Additionally, if a device did get infected with ransomware the micro-segmentation would prevent the ransomware from moving laterally throughout the network - this is an area most networks are not protected -
Summary
Micro-segmentation and zero-trust are recommended by Gartner and Forrester as a key initiative for every enterprise. It will help you secure applications and will add a lot more security, visibility and control to your network.
I would check the authentication steps required. How does the data storage work in-app? Encryption and if any ciphering algorithm is used in applications.
Multiple aspects need to be looked at. I'm listing a few critical ones:
1. Hidden passwords and secrets within the application.
2. Check IaaC, Docker, K8 scripts - do they have the right configuration? Wrt Kubernetes and "Hardening Guidance" were released by NSA and CISA (Cybersecurity Technical Report). You need to check if these checks are successful.
3. Validate open-source security vulnerabilities (SCA). This is one area that many projects miss out on and is a very important one to focus on. Read the May 12 release (from US Whitehouse) around this.
4. Do dynamic application security testing using the application URL, in addition to static code check.
Application Security solutions need to work for developers and facilitate their interaction with AppSec including things like training/education. It needs to be fast enough to work on the main CI/CD pipeline and it needs to be trustworthy.
Secure User access solution, (2 factor authentication etc). Ability to provide only the required user access privileges based on user type. Secure communication between user and application and application and database. Encryption of database depending on sensitivity of data.
Applications is not an easy task -- especially when the application is in a constant state of flux to accommodate and adapt to business needs. One of the most important, yet overlooked aspects of application security is to know what you are defending and to understand it properly. It's critical to have an understanding of an application from the outside-in of what technologies it relies on; potential risks associated with it; and organizational impact associated with a security breach in that application.
Properly understanding an application allows you to identify possible weak spots and also helps you narrow down your scope during testing, as well as knowing what vulnerabilities, bad coding practices and patches your organization need to watch out for. It's good to also keep in mind that understanding a target is the first step an attacker takes -- knowing about, and fixing that bug or mis-configuration before an attacker exploits it is the aim of the game.
Furthermore, while aiming to prevent security vulnerabilities is a step in the right direction towards reducing your risk surface, preventive measures alone are not going to provide you with evidence to back-up your efforts. Even the best and brightest security conscious engineers miss a vulnerability or a patch now and then -- it’s part of being human.
You need to back-up your application security efforts with frequent testing. Unfortunately, it’s very difficult to manually pen-test an application at the speed at which new code gets deployed. Moreover, manual testing can get very costly very quickly, and is not salable. Automated security testing helps organizations test for vulnerabilities against an increasingly growing threat surface very quickly and in a scalable manner at a low, predictable costs, meaning that new code can roll off the assembly line faster without compromising your application's security baseline.
So in summary, know what you're trying to secure well, test continuously, and leverage the agility of automated testing to build security into applications as opposed to bolting it on.
The most important aspect to look for in Application Security should be about Data Handling. It should be able to answer the basic questions like where does the data from the application go, who has access to the data and how long does the data need to be accessible for consumption which the Application may or may not expose.
Ingénieur solutions at a comms service provider with 51-200 employees
Real User
2015-12-03T15:43:42Z
Dec 3, 2015
I think that is important to review if the problem of maintenance which were mention before was correct. And we can also see Secure SDLC, the design, the deployment and the maintenance
Application Security Tools are essential for safeguarding software applications from potential threats and vulnerabilities, ensuring data integrity and protection.
These tools play a crucial role in the software development lifecycle by identifying, mitigating, and preventing potential security threats. They offer a range of functionalities, from static and dynamic analysis to runtime protection, allowing developers to maintain robust security postures. Many organizations leverage these...
The evaluation of Application Security Tools should focus on features that enhance application protection and development workflow. Key aspects include:
One fundamental feature is vulnerability scanning, which identifies potential weaknesses in applications and helps developers rectify these issues before deployment. Real-time threat detection is also crucial as it enables prompt responses to security breaches. Without these capabilities, applications remain vulnerable to various cyber threats that might compromise data integrity and user trust. Integration capabilities are essential, allowing developers to seamlessly incorporate security tools into existing workflows.
Moreover, reporting functionality in Application Security Tools provides insights into security trends and issues, facilitating informed decision-making and demonstrating compliance with industry standards. Scalability ensures that the tools can accommodate growth and support larger applications as they evolve. Focusing on features that align with security objectives aids in selecting tools that enhance application safety effectively. These tools must support various development and deployment environments to cater to the diverse needs of businesses.
Most companies have hundreds of apps so it is impractical to ensure every single app is always meeting your security policies especially when they may have third-party components embedded. Another way to approach this may be to look at zero-trust networking and micro-segmentation. Using low-cost cloud-based micro-segmentation tools you can prevent any new code from running on servers and apps.
Furthermore, keep legacy software and OS operational that may not be receiving security updates anymore. Even if a third-party component gets infected the zero-trust approach will prevent it from launching. Additionally, if a device did get infected with ransomware the micro-segmentation would prevent the ransomware from moving laterally throughout the network - this is an area most networks are not protected -
Summary
Micro-segmentation and zero-trust are recommended by Gartner and Forrester as a key initiative for every enterprise. It will help you secure applications and will add a lot more security, visibility and control to your network.
I would check the authentication steps required. How does the data storage work in-app? Encryption and if any ciphering algorithm is used in applications.
@Nijesh V P Thanks for weighing in!
Multiple aspects need to be looked at. I'm listing a few critical ones:
1. Hidden passwords and secrets within the application.
2. Check IaaC, Docker, K8 scripts - do they have the right configuration? Wrt Kubernetes and "Hardening Guidance" were released by NSA and CISA (Cybersecurity Technical Report). You need to check if these checks are successful.
3. Validate open-source security vulnerabilities (SCA). This is one area that many projects miss out on and is a very important one to focus on. Read the May 12 release (from US Whitehouse) around this.
4. Do dynamic application security testing using the application URL, in addition to static code check.
- Supported Languages
- Integration into CI/CD Pipelines
- Feedback loop to various roles:
like Senior Leadership: Dashboard / High Level Metrics
Developers & Security Professionals : IDE Integration/CICD Plugins/GitHub Actions
- Suggests remediation
- Filter out false positives
- Scan for only certain vulnerability types / signatures
- Scan times vs. Code Scanning coverage
-on-premises solution
-complies with compliant standards like OWASPS,PCI, HIPPA etc
Application Security solutions need to work for developers and facilitate their interaction with AppSec including things like training/education. It needs to be fast enough to work on the main CI/CD pipeline and it needs to be trustworthy.
understand the development lifecycle and embed appropriate controls
Secure User access solution, (2 factor authentication etc). Ability to provide only the required user access privileges based on user type. Secure communication between user and application and application and database. Encryption of database depending on sensitivity of data.
Applications is not an easy task -- especially when the application is in a constant state of flux to accommodate and adapt to business needs. One of the most important, yet overlooked aspects of application security is to know what you are defending and to understand it properly. It's critical to have an understanding of an application from the outside-in of what technologies it relies on; potential risks associated with it; and organizational impact associated with a security breach in that application.
Properly understanding an application allows you to identify possible weak spots and also helps you narrow down your scope during testing, as well as knowing what vulnerabilities, bad coding practices and patches your organization need to watch out for. It's good to also keep in mind that understanding a target is the first step an attacker takes -- knowing about, and fixing that bug or mis-configuration before an attacker exploits it is the aim of the game.
Furthermore, while aiming to prevent security vulnerabilities is a step in the right direction towards reducing your risk surface, preventive measures alone are not going to provide you with evidence to back-up your efforts. Even the best and brightest security conscious engineers miss a vulnerability or a patch now and then -- it’s part of being human.
You need to back-up your application security efforts with frequent testing. Unfortunately, it’s very difficult to manually pen-test an application at the speed at which new code gets deployed. Moreover, manual testing can get very costly very quickly, and is not salable. Automated security testing helps organizations test for vulnerabilities against an increasingly growing threat surface very quickly and in a scalable manner at a low, predictable costs, meaning that new code can roll off the assembly line faster without compromising your application's security baseline.
So in summary, know what you're trying to secure well, test continuously, and leverage the agility of automated testing to build security into applications as opposed to bolting it on.
Simply, I would want to know where my risk is, with real intelligent information with metrics and not noise
Potential for vulnerability, reputation of the app and usage pattern
The most important aspect to look for in Application Security should be about Data Handling. It should be able to answer the basic questions like where does the data from the application go, who has access to the data and how long does the data need to be accessible for consumption which the Application may or may not expose.
I think that is important to review if the problem of maintenance which were mention before was correct. And we can also see Secure SDLC, the design, the deployment and the maintenance
Secure SDLC, start with security Requirements (ASVS) - Design (Threat Modeling) - Devlopment (Coding best practices & SCA) - Testing (VA/PT) - Deployment (configuration, network appliances)
Documentation and technical support if application is retail. If a developing application well defined coding standards along with documentation.
Ability to lock down configuration settings.
Data Exploring and Charting.