Why Applications Become Vulnerable to Attacks

Top Application Security Risks to Watch Out For

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Trends change as people grow. Attackers tend to find innovative ways and rely on up-to-date tools to compromise network security. Statistics show that around 82% of vulnerabilities were discovered in application codes [1]. Organizations are much safer when uncertainty and security issues are found as soon as possible to fight against prevalent threats. If you want to learn more about security awareness and keep an eye on possible vulnerabilities in your enterprise, then you are on the right page.

What Are Application Vulnerabilities?

Application vulnerabilities are possible holes or weaknesses in an application that can cause security breaches or exploitation. It is therefore essential to apply application vulnerability management and application security testing when dealing with programs and software. Web applications are specifically easy targets for attackers as the global reach of the internet can come from different locations, along with different attacking tools.

Areas of Risk for an Application

Like humans, no application is perfect. However, organizations can keep track of their vulnerabilities by checking the following areas of risks in their applications.

  1. Application and system architecture: An application’s architecture should always be handled by experts who have the capability to make suitable decisions in order to manage technological risks. Appalling choices when supervising an architecture, component, or platform can lead to unfavorable consequences such as security breaches and cyberattacks. A software security course can aid a security engineer to understand the fundamentals on application and system architecture.
  2. Application user and functional requirements: There’s always room for changes in the process of propagating a project. Modifications to user requirements and functional requirements should be planned thoroughly and developed with adequate research, integration, and prototyping. Critical failures in an application are often caused by disruptions when software requirements and features tend to be inconsistent with the user’s needs, such as functionality and quality of service.
  3. Application performance: Testing and consideration is essential to ensure that the application’s performance is working according to the requirements. A risk management plan should be ensured to comprehend user expectations upon the application implementation.
  4. Application’s organization: Harmful effects can sprout from project outcomes without proficient management. Organizational problems should be balanced in accordance to the client’s requests and the development team. Choosing team members with sufficient skill sets, along with those having undergone secure coding training, are the best match for application-related projects.
  5. Application’s new and untested technologies: Software projects require the need of using technologies. The probability of technology risks will emerge in practically any feasible software. As protocols, tools, standards, development systems, and techniques become more innovative, knowledge and requisite trainings are important to ensure that the application will be developed with the proper use of new technology.

It is, therefore, beneficial to determine, evaluate, prioritize, and regulate such risks in order to attain a meaningful project outcome.

Application Security and Awareness

Application security is the procedure of ensuring that applications are more secure by identifying, fixing, and developing its security before, during, and after the app is deployed. The standards of application security are established by leading industries to aid organizations in determining application vulnerabilities and remove them before encountering threats.

This procedure also includes tools and methods to help protect applications upon implementation. As hackers mostly target applications to start an intrusion, anyone who is specifically connected to the internet puts their own network automatically at risk. To secure your network and applications, there are hundreds of tools available depending on your risk. Examples are assessing suspicious coding threats, analyzing encryption options, and granting permission and privilege rights.

How Can an Organization Protect Their Applications?

  1. Apply security testing tools: Protect your application by implementing security testing tools such as Static Testing, Dynamic Testing, Interactive Testing, and Mobile Testing. Static Testing refers to analyzing fixed codes while the project is in development. Dynamic Testing refers to analyzing the running code. Interactive Testing refers to the combined process of static and dynamic testing. Lastly, Mobile Testing refers to the analyzation of the mobile environment and how attackers can compromise mobile devices.
  2. Invest in real-time security monitoring and protection devices: Prevention is always better than cure. As firewalls and software tools are effective on certain types of applications, it is still important to guard your workplaces physically all the time. CCTV cameras are efficient in today’s generation, as it allows you to see any physical activity that happens around your office. It allows you to detect an intrusion, gives you ample time to think of a response, and provides you with evidence after the disruption has occurred. Security monitoring devices such as these contribute to the well-being of your organization.
  3. Provide appropriate logging: Write logs or reports about mistakes made in your organization, may it be big or small. At some point, slip-ups will happen, like a bug in the code that no one actually saw which can be a cause for the application’s vulnerability later on. Having appropriate logs gives you an idea of what to look out for the next time around. It also helps you prepare for suitable solutions in the near future.
  4. Encrypt everything: Consider encryption from every angle. Encryption gives your data an extra layer of security and makes it harder for attackers to intrude. Even when your application’s been installed with firewall to protect it, encrypting everything you can protects your resources a whole lot more than a firewall can do. Data at rest is specifically needed to be encrypted as it is not usually checked upon but must be protected at all times.
  5. Be updated: Servers are not the only thing to be updated. Our knowledge should be updated as well. In line with ensuring that systems are hardened and up to date with its packages, make sure that you also stay aware of the latest vulnerabilities and attack vectors used today. Stay vigilant and learn from the mistakes that others made. New threats are coming every now and then. Some may not yet be discovered, but it is better to be wary than be sorry.

Develop a Secured Application Now!

EC Council’s Certified Application Security Engineer (CASE) training program has been established to prepare software professionals with a hands-on, extensive application security course that will aid them in developing secure applications. This program has been developed with application and software development experts globally to prepare you with job-ready skills.

In this training, you will get the critical security skills you need to jump-start your career. The secure coding training program covers security activities involving all phases of the Software Development Life Cycle (SDLC): planning, creating, testing, and deploying an application, focusing on the importance of implementing secure software security standards, models, and frameworks to secure your organization.

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