What is Web Application Security?

Web application security is the method of shielding websites and online services against diverse security fears that abuse flaws in an application’s code. Content management systems, database administration tools, and SaaS applications are some of the common targets for web application attacks.

Web applications are considered by hackers as high-priority targets owing to the intrinsic intricacy of their source code, which raises the probability of unattended flaws and malicious code handling. Attackers can easily automate most attacks, which are carried out extensively hundreds of thousands of targets simultaneously. Companies unable to secure their web applications are most likely to be attacked. In addition to other repercussions, this can lead to information theft, dented client relationships, canceled licenses and legal proceedings.

What is OWASP?

OWASP, or the Open Web Application Security Project, is a global non-profit organization devoted to web application security. One of the organization’s central philosophies is that all of their materials—such as documentation, tools, videos, and fora—are easily available and accessible on their website, enabling anyone to brush up their own web application security.

Web Application Security Risks in OWASP Top 10

Highlighting the top 10 highly critical risks, the OWASP Top 10 is a report that is regularly updated, compiled by a team of security experts from across the globe. The report underscores security concerns for web application security. OWASP is essentially an awareness document that recommends that every organization include the report into their procedures in a bid to reduce security risks.

Here are the security risks reported in the OWASP Top 10 2020 report:

1. Injection

Injection vulnerabilities happen when unreliable data is sent to a transcriber as part of a command or request. SQL, NoSQL, OS, and LDAP are some of the injection flaws. In Injection, the hacker’s unreceptive data can dupe the transcriber into performing inadvertent commands or retrieving data without appropriate approval.


2. Broken Authentication

Application functions pertaining to verification and session supervision are often applied erroneously, letting criminals compromise passcodes, keys, or to abuse other execution faults to presume other users’ identities provisionally or enduringly.

3. Sensitive Data Exposure

Numerous web applications do not correctly guard sensitive financial, medical, and other information. Hackers are liable to steal or adjust such feebly saved data to carry out credit card scam, identity theft, or other wrongdoings. Important data may be affected without additional safety, such as encryption, and needs special protections when swapped with the browser.

4. XML External Entities (XXE)

Numerous older or ill configured XML processors assess outside entity references within XML documents. Outside entities can be used to reveal internal files using the file URI handler, internal file shares, internal port scanning, remote code execution, and denial of service attacks.

5. Broken Access Control

Limitations on what genuine users are permitted to do are generally not correctly implemented. Hackers can misuse these faults to reach unsanctioned functionality and/or data, such as access other users’ accounts, watch important files, adjust other users’ data, and alter access rights, etc.

6. Security Misconfiguration

Security misconfiguration is a widely prevalent issue which happen s as a result of unsafe default configurations, half-finished or unplanned configurations, exposed cloud storage, misconfigured HTTP headers, and wordy error mails comprising important information. All operating schemes, frameworks, libraries, and applications must not only be safely configured, but they must also be repaired or progressed in a timely manner.

7. Cross-Site Scripting XSS

XSS faults happen every time an application contains unreliable data in a new web page without proper verification or escaping, or informs a current web page with data provided by the user employing a browser API that can generate HTML or JavaScript. This lets intruders to perform scripts in the victim’s browser which can capture user sessions, spoil websites, or forward the user to malicious sites.

8. Insecure Deserialization

Uncertain deserialization frequently results in remote code execution. Even if deserialization faults do not lead to remote code execution, they can be employed to carry out attacks, including replay attacks, injection attacks, and privilege escalation attacks.

9. Using Components with Identified Flaws

Mechanisms, such as libraries, frameworks, and other software units, run with the same rights as the application. If a susceptible constituent is abused, such an attack can ease grave data damage or server seizure. Applications and APIs using mechanisms with known susceptibilities may weaken application defenses and allow numerous attacks and influences.

10. Inadequate Logging & Monitoring

Inadequate logging and monitoring, in addition to lost or unproductive incorporation with event response, lets hackers to advance attack schemes, uphold perseverance, hinge to more systems, and tinker, excerpt, or terminate data. Most break lessons display time to spot a break is over 200 days, classically noticed by external parties instead of internal procedures or monitoring.


Web application security is a heap of attack exteriors and self-protective extenuating solutions. It is not sufficient to defend web applications with only one method, or at only one level of the pile. Susceptibilities in the platform, or in protocols, such as TCP or HTTP, are just as overwhelming to the safety and obtainability of applications as attacks against the application itself. A complete heap of extenuating solutions is essential to realize a helpful web application security bearing. It is significant to note that a comprehensive method needs teamwork across network, safety, operations and development teams, as each plays a critical role in safeguarding applications and their critical data.

There is no scarcity of likely attack points to a website on a system. There are scores of recognized problems that creators of malware and attackers alike tend to abuse. Employing some comparatively modest and free tools, nearly anyone can skim your website and identify one of these many security holes. The results when people find vulnerability in a system are diverse but they are nearly never good. The most effective way to keep a website secure is to hire a service that is dedicated to supervising, discovering, and removing threats

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