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Why should you use PHP Framework instead of Core PHP?

Nemanja Grubor

21 Dec 2020

5 min read

Why should you use PHP Framework instead of Core PHP?
  • Laravel


Back in 2018, I've done a PHP open source project, for practice. This is a simple project that demonstrates an operation of multiplication of a pair of positive integers between 1 and 10, stored in a table.

Back then, I didn't think much about security of an application. For me, the biggest challenge was, and still is, the security of an application.

I will talk about three PHP security best practices: SQL Injection Prevention, Form Validation, Cross-Site Request Forgery (CSRF) Prevention. Although there are more than these three security best practices, I will cover these because they are much more easier to use by using some PHP Framework (like Laravel), instead of using Core PHP.

About SQL Injection

SQL injection is a code injection technique, used to attack data-driven applications, in which malicious SQL statements are inserted into an entry field for execution. SQL injection must exploit a security vulnerability in an application's software, for example, when user input is either incorrectly filtered for string literal escape characters embedded in SQL statements or user input is not strongly typed and unexpectedly executed. SQL injection is mostly known as an attack vector for websites but can be used to attack any type of SQL database.

SQL injection attacks allow attackers to spoof identity, tamper with existing data, cause repudiation issues such as voiding transactions or changing balances, allow the complete disclosure of all data on the system, destroy the data or make it otherwise unavailable, and become administrators of the database server.

There are four main sub-classes of SQL injection:

  • Classic SQLi
  • Blind or Inference SQL injection
  • Database management system-specific SQLi
  • Compounded SQLi

Core PHP vs Laravel for SQLi Prevention

When it comes to security, if you are using Core PHP, it feels like "reinventing the wheel" thing. This is because, in Core PHP, you have to implement SQLi Prevention techniques by yourself.

And here, Laravel comes to the scene.

Laravel's database query builder provides a convenient, fluent interface to creating and running database queries. It can be used to perform most database operations in your application and works on all supported database systems. The Laravel query builder uses PDO parameter binding to protect your application against SQL injection attacks. There is no need to clean strings being passed as bindings.

Form Validation

Validation is the most important aspect while designing an application. It validates the incoming data.

Core PHP vs Laravel for Form Validation

Laravel provides several different approaches to validate your application's incoming data. By default, Laravel's base controller class uses a ValidatesRequests trait which provides a convenient method to validate incoming HTTP request with a variety of powerful validation rules.

About Cross-Site Request Forgery (CSRF)

Cross-site request forgery, also known as one-click attack or session riding and abbreviated as CSRF or XSRF, is a type of malicious exploit of a website where unauthorized commands are submitted from a user that the web application trusts. There are many ways in which a malicious website can transmit such commands; specially-crafted image tags, hidden forms, and JavaScript XMLHttpRequests, for example, can all work without the user's interaction or even knowledge. Unlike cross-site scripting (XSS), which exploits the trust a user has for a particular site, CSRF exploits the trust that a site has in a user's browser.

In a CSRF attack, an innocent end user is tricked by an attacker into submitting a web request that they did not intend. This may cause actions to be performed on the website that can include inadvertent client or server data leakage, change of session state, or manipulation of an end user's account.

In a CSRF attack, the attacker's goal is to cause an innocent victim to unknowingly submit a maliciously crafted web request to a website that the victim has privileged access to. This web request can be crafted to include URL parameters, cookies and other data that appear normal to the web server processing the request. At risk are web applications that perform actions based on input from trusted and authenticated users without requiring the user to authorize the specific action. A user who is authenticated by a cookie saved in the user's web browser could unknowingly send an HTTP request to a site that trusts the user and thereby causes an unwanted action.

A general property of web browsers is that they will automatically and invisibly include any cookies used by a given domain in any web request sent to that domain. This property is exploited by CSRF attacks in that any web request made by a browser will automatically include any cookies (including session cookies and others) created when a victim logs into a website. In the event that a user is tricked into inadvertently submitting a request through their browser these automatically included cookies will cause the forged request to appear real to the web server and it will perform any appropriately requested actions including returning data, manipulating session state, or making changes to the victim's account.

In order for a CSRF attack to work, an attacker must identify a reproducible web request that executes a specific action such as changing an account password on the target page. Once such a request is identified, a link can be created that generates this malicious request and that link can be embedded on a page within the attacker's control. This link may be placed in such a way that it is not even necessary for the victim to click the link. For example, it may be embedded within an html image tag on an email sent to the victim which will automatically be loaded when the victim opens their email. Once the victim has clicked the link, their browser will automatically include any cookies used by that website and submit the request to the web server. The web server will not be able to identify the forgery because the request was made by a user that was logged in, and submitted all the requisite cookies.

Cross-site request forgery is an example of a confused deputy attack against a web browser because the web browser is tricked into submitting a forged request by a less privileged attacker.

CSRF commonly has the following characteristics:

  • It involves sites that rely on a user's identity.
  • It exploits the site's trust in that identity.
  • It tricks the user's browser into sending HTTP requests to a target site.
  • It involves HTTP requests that have side effects.

Core PHP vs Laravel for CSRF Prevention

Laravel makes it easy to protect your application from cross-site request forgery (CSRF) attacks. Cross-site request forgeries are a type of malicious exploit whereby unauthorized commands are performed on behalf of an authenticated user.

Laravel automatically generates a CSRF "token" for each active user session managed by the application. This token is used to verify that the authenticated user is the one actually making the requests to the application.

Anytime you define a HTML form in your application, you should include a hidden CSRF token field in the form so that the CSRF protection middleware can validate the request.

The VerifyCsrfToken middleware, which is included in the web middleware group, will automatically verify that the token in the request input matches the token stored in the session.


All protections listed above can be done with Core PHP but you will have to write a lot of code. So, I suggest to you (and to myself, because I am still learning PHP), that you should use PHP Framework (in this Article, Laravel), because it will save you some time.

Did you like this article?

Nemanja Grubor

Experienced in Oracle (SQL, PL/SQL, APEX) Database Development, Core PHP, and Delphi. He is currently working as a research analyst and educator (CentOS Linux, Oracle SQL, PL/SQL, APEX). He also has experience in tutoring (C++).

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