DEV Community: NOABLST

What are REST APIs?

NOABLST — Wed, 27 Jul 2022 10:45:40 +0000

REST APIs are a popular way to interface with web services. They are typically easy to use and well- documented. However, they can be slow, and they may require authentication.

REST APIs are built on the principles of the Representational State Transfer architectural pattern, which defines how communication should happen over the internet. The main idea behind this architectural pattern is that a given resource, such as an article, can be represented in multiple ways, like in JSON, XML, or HTML. When a client, such as a web browser, makes a request to a server for a specific resource, the server will return the resource in the requested format.

One of the main benefits of using a REST API is that it is language- agnostic, meaning that any programming language can be used to interact with the API.

One of the drawbacks of REST APIs is that they can be slow, due to the overhead of making multiple HTTP requests. Another drawback is that they are often tightly coupled to a specific implementation, meaning that if the underlying data changes, the API will likely need to be updated as well.

If you're looking to create or consume a REST API, there are a few things to keep in mind. First, decide what format you want the data in (JSON, XML, etc.), and make sure the API can support that format. Second, consider whether you need any authentication or authorization for the API. Finally, take a look at the documentation to see how easy the API is to use.

Open source API Security testing tools
Please check BLST Security open source CLI tool - Cherrybomb which is a CLI tool that helps you avoid undefined user behavior by validating your API specifications.

Thanks for reading my post. If you enjoy my content, please consider following me :)

What Is an API and How Does It Work?

NOABLST — Mon, 18 Jul 2022 08:51:52 +0000

What Is an API?

API stands for "application programming interface." It is a set of protocols, routines, and tools for building software applications. An API specifies how software components should interact with each other and is used when programming graphical user interface (GUI) components. A good API makes it easier to develop a program by providing all the building blocks, which are then put together by the programmer.

An API is the interface that is used by developers to access the functionality of the software component. Think of an API like a contract between two pieces of software. As mentioned, it outlines how the two software components will interact with each other. An API is usually defined by the provider of the software component (e.g., Facebook, Google, Twitter, etc.) and it stipulates what data is available and how it can be accessed. It also determines what operations can be performed with the data.

APIs are important because they designate how the software component can be used.

How Do APIs Work?

When using an API, you are essentially making a request to a server for data or information. The API then processes the request and returns the data to you.

As previously mentioned, the API defines the rules of communication between two software components. It includes the format of the data that is exchanged and the order in which it is exchanged.

Usually, the provider of the software component also provides the API. For example, Facebook provides an API that allows developers to access the data on Facebook. This API defines how the data on Facebook can be accessed and what operations can be performed on it.

Again, APIs are important because they allow different software components to work together. APIs are essentially the glue that holds the software components together.

If you're interested in exploring API security testing tools, I invite you to check out our API security GitHub ⭐
https://github.com/blst-security/cherrybomb

Stay tuned for more interesting information :)

What is OAS and why would you use it?

NOABLST — Sun, 26 Jun 2022 13:24:05 +0000

OAS is a language-agnostic interface to RESTful APIs which allows both humans and computers to discover and understand the capabilities of the service without access to source code, documentation, or through network traffic inspection. Additionally, OAS can help ensure that research is properly attributed and cited, and that it meets funder mandates for open access.

OpenAPI Specification (OAS) defines a standard, language-agnostic interface to RESTful APIs which allows both humans and computers to discover and understand the capabilities of the service without access to source code, documentation, or through network traffic inspection.

Why use OpenAPI Specification?

There are many reasons to use OpenAPI Specification. Here are just a few:

OAS promotes adoption of best practices in API design
OAS is language-agnostic
OAS is easily read and understood by both humans and computers
OAS can be used to generate documentation for an API
OAS can be used to generate client code for an API
OAS can be used to test an API
OAS can be used to create a mocked version of an API for development or testing purposes
OAS is supported by a wide range of tools, including open source and commercial tools
OAS is backed by a strong community of users and contributors

Overall, OAS provides a number of benefits for researchers. By making it easier to find and use digital content, OAS can save researchers time and effort. Additionally, OAS can help ensure that research is properly attributed and cited, and that it meets funder mandates for open access.

Open source API Security testing tools
I invite you to check out our API security GitHub ⭐
https://github.com/blst-security/cherrybomb

In conclusion, OpenAPI Specification is a standard, language-agnostic interface to RESTful APIs which allows both humans and computers to discover and understand the capabilities of the service without access to source code, documentation, or through network traffic inspection. OpenAPI Specification is supported by a wide range of tools, including open source and commercial tools, and is backed by a strong community of users and contributors.

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API ATTACKS

NOABLST — Mon, 20 Jun 2022 14:02:18 +0000

As API attacks become more common, it's important to understand what they are and how to protect your APIs. API attacks are a type of cyberattack that targets a programmatic interface, typically an application programming interface (API), to steal data, fraud, or ATO - Account Take Over. API attacks can be carried out in a number of ways, but the most common is a malicious actor spoofing a legitimate user's credentials to gain access to the API.

API attacks can have serious consequences, including data breaches, fraud, and ATO - Account Take Over.

API attacks are on the rise and becoming more sophisticated. Here’s what you need to know to protect your APIs from attacks.

What are API attacks?

API attacks can be carried out in a number of ways, but the most common is a malicious actor spoofing a legitimate user’s credentials to gain access to the API. Once these malicious actors have access, they can start extracting data or launching attacks.

Why are API attacks becoming more common?

There are a few reasons why API attacks are on the rise.
These include:

More and more businesses are exposing APIs to enable third-party developers to build integrations with their applications. This gives malicious actors more opportunities to exploit APIs.
APIs are often less protected than other parts of an application. They may not have in place the same level of security controls, such as authentication and authorization.
API attacks can be highly effective. They can give attackers a way to bypass security controls and gain access to sensitive data.

How can you protect your APIs from attacks?

There are a number of steps you can take to protect your APIs from attack:

Implement authentication and authorization: Ensure that only authorized users are able to access your APIs. This can be done through authentication, such as OAuth, and authorization, such as role-based access control.

Use encryption: Encrypt data in transit to and from your APIs to protect them from being intercepted by attackers.

Monitor activity on your APIs: Look for any suspicious activity that could indicate an attack. This can be done using a web application firewall (WAF) tool. Keep your APIs up to date with the latest security patches to prevent attackers from exploiting known vulnerabilities.

Check the validation in your APIs to see all your connections: Nowadays, it's very difficult to know all the business logic and the endpoints that your APIs have.

In addition, you can check out our BLST tool, which finds broken logic in your API and maps it. Our online mapper shows you how your API works and helps you understand it.
You can use the detailed information to find all the code bits or parameters in your API that aren't working properly: https://www.blstsecurity.com

By taking all of these steps, you can help protect your APIs from attack.

Thanks for reading my post. If you enjoy my content, please consider following me :)

Types of api testing

NOABLST — Sun, 12 Jun 2022 16:37:09 +0000

Hi everyone,

API testing is an essential part of any software development process. By focusing on the API, testers can uncover problems that would otherwise be missed. API testing should be given the attention it deserves and performed at both the unit and integration levels.

Testing the application programming interface (API) to determine if it meets expectations for functionality, reliability, performance, and security is a type of API testing.

It is possible to test APIs either at the unit level, which tests individual API components or at the integration level, which tests the API along with other software system elements. API testing is often performed in conjunction with different types of testing, such as functional or load testing.

API testing is essential to ensure any software system's quality, and it should be given the attention it deserves. API testing reveals problems that other types of testing may not detect.

Unit testing in API
Unit testing is the lowest level of API testing, focusing on individual components of the API. The API developers typically write unit tests.

Integration testing in API
Integration testing is the next step up from unit testing, and it tests the API in conjunction with other parts of the system. Most integration tests are written by testers familiar with both the API and the integrated system.

Functional tests examine the overall functionality of a system. An API functional test would ensure that its methods perform as expected.

To determine how the system performs under load, load testing is performed. A load test for an API would ensure it can handle the expected load.

Security testing focuses on the security of a system. The API is tested in API security to ensure it is secure from attacks.

API testing should be part of any software development process. By focusing on the API, testers can uncover problems that might otherwise go unnoticed. It is important to give API testing the attention it deserves and perform it at the unit and integration levels.

In conclusion,
API unit testing focuses on individual components of the API. The next step is integration testing, which focuses on testing the API with other system parts. Functional testing focuses on the system's overall functionality. Load testing focuses on the security of a system.

if you're interested in exploring API security testing tools, I invite you to check out our API security GitHub ⭐
https://github.com/blst-security/cherrybomb

Thanks for being here with me :)

What is the importance of API security for businesses today?

NOABLST — Thu, 26 May 2022 08:26:14 +0000

Hi everyone, 😊

Before I go and explain why API security is important for businesses world wide, I want to let you know that we at BLST Security launched our SaaS solution and were excited about it. You can also sign up for a free account and easily start securing your API today.

API security becomes increasingly important as APIs are increasingly used to connect applications and data. APIs can be secured in several different ways, such as authentication, authorization, encryption, and rate limiting. Businesses should secure APIs to protect sensitive data, and APIs should be used by consumers with awareness of risks.

Since APIs are increasingly being used to connect applications and data, API security is crucial for businesses today. APIs are also being used more and more to expose data and functionality to third parties. It is very important, then, that APIs are safe and that unauthorized users can't get to the data and functions they expose.

APIs can be secured in a number of ways, including using authentication and authorization, ensuring that data is encrypted, and implementing rate limiting. In addition to authentication and authorization, encryption can protect data from being accessed by unauthorized users. Rate limiting can also help stop DoS attacks and keep APIs from getting too busy.

API security is important for both businesses and consumers. APIs can be used to access sensitive data, including financial and health information. If an API is not properly protected, this information could be accessed by people who shouldn't be able to and used for identity theft or fraud.

API security is an important issue for both businesses and consumers. Businesses should properly secure APIs, and API users should be aware of the risks associated with using APIs.
Due to the ability for APIs to access sensitive data, API security is essential for businesses. If an API is not properly secured, unauthorized users could access this data and use it for identity theft or fraud. Consumers should be aware of the risks of API usage.

Before we end, you should check out our open source API security tool designed by developers for developers ⭐ -
https://github.com/blst-security/cherrybomb

In conclusion, secure your API today and start it early in the SDLC pipeline where it’s easier and more cost-effective to mitigate any missing validation and avoid these crucial bugs hitting production.

Thank you for reading!

Generating OpenAPI Specification (OAS) documentation for your REST APIs

NOABLST — Wed, 18 May 2022 12:14:13 +0000

Generating OpenAPI Specification (OAS) documentation for your REST APIs

The generation process consists of 2 steps:

Generating the OpenAPI specification documentation
Validating your API specifications using a web API scanner

REST APIs have become the de facto standard for building web services, and one of the most popular ways to document them is with the OpenAPI Specification (OAS). The OAS is a language-agnostic, open-source framework for describing REST APIs. It's used by developers to describe the functionality of a REST API, and by consumers to generate documentation and code for interacting with the API.

One of the benefits of using the OAS is that it can be used to generate documentation for your API. This can be done with a tool like Swagger, which converts OAS definitions into human-readable documentation. Swagger can also be used to generate code for interacting with your API, making it a powerful tool for both developers and consumers of your API.

Step #1

To get started with generating OAS documentation for your API, you first need to define your API using the OAS. This can be done with the help of a tool like the OpenAPI Generator. The OpenAPI Generator is a tool that can be used to generate OAS definitions from existing code. It supports a wide range of programming languages, and can be used to generate both OAS 2.0 and OAS 3.0 definitions.

Here are some Workflow Integrations:

Gradle - Gradle Integration plugin offers a declarative DSL via extensions

Maven - Maven Integration plugin to support the OpenAPI generator project

Sbt-openapi-generator - sbt Integration plugin supports the OpenAPI generator project.

Bazel - Bazel Integration a repo was created to integrate the OpenAPI code generation CLI with Bazel.

Cake Addin - for code generation via the OpenAPI Generator (f.k.a. Swagger Codegen)

Once you have generated your OAS definition, you can then use a tool like Swagger to generate documentation for your API. Swagger provides a number of options for customizing the generated documentation, so you can make it as specific or as general as you like. You can also use Swagger to generate code for interacting with your API. This can be done with the Swagger Codegen tool, which can generate code in a number of different programming languages.

Step #2

Once you're done with the generation process you should move to the interesting step which is validating your API specifications.
This can be done using a online API web scanner over at https://www.blstsecurity.com
Generating OAS documentation for your API can be a powerful way to improve your API's usability. It can also be used to generate code for interacting with your API, making it a valuable tool for both developers and consumers of your API. Do not overlook the validation part of the process. Nowadays, this part is as easy as 1-2-3 and can be done in a matter of seconds using a simple online tool similar to the one BLST Security is offering for free.

SaaS-based API security testing services

NOABLST — Wed, 11 May 2022 10:48:57 +0000

Hi everyone,
As a web application developer, I've had the opportunity to work with a number of SaaS-based API security testing services.

But before we started, if you're interested in exploring API security testing tools, I invite you to check out our API security GitHub ⭐
https://github.com/blst-security/cherrybomb

With the increasing reliance on APIs to power digital offerings, API security has become more significant than ever. Traditional security solutions are not well-suited to securing APIs, however, SaaS-based API security testing services offer a more comprehensive approach which tests for vulnerabilities and provides ongoing protection.

Some advantages of SaaS-based API security testing services over traditional security solutions are that they offer a more comprehensive approach, continuous protection, flexible deployment, are more cost-effective, and are provided by experts with in-depth knowledge of API security.

API security is more critical than ever as companies increasingly rely on APIs to power their digital offerings. Unfortunately, traditional security solutions are not well-suited to securing APIs. SaaS-based API security testing services offer a more comprehensive approach to API security, testing for vulnerabilities and providing ongoing protection.

API security testing is a critical part of ensuring the security of your API. Traditional security solutions, such as web application firewalls, are not well suited to protecting APIs. SaaS-based API security testing services offer a more comprehensive approach, testing for vulnerabilities and providing ongoing protection.

SaaS-based API security testing services offer a number of advantages over traditional security solutions:

Comprehensive approach: SaaS-based API security testing services test for a wide range of vulnerabilities, including those related to authentication, authorization, and data leakage.
Continuous protection: SaaS-based API security testing services provide continuous monitoring and protection, alerting you to new vulnerabilities as they are discovered.
Flexible deployment: SaaS-based API security testing services can be deployed quickly and easily, without the need for complex on-premises infrastructure.
Cost-effective: SaaS-based API security testing services are typically more cost-effective than traditional security solutions, due to their pay-as-you-go pricing model.
Expertise: SaaS-based API security testing services are provided by experts with in-depth knowledge of API security.

If you are looking to improve the security of your API, SaaS-based API security testing services are worth considering.

In conclusion:
SaaS-based API security testing services offer a comprehensive approach to API security, testing for vulnerabilities and providing ongoing protection. These services have a number of advantages over traditional security solutions, including their flexibility, cost-effectiveness, and the expertise of the providers.

Thanks for reading 😉

How are API security testing tools different from website security testing?

NOABLST — Mon, 25 Apr 2022 10:33:40 +0000

Hi everyone 😊
My work as a web application developer has introduced me to many security testing tools, both for APIs and websites.

Before we venture into API security testing tools different, give our API security GitHub repo a ⭐- https://github.com/blst-security/cherrybomb

I’ve found that the tools used for testing websites are different from those used for testing APIs. Website security testing tools are focused on the front-end, while API security testing tools are focused on the back-end. As a web application developer, I have used many security testing tools - both for APIs and websites.

I have found that the tools used for testing websites are different from those used for testing APIs. Website security testing tools are focused on the front-end, while API security testing tools are focused on the back-end. This is because APIs are accessed through the back-end, while websites are accessed through the front-end. Therefore, it is important to use the appropriate tool for the appropriate job.

API security testing tools are different from website security testing in a few key ways.
First, API security testing tools are designed to test APIs, while website security testing tools are designed to test web applications. This means that API security testing tools focus on testing the functionality of the API, while website security testing tools focus on testing the security of the web application.

Second, API security testing tools often use automated testing to test APIs, while website security testing tools typically use manual testing. This is because automated testing can be more effective at testing the functionality of an API, while manual testing is typically more effective at finding security vulnerabilities in a web application.

Third, API security testing tools typically offer more features than website security testing tools. This is because APIs are more complex than web applications, and so there are more potential security risks associated with them. API security testing tools therefore tend to offer more features for testing APIs, such as the ability to test for authentication and authorization issues, session management problems, and data leaks.

Fourth, API security testing tools are typically more expensive than website security testing tools. This is because API security testing is a more specialized form of testing, and so there are fewer tools available on the market. As a result, the few tools that are available tend to be more expensive than website security testing tools.

Finally, API security testing tools are typically used by developers, while website security testing tools are typically used by security professionals. This is because developers are typically more familiar with APIs than security professionals, and so they are more likely to use API security testing tools.

In conclusion:
API security testing tools are designed to test the functionality of an API, while website security testing tools focus on testing the security of a web application. API security testing tools use automated testing to test APIs, while website security testing tools typically use manual testing. API security testing tools offer more features than website security testing tools, such as the ability to test for authentication and authorization issues, session management problems, and data leaks. API security testing tools are typically more expensive than website security testing tools. API security testing tools are usually used by programmers, and website security testing tools are usually used by security professionals, but both types of tools can be used.

Thanks for reading 😊

Those pesky Shadow APIs

NOABLST — Mon, 11 Apr 2022 19:43:53 +0000

In only a few weeks at BLST Security, the team piqued my interest specifically around a buzzword, whether it was the Zombie API or the Shadow API, heck..I had no clue what that was, and I've started to research the term.
The searching journey led me into the early days...

Before we venture into the shadows of APIs, give our API security GitHub repo a ⭐- https://github.com/blst-security/cherrybomb

In the early days of the web, only a few companies had APIs. Those that did, did so for internal use only. Today, APIs are how the internet works. They are how companies interact with each other and how developers access data.

There are now thousands of APIs across all industries, and the number is growing every day. The growth of APIs has been explosive, and it shows no signs of slowing down.

The reasons for this growth are many. First, APIs are now seen as an essential part of doing business on the internet. Companies that don't have an API are at a competitive disadvantage.

Second, the rise of mobile devices has led to a need for APIs that can be accessed from mobile devices. APIs have been growing a lot because companies are trying to make their APIs work better for mobile devices. This has been a big reason for this.

Third, the rise of the cloud has made APIs more important than ever. Cloud-based services need APIs to function, and this has led to a boom in cloud-based APIs.

Fourth, the growth of the internet of things has created a need for APIs that can control and connect devices. This will be a major driver of API growth in the coming years.

Finally, the rise of artificial intelligence and machine learning has created a need for APIs that can provide access to data and services. This is a major growth area for APIs and one that is only getting started.

So what does the future hold for APIs? More growth, more innovation, and more competition. The API economy is booming, and it shows no signs of slowing down.

The birth of a shadow API

The shadow API evolves as the needs of developers change. As the needs of the developer community change, new features are added or old features are changed.

There are a few dangers associated with shadow API use in an organization. First, shadow APIs can be used to bypass security controls and access sensitive data. This could lead to data leaks or theft. Second, shadow APIs can be used to circumvent governance controls, leading to uncontrolled data growth and sprawl. Finally, shadow APIs can be used to make applications depend on things that aren't well-managed, which can hurt performance and stability.

Shadow APIs are abused when developers use them to access sensitive data or perform actions that are not intended for the API. This can result in data leaks or security vulnerabilities.

Shadow API Abuse examples

Making unauthorized calls to another user's data
Manipulating or deleting data without proper permission
Using shadow API calls to distribute viruses or malware
Using shadow API calls to engage in denial of service attacks

You can go even deeper about Shadow API reading on APImike.com who has a good article about the term.

After you read all about shadow APIs and even Rogue APIs your welcome to test our OAS scanner over at https://blstsecurity.com and find all your Shadow APIs, zombies etc 🧟

5 API testing tools

NOABLST — Mon, 04 Apr 2022 08:58:37 +0000

The spring season is a time of new beginnings. The days are getting longer and the weather is getting warmer and I've just starred our open source with it's 300 star ⭐ https://github.com/blst-security/cherrybomb

In my last article I promised I'll write about 5 API testing tools, API testing is a type of software testing that involves testing application programming interfaces (APIs) to determine if they are working as intended. API testing is a critical part of the software development process because APIs are when applications interact with each other. API testing can be used to test both internal and external APIs.

🚜 Lets dig in and learn about these 5 open source tools

Astra

https://github.com/flipkart-incubator/Astra

Astra is extremely easy to use. Simply point your browser to the Astra URL, enter your API key, and start making requests. There is no need to install any software or libraries.

Astra is a great choice for testing APIs. It is easy to use and provides all the features you need to ensure your API is functioning correctly.

Cherrybomb

https://github.com/blst-security/cherrybomb

Stop with half-done API specifications! Cherrybomb is a CLI tool that helps you avoid undefined user behavior by validating your API specifications.
Cherrybomb is a command line tool that helps you make sure that your API specifications are clear to users.

Our CLI tool is open source, which means it can get help from both the OpenAPI and Rust communities.

How does it work?

It takes in an OAS file, runs a series of checks on it to make sure everything is on par with the OAS, and outputs a detailed table with any alerts found, guiding you to the exact problem and location to help you solve it quickly.
It can also take your logs and check them for business logic flaws.
Check out the roadmap here: https://github.com/blst-security/cherrybomb#-roadmap Incredible features such as Homebrew/APT, custom scans, and GraphQL are planned.

crAPI

https://github.com/nestor-custodio/crapi

Recently, I've started using a great API testing tool called crAPI. It has helped me immensely. I would highly recommend it to anyone who is looking for a tool to help them with their API development.
crAPI is a great tool for testing APIs. It is very easy to use and has a lot of features that make it very powerful. One of the best features of crAPI is the ability to run tests in parallel. This is a great feature because it allows you to test multiple APIs at the same time. This can save you a lot of time when you are testing large APIs.

crAPI also has a great feature that allows you to test your API with different data sets. This is a great feature because it allows you to see how your API will behave with different data. This can be very helpful when you are developing an API that will be used by many people.
Overall, I think crAPI is a great tool for testing APIs. It is very easy to use and has a lot of great features. I would highly recommend it to anyone who is looking for a tool to help them with their API development.

hawk

https://github.com/mozilla/hawk

If you're like me, you're always on the lookout for new tools to make your life as a tester easier. So when I came across Hawk, I was intrigued. Hawk is a tool designed to help you with API testing. It's pretty simple to use, and it has a lot of great features. In this article, I'll show you how to use Hawk for API testing and I'll give you some examples of how it can be used.

Hawk is a tool that helps you test APIs. It's easy to use, and it has a lot of great features. One of the best things about Hawk is that it can be used for both manual and automated testing. Manual testing is great for exploring an API and trying out different scenarios. Automated testing is great for running a large number of tests quickly and efficiently. Hawk can help you with both of these types of testing.

Hawk is a great tool for API testing. It's easy to use, and it has a lot of great features. If you're looking for a tool to help you with API testing, I highly recommend Hawk.

imperva

https://github.com/imperva/automatic-api-attack-tool
In the world of cybersecurity, as far as I know, there are also many tools available to help test the security of applications.

The Imperva Automatic API Attack Tool is a tool that helps developers test the security of their APIs. It does this by automatically sending requests to the API and then assessing the responses. If the responses indicate that the API is not secure, the tool will report this to the developers.

In order to use the Imperva Automatic API Attack Tool, developers first need to sign up for an account. Once they have done so, they can then create a new project. Within this project, they will need to specify the API that they want to test. Once they have done so, the tool will begin automatically sending requests to the API.

The Imperva Automatic API Attack Tool is a valuable tool for developers as it can help them identify security issues with their APIs. By using this tool, developers can make sure that their APIs are secure and that they are not susceptible to attack.

In the next article I will write about business logic security testing

Thanks for reading 😊

Open source API Security testing tools

NOABLST — Mon, 28 Mar 2022 11:54:29 +0000

Before I dive into the world of open source API testing tools, it’s important to differentiate between API security testing tools and website security testing?

Before I go on with this article, don’t forget to star our open source API Security tool -
https://github.com/blst-security/cherrybomb

API security testing tools are different from website security testing in a few 🗝️key ways. First, API security testing tools are designed to test APIs, while website security testing tools are designed to test web applications. This means that API security testing tools focus on testing the functionality of the API, while website security testing focuses on testing the security of the web application.

Second, API security testing tools often use automated testing to test APIs, while website security testing tools typically use manual testing. This is because automated testing can be better at testing the functionality of an API, but manual testing is usually better at finding security flaws in a web app.

Third, API security testing tools typically offer more features than website security testing tools. This is because APIs are more complex than web applications, and so there are more potential security risks associated with them.
API security testing tools, on the other hand, tend to have more features for testing APIs, like the ability to test for authentication and authorization issues, session management problems, and data leaks, so they can be more useful for this.

I know I’ve gone a bit off-road with API security and the difference between that and website security testing, but it is crucial to understand that bit to move on to the next article, which will be about 5 Api testing tools that you should know about.