HTTP Security is a crucial aspect of the modern digital environment, shaping the way we protect and interact with web applications. Within this category, you’ll find insights and guidance on various critical areas.
Starting with the HSTS Header, we delve into how secure (HTTPS) connections can be enforced, shielding users from downgrade attacks. Next, we navigate the Content Security Policy (CSP Header) to demonstrate how to combat cross-site scripting (XSS) and related vulnerabilities.
We explore options such as the X-Frame-Options, which allow control over whether your content can be embedded in other sites, thus offering protection against clickjacking. The importance of XSS protection is further emphasized through the X-XSS-Protection header, stopping pages from loading when reflecting XSS attacks.
Understanding MIME types and how to prevent browsers from misinterpreting them through X-Content-Type-Options is another topic we uncover. We also look into Referrer-Policy, guiding users on managing referrer information shared during web navigation.
Our discussion extends to Permissions-Policy and Feature-Policy, shedding light on how these headers control the features and APIs that browsers can access. We delve into the role of Server Signature in verifying server identity and the mechanisms of HTTP Public Key Pinning (HPKP).
A trio of cross-origin policies—Cross-Origin Resource Sharing (CORS), Cross-Origin-Embedder-Policy, and Cross-Origin-Opener-Policy—are examined to reveal how secure cross-origin requests can be enabled, minimizing risks.
We also touch on Expect-CT, an essential header that ensures the proper handling of Certificate Transparency, and the more unconventional X-recruiting-header, a novel way to reach potential hires through HTTP headers.
Collectively, this category provides a comprehensive overview of HTTP Security, allowing you to transform digital challenges into stepping stones for growth.
Securing your website is essential for protecting your business and users’ data. One of the key steps in web security is addressing common HTTP misconfigurations, especially in HTTP headers. In this guide, we’ll walk you through the best practices for configuring HTTP headers to help you safeguard your site and prevent potential vulnerabilities. HTTP Header […]
When it comes to improving your website’s search engine ranking, first you may think of keywords, backlinks, and content quality. But there’s another important factor that often goes unnoticed: HTTP headers. These small bits of information exchanged between your website and the browser can have a big impact on how search engines understand and rank
Ensuring smooth communication between different websites is a very important task, and one key element in this process is the Timing-Allow-Origin header. While it might sound a bit technical, its role is very straightforward: this header helps web browsers determine if one site is allowed to access timing information from another. To make it even
Web developers are finding innovative ways to engage with their audience all the time, sometimes even beyond the traditional way of content delivery. One of these unconventional approaches is the use of custom HTTP headers, with the X-Recruiting header getting the attention of users navigating various websites. Unlike the standard HTTP headers, the X-Recruiting header
Bad guys are always looking for ways to exploit websites and steal some personal data, and even more, but luckily out there exists a pretty handy tool known as Expect-CT. This is an HTTP header used to boost the security of the website you’re browsing, helping you to have a safer online experience. The name
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Cross-Origin-Opener-Policy (COOP) is an important security feature in web development and hosting. Born from the need to mitigate security vulnerabilities associated with cross-origin iframes, COOP arrived to ensure a safer browsing experience for all users. This policy is used to tell how a document should be treated when embedded in another origin, which helps increase
Website security is a key concern in our current digital age. Cyber threats are always evolving, so it’s very important for web developers and system administrators to stay informed about the available security measures to safeguard their applications and users. This is why today we’re going to tell you about an HTTP header known as
The Server Signature plays a key role in the functioning of web servers. It serves as an identification tag that web servers present to web browsers when we request a web page. You can think of it as a virtual business card that the server displays to the outside world. What is the Server Signature
