Notes

Security And Privacy For The Open Web
Let’s take a moment to understand what “open network” means because it is open by definition. Likewise, the network was initially designed to be open and transparent.

Problems On The Internet
The browser is the reader and the editor. From the beginning, the range of things the browser can do is limited. It ensures that anonymous and stateless rendering of documents can be done safely in the browser.

But later, the features and expectations increased. We want to use it to sign up for e-commerce, etc.

Then phishing malware, man-in-the-middle attacks, etc., started. Yes, that’s it. We have browsers, sandboxes, ubiquitous HTTPS protection against malicious sites, plug-in abandonment, and all those types of features in response.

However, certain networking technologies were developed decades ago. They are not used in the simple ways that were imagined in the 1990s, like user-agent strings and cookies.

How are they being used in the 2020s, with the evolution of the use of some network technologies, in places that go beyond their intended function? And users have more control over personal data.


And the growing expectations of transparency led the whole networking ecosystem to start evaluating what it did. And I think the network now has to provide privacy and security to users by default. We think we’re going to see more and more Internet users.

They’ve never used a browser before, or they’re just going beyond their regular browsing habits. People may be looking for information. They may be in crisis or feeling vulnerable. I think these are the most complex and vital problems on the Internet.

But in terms of user interface design, it’s not easy. For example, how do you get billions of users to understand reasonably complex concepts like cookie management?

That’s why users need to have transparency and control in their browsers. And it’s not just about browser functionality. Network standards and default values also need to be changed. For example, I’m talking about cookies and data like the user agent.

Strings can be used for device and fingerprint recognition to track individual users secretly. There are also features like referrer headers that can expose private browsing data as developers. We need to re-think the way we handle user data.

Do you need all the data you access? Do your users know what you’re using their data for? Because as a developer, you’re the best qualified to understand and solve potential problems.

Security And Privacy
Some recipes can help you manage cookies, whether you have heard of SameSite and changing cookie defaults. If you use any form of third-party content, such as advertising or any action you use from cookies on the site, then be sure to check his conversation.

Secondly, think about cross-domain networks. It would help if you prevented information leakage. It is using robust protections like COOP and COEP policy headers to understand how it protects. How can you debug things like SameSite, Cookie, COOP, and COEP?

The new “Questions” tab in Chrome DevTools can help. The “Problems” tab makes it easier to find and solve problems. Instead of a console message, you get clear instructions on how to solve the problem.

You’ll learn the tricks to avoid passively leaking user data. Troubleshooting is essential, but how can you and your team develop a mindset around privacy and security? Ready for the future I’ve been thinking about this and have come up with a strategy with concrete examples about web APIs and HTTP headers.

Fix Hacked Site will ensure that only the data you need is used When it comes to user data. The ubiquitous login form is the most crucial entry point to achieve this goal. It is imperative when new users have many websites to visit. We’ll discuss how you can leverage cross-platform browser features to create secure, accessible, and easy-to-use forms. A simple email/password login form, just like the login experience.

Payment
The payment process must be straightforward and secure. So what’s new in online payment. People want to do personal things online. They may want to shop, use the bank online, submit private data, etc.

Data security is not just about restrictions; we can’t say no to everything. The problem is keeping your users safe. It’s not just about organizing your home. It’s not just about first-party interaction because most websites use other companies’ services to provide analytics and do many other useful things.

Above all, ads are integrated into the website through third-party JavaScript and iframes. Third-party cookies and scripts measure ad views, clicks, and conversions.

However, when you visit a site, you may not know that these third-party vendors exist and how they use your data. the publisher and the web developer themselves may not understand the entire third-party supply chain. Display, targeting, conversion measurement, and other use cases currently rely on a stable, cross-page identity. It has always been done with third-party cookies, but now browsers have started to restrict access to these cookies.

Identity
Other mechanisms are also used to track users across pages, such as secret browser stores, fingerprint recognition, and personal information requests such as email addresses. It poses a problem for the network.

How can legitimate third-party use cases be supported if cross-page tracking of users is not allowed? In particular, how can a website fund its website content by allowing third parties to display ads and measure the effectiveness of those ads? But it is not allowed to introduce individual users.

How can advertisers and website operators not rely on dark modes like device fingerprints to assess users’ authenticity? Well, that’s what the privacy sandbox does to avoid confusion. It is different from the browser sandbox architecture. You may have heard of it, although they have similarities in some concepts of protecting data security.

The privacy sandbox is a set of recommendations for implementing privacy APIs to support the business model of funding the website without third-party cookies. The privacy sandbox supports five core use cases without third-party cookies. Measurement of advertising and other third-party content. Advertising-related features, fraud detection, distinguishing real people from bots and spammers, getting rid of covert tracking, and finally cross-site secure and simple identity management.

Therefore, in the future, without cookies, we need browsers to support third-party use cases, but no matter what.

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