![]() ![]() This is simply not the case numerous mechanisms can be put in place to enhance security without drastically affecting the user. This is typically one of the reactions to the preceding point-to make a system as secure as possible, at the cost of usability of the system for the user. We should always make systems more secure, at the cost of usability For instance, when two-factor authentication services are offered, a typical adoption rate is approximately between 5% and 10% of users. ![]() The onus has to be on the site or service owner to ensure that data provided by users for their security (such as a password) is hardened to ensure that minimum levels of security are imposed (see more about data encryption and security in Chapter 2). The simple fact is that the worst thing to count on is that users will be capable, or willing, to use the option that will best secure their data. To do that, we have to purge a few misconceptions from our heads: Users will always use the most secure options We, as developers, have to protect our users in the same way that we try to protect our systems, and we must assume that users will not do that for themselves. One of the biggest mistakes that many of us tend to make is to assume that users will understand how to protect their own accounts, such as with strong password choices or two-factor authentication-or even if they do, that they wouldn’t pick the most usable choice over the easiest one. The current state of industry security is not one in which the technology can’t keep up with the potential attack vectors, it’s one in which development choices lead us down a path of weak systems. The Problems with Current Security Models The best place to start is to explore the major problems with identity and data security in the industry right now. Identity and data security has always been about mitigating risk, protecting the secure data, and buying yourself enough time to take action and reduce damage if something like this should ever happen to you.Īs we dive down into the concepts, technology, and programming methodologies behind building a secure interface for data and identity, you will explore the trade-offs and core concepts that you need to understand as you embark on making those final decisions about your security. There is no bulletproof, secure method for protecting your data. Even though you can put an entire series of hurdles in the way of a potential attacker, the possibility will always exist that your databases will be breached, information will be stolen, and an attacker will attempt to crack the sensitive data that is stored (if encrypted). We can’t go a week without hearing about another user/customer data breach, stolen credit cards, or identity theft. One of the most important investments that you can make in a system, company, or application is in your security and identity infrastructures. ![]()
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