Today, we will learn about zero trust security Amazon. What does this online shopping giant do to protect its systems? Find out below.
Zero Trust Security Amazon
Amazon is a trusted online shopping site that has been around for a long time. It is a convenient way to buy anything you want, from toys to books, to electronics. However, the company was not immune to cyber-attacks and data breaches. It has been repeatedly breached, albeit none of them were very serious.
The data breaches exposed the sensitive information of millions of customers. In the past years alone, Amazon had two major data breaches that happened in 6 months. The first one exposed emails and passwords while the second one exposed credit card details.
Amazon acted fast by resetting all affected customers’ passwords and sending them an email informing them about the security breach. While it may seem like a small incident compared to others, it still exposes customer information and this is something that should be avoided at all costs.
This is something that should have been prevented with proper user training and strong password policies.
So, where does zero trust security come into the picture? Well, this is a security model that focuses on the user’s intent, not the identity of the user. This means that when a request is made to access an application or system, it will be judged based on the user’s intent. If it is malicious, then access will be denied.
Thus, this means that even if a hacker manages to discover your password, he/she won’t be able to access your account. That is unless they have intentions of doing you harm.
What Is Zero Trust Security?
Zero trust security is simply a way of verifying that users, who want to gain access to your systems and applications, will not exploit them for their gain or do harm to others.
While this may sound like a great idea in theory, how can it be implemented in practice? For zero trust security Amazon to work properly, application developers will have to find ways of implementing this in their applications and services.
So, this should be done through pre-authorization checks and user training. This should include strong password policies (longer passwords with unguessable passwords).
This way, users would be more careful with their passwords and will try to make them more secure. This way, even if someone manages to discover a user’s password, he/she won’t be able to use it for malicious purposes without being detected.
Further, this way, online shoppers won’t have to worry about their sensitive data being exposed. Or their accounts being compromised.
In addition to this, businesses should look into implementing multi-factor authentication whenever possible. With these steps taken into consideration, Amazon can prevent data breaches and cyber-attacks effectively.
Conclusion
As you can see, it is important to look into these aspects whenever possible. Doing so will help you improve your security measures and stop any attacks before they even take place. To do this, you need to analyze existing threats, risks, and vulnerabilities. Then, come up with ways of fixing them before they become a problem.