Zero Trust Environment: Why is it Important?
When you first hear the term “Zero Trust Environment,” it probably sounds a bit intense. As humans, we typically want to give everyone the benefit of the doubt and extend trust to those around us. However, in the world of physical access control and cybersecurity, establishing a Zero Trust architecture throughout your systems and networks might just be the difference between confidently protecting your company’s data and leaving it open to potential security breaches.
Derived from the basic security principle of “never trust, always verify,” Zero Trust is designed to protect modern digital environments by utilizing network segmentation, preventing lateral movement, and simplifying granular user-access control. In layman’s terms, Zero Trust is essentially designing security around the assumption that your company’s associates, applications, and devices can not be trusted.
The importance of a Zero Trust Architecture
When it comes to your company’s security, the importance of a Zero Trust architecture can’t be overstated. In past blogs, we’ve mentioned the common challenge of “human error” that persists throughout every security environment. Whether we’re online or offline, hackers can still get to us through the internet, connected devices, text messages, or the online services we use. It’s as simple as clicking on a link in an email that you thought was from your boss, only to find that it was a cleverly disguised phishing attack.
Zero Trust combats attacks such as these by requiring all users, whether in or outside the organization’s network, to be authenticated, authorized, and continuously validated for security configuration and posture before being granted or keeping access to applications and data.
Why it Matters & How it Applies to the Security Industry
Additionally, in our post-pandemic world where many of us find ourselves in hybrid work lives where we alternate between working from home and the office, Zero Trust plays an even larger role in keeping our company’s data safe. A good example of Zero Trust at work in our day-to-day lives is the use of two-factor authentication. Perhaps, whenever you go to sign on to your work email, you’re also prompted to enter a code that has been sent to your phone to really confirm that the individual attempting to access your email is you.
In a physical security system that utilizes the concept of Zero Trust, similar procedures may also be done and might even be more seamless than that of the ones that are used for cybersecurity.
Moreover, if you have the right physical security system, the technology may already be utilizing Zero Trust without you even being aware of it. Just like how two-factor authentication is used to verify an individual’s identity in a Zero Trust environment, security systems that implement more than two modes of authenticating physical credentials create safer spaces. The most painless example of Zero Trust architecture done right in physical access control can be seen in Alcatraz’s systems.
Zero Trust + Alcatraz AI
At Alcatraz AI, there’s no second-guessing whether or not to secure internal credentials, applications, devices, and communications with added layers of security. We deliver on Zero Trust and offer AI-enabled access control to answer the call of safeguarding valuable assets from emerging threats with AI powered technology that is unlike any other access control offering on the market. To learn more about how Alcatraz can strengthen your access control, schedule a demo with us at www.alcatraz.ai
Download this Ebook to learn about technologies to make your data center secure:
- Pitfalls of traditional access control technologies
- AI-enabled access control with facial authentication
- Single or multi-factor authentication
- Ensuring a Zero Trust environment