The first and only comprehensive zero trust platform for securing today’s modern, distributed application infrastructureRequest a Customized Demo
Organizations across the globe are embracing digital transformation in many parts of their business, but they’re often stuck with cybersecurity tools built for a bygone era.Watch Now
“Zero-Trust Architecture is an enterprise’s cybersecurity plan that utilizes zero-trust concepts and encompasses component relationships, workflow planning, and access policies.” — National Institute of Standards and Technology (NIST)
Businesses are constantly under threat by bad actors looking for ways to penetrate security systems. Traditional perimeter defenses are increasingly ineffective in stopping the initial breach or preventing cyberattackers from then accessing the entire network, especially in the case of an insider threat.That’s where the zero trust security model comes into play, with its credo of “trust nothing; verify everything.” This means that access to any resource within a network always must be subject to specified trust dimensions, or parameters. If these parameters are not met at any time, access is either denied or revoked. This model stands in complete contrast to traditional security models that assume implicit trust within the network perimeter, as with an employee who automatically has carte blanche within the entire network.
The zero trust security model strives to make enterprises resilient to cyberthreats by continuously identifying and eliminating uncertainty in enforcing security rules. And zero trust architecture is the framework, or blueprint, for implementing the principles of zero trust.
Zero trust architecture is designed with the realities of the current threat landscape in mind: enterprises cannot detect and block every threat; however, zero trust practices can improve a business’s security posture by implementing ways to grant and control access across the network.
Zero trust architecture is based on the premise that attackers are already present in a network. Yet, with zero trust principles in place, an enterprise becomes cyber resilient and can carefully prevent a threat actor’s access to applications, servers, and endpoints by following the key tenets of zero trust architecture.
These seven ZTA tenets fall into three security domains:
ZTA Domain 1: Granting Access
On what basis does one grant access? How does one determine and verify the identity of an accessor, the integrity of an accessor, and the state of an accessor? The three tenets within the “Granting Access” domain are “Authentication and Authorization,” “Integrity,” and “Observable State.” If these three tenets are not properly implemented, unauthorized or compromised users or devices may get access when they shouldn’t.
ZTA Domain 2: Controlling Access
How much access does one grant, and for how long in terms of both time and activity? These determinations fall under the ZTA principle of least privilege. The two tenets within the “Controlling Access” domain are “Minimal Access in Size” and “Minimal Access in Time.” If these tenets are not implemented correctly, an enterprise risks granting too much access, which could lead to a security breach.
ZTA Domain 3: Monitoring and Securing Access
When zero trust access protocols are established, access must be continuously monitored and secured. The two tenets within the “Monitoring and Securing Access” domain are “Monitor All Access” and “Encrypt All Access.” If these tenets are not followed, the zero trust architecture could be vulnerable to network, infrastructure, and environment attacks.
It’s vital that organizations properly control these domains to make their zero trust architecture bulletproof.Learn More
Organizations worldwide are embracing digital transformation in many parts of their business, but security is often overlooked. Traditional security technologies do not consider today’s complex cyberthreat landscape or new normal of remote work, cloud migration, and distributed IT infrastructure. Securing modern enterprises requires implementing a zero trust architecture.
Infosec leaders from around the world increasingly ask about the zero trust security model. They want to know how they can adopt and implement zero trust, but it’s also important for them to understand the benefits of zero trust cybersecurity.
Here are the top 10 reasons that explain the benefits of a zero trust strategy and how it can improve security postures for enterprises, organizations, and governments.
Even as the world continues to change, the need for cybersecurity will remain a constant for businesses trying to protect their customers, employees, data, and IP. Cybercriminals thrive on chaos, agilely taking advantage during major disruptions to attack businesses that are defenseless. Worse, they also target enterprises that have a false sense of cybersecurity, believing their perimeters are protected and impenetrable. The most secure way forward for all business entities is to understand the limitations of traditional perimeter-based security and to step into the future by implementing the zero trust security model.
We'll get in touch shortly to schedule your demo
Take the first step on your Zero Trust journey and subscribe to our newsletter. Sign up here to receive the latest in cybersecurity information, news, and notes in your inbox.
Thanks for subscribing to our newsletter!
Security Cloud / SaaS Company of the Year
Xassure: New Product-Service of the Year
Xprotect: Hot Security Technology of the Year
Xshield: Hot Security Technology of the Year
Necessary cookies are absolutely essential for the website to function properly. This category only includes cookies that ensures basic functionalities and security features of the website. These cookies do not store any personal information.
Any cookies that may not be particularly necessary for the website to function and is used specifically to collect user personal data via analytics, ads, other embedded contents are termed as non-necessary cookies. It is mandatory to procure user consent prior to running these cookies on your website.