What Is Screen Mirroring and How to Use It

Screen mirroring has become an essential feature in modern smartphones, smart TVs, and computers. Whether you want to watch movies on a bigger screen, share a presentation, or display photos to your family, screen mirroring makes it effortless. It helps you duplicate your phone or computer screen onto a larger display wirelessly or using a cable. This guide explains what screen mirroring is, how it works, and how you can use it on different devices. What Is Screen Mirroring Screen mirroring is a technology that allows you to project the exact screen of your smartphone, tablet, or computer onto another display such as a smart TV, projector, or monitor. Whatever you do on your device—open apps, scroll social media, play videos, or show documents—appears in real time on the larger screen. It is different from casting. Casting sends only specific content like videos or music to the TV, while screen mirroring duplicates your entire device screen. How Screen Mirroring Works Screen mirro...

How Does Zero Trust Security Safeguard Your Network? What Is It?

The premise behind zero trust security is that no device or user, internal or external to the network, can be trusted by default. Its main goals are to confirm each attempt at access and guarantee that only individuals with permission can access particular resources. Ten important aspects of Zero Trust Security that improve network security are as follows:

1. Assume Infraction

The guiding tenet of Zero Trust is "never trust, always verify." It makes the assumption that threats might exist both inside and outside the network, necessitating ongoing access request verification.



2. Access with Least Privilege

The least privilege principle is used to restrict access to resources, making sure that devices and users only have access to the data and systems required for their roles.

3. Small-Scale Division

Because the network is broken up into smaller parts, there is less chance that attackers will move laterally. Every segment is watched over and safeguarded separately.


4. Management of Identity and Access (IAM)

Robust authorization and authentication protocols are implemented. Before allowing access, multi-factor authentication, or MFA, is frequently used to confirm user identities.

5. Security of Devices

Before gaining access to the network, devices must pass security requirements and be constantly monitored. This makes sure that devices that are compromised or not compliant can't enter.

6. Constant Observation

Real-time network traffic and user activity monitoring is a component of Zero Trust. Any unusual or suspicious activity is found and dealt with right away.


7. Encryption of Data

Encryption is used for both data at rest and in transit. This guarantees that data will remain safe and unreadable to unauthorized parties even in the event that it is intercepted.

8. Enforcing Policy

Every network segment and access point has the same security policies applied. Enforcing guidelines about what can be done depending on the roles and contexts of users is part of this.


9. Architecture with Zero Trust

Identity verification, access control, and threat detection are just a few of the security tools and technologies that are integrated into a Zero Trust architecture to create a comprehensive defense plan.

10. Accommodation and Flexibility

Zero Trust can grow with your company and adjust to changing threats. Its concepts work in a variety of settings, such as hybrid networks, on-premises systems, and cloud computing.


Organizations can improve their defenses, lower the chance of data breaches, and keep a strong security posture in an ever-more complex threat landscape by putting Zero Trust Security into practice.




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