Eccentrix's Blog

  Introduction In the world of networking, preventing loops and ensuring reliable data transmission are paramount. Enter the Spanning Tree Protocol (STP), a crucial technology used in network switches to eliminate network loops and establish a stable, loop-free topology. In this comprehensive guide, we'll unravel the complexities of STP, providing practical configuration examples, best practices, and insights related to CCNA training offered by Eccentrix. Understanding Spanning Tree Protocol (STP) The Necessity of STP Network switches are designed to forward data frames based on MAC addresses. Without a mechanism to control the flow of traffic, loops can occur, leading to broadcast storms and network congestion. STP addresses this problem by creating a loop-free logical topology while allowing for physical redundancy. STP Core Concepts 1. Root Bridge : In an STP-enabled network, one switch is elected as the Root Bridge. All paths in the network lead back to the Root Bridge. It serv

Data loss prevention (DLP) and Rights Management Services (RMS) are two Microsoft 365 security solutions that can be used to protect sensitive data. However, they have different strengths and weaknesses, and they are best used in different scenarios.   Data Loss Prevention (DLP) is a security solution that uses rules and policies to identify , classify, and protect sensitive data. It can be used to detect and prevent data leaks, both accidental and intentional. DLP can be used to protect data in a variety of locations, including email, documents, and files.   Rights Management Services (RMS) is a security solution that uses encryption to protect sensitive data. It can be used to prevent unauthorized users from accessing or modifying data. RMS can also be used to control how data can be used, such as whether it can be printed or copied.   Key Differences Between DLP and RMS   Here are some key differences between DLP and RMS:   DLP is more proactive than RMS. DLP can be used to detect