Technology Learning Topics
- [{"id":2201,"p_termname":"Network Security","title":"Secure Network Authentication Methods, Types and Protocols","body_without_editor":"Network Authentication is a process that verifies and confirms the identity of a user, device, or system trying to access a network. This is often achieved through the use of login credentials such as usernames and passwords. The main objective of network authentication is to prevent unauthorized access, ensuring only authenticated users or systems can access network resources and data. Network authentication is a fundamental aspect of network security and can be implemented through various methods such as two-factor authentication, biometric authentication, and digital certificates among others.","post_url":"https:\/\/nilesecure.com\/network-security\/secure-network-authentication-methods-types-and-protocols","type":"network-security","link_text":"Read More","landing_redirection":"https:\/\/nilesecure.com\/network-security\/secure-network-authentication-methods-types-and-protocols","this_category_slug":""},{"id":2206,"p_termname":"Network Security","title":"Top Network Attacks & Threats (And How to Protect Yourself)","body_without_editor":"A network attack involves an effort to obtain unauthorized entry into an entity's network, typically with the objective of disrupting operations, stealing information, or tampering with data. These attacks can take various forms and are executed with malicious intent, posing significant threats to the security and integrity of digital assets. Network attacks are a serious concern for businesses and individuals alike, as they can result in data breaches, financial losses, and damage to reputation. Understanding the nature of network attacks is essential for implementing effective security measures.","post_url":"https:\/\/nilesecure.com\/network-security\/top-network-attacks-threats-and-how-to-protect-yourself","type":"network-security","link_text":"Read More","landing_redirection":"https:\/\/nilesecure.com\/network-security\/top-network-attacks-threats-and-how-to-protect-yourself","this_category_slug":""},{"id":2087,"p_termname":"Network as a Service","title":"What Is Network Configuration, and How to Do It the Easy Way?","body_without_editor":"Network configuration is the process of setting up and managing the hardware, software, connections, and communication pathways that make up an enterprise network. This includes tasks such as setting up routers and switches, establishing network connections on host machines, installing and configuring network security devices such as firewalls or intrusion detection systems, and setting rules for how data is to be routed and controlled within the corporate network infrastructure. Effective network configuration ensures that networks operate smoothly, securely, and efficiently, with minimal downtime.\r\n","post_url":"https:\/\/nilesecure.com\/network-as-a-service\/what-is-network-configuration-and-how-to-do-it-the-easy-way","type":"network-as-a-service","link_text":"Read More","landing_redirection":"https:\/\/nilesecure.com\/network-as-a-service\/what-is-network-configuration-and-how-to-do-it-the-easy-way","this_category_slug":""},{"id":2217,"p_termname":"Network Security","title":"What Is Network Segmentation? How It Works & Why It Matters","body_without_editor":"Network segmentation is dividing a computer network into smaller subnetworks or segments. Each segment can act as its own small network, which can help increase network performance and enhance security. Network segmentation allows for better control over traffic flows and isolates network issues, reducing the impact on the whole network. It can also help prevent unauthorized access to sensitive information by keeping that information on a separate segment isolated from general network traffic.","post_url":"https:\/\/nilesecure.com\/network-security\/what-is-network-segmentation-how-it-works-why-it-matters","type":"network-security","link_text":"Read More","landing_redirection":"https:\/\/nilesecure.com\/network-security\/what-is-network-segmentation-how-it-works-why-it-matters","this_category_slug":""},{"id":2109,"p_termname":"AI Networking","title":"What is AIOps?","body_without_editor":"AIOps, short for Artificial Intelligence for IT Operations, is the application of machine learning, big data, and other artificial intelligence technologies to automate and improve IT operations. AIOps platforms use these technologies to analyze large volumes of data generated by IT infrastructure, predicting and preventing potential issues, identifying and resolving existing problems, and streamlining IT service management and issue resolution. The main goal of AIOps is to reduce the time and effort required to manage IT operations, thus increasing efficiency and productivity.","post_url":"https:\/\/nilesecure.com\/ai-networking\/what-is-aiops","type":"ai-networking","link_text":"Read More","landing_redirection":"https:\/\/nilesecure.com\/ai-networking\/what-is-aiops","this_category_slug":""},{"id":2123,"p_termname":"Network Design","title":"What Is Network Installation, and How to Get Things Done for Business IT Environments?","body_without_editor":"Network installation refers to the process of setting up all the necessary hardware and software to create a network. A network is a complex system comprising interconnected computers and devices capable of communication and resource sharing among one another. The installation process includes planning the network layout, installing cables or setting up wireless access points, connecting and setting up hardware like routers, switches, and servers, and configuring software to manage the network and its security. ","post_url":"https:\/\/nilesecure.com\/network-design\/what-is-network-installation-and-how-to-get-things-done-for-business-it-environments","type":"network-design","link_text":"Read More","landing_redirection":"https:\/\/nilesecure.com\/network-design\/what-is-network-installation-and-how-to-get-things-done-for-business-it-environments","this_category_slug":""},{"id":2128,"p_termname":"Network Design","title":"Most Common Types of Network Devices You\u2019ll Need","body_without_editor":"Network devices, also known as networking hardware, are physical devices that are essential for communication and interaction between various devices on a network. These devices manage data traffic and provide network resources and services to connected computers and devices. They include devices such as routers, switches, hubs, bridges, repeaters, firewalls, network interface cards (NICs), and access points. These hardware components can function as servers, client devices, or both. They aid in data transmission, provide network connection, enhance network performance, offer network security, and simplify network setup and administration.\r\n","post_url":"https:\/\/nilesecure.com\/network-design\/most-common-types-of-network-devices-youll-need","type":"network-design","link_text":"Read More","landing_redirection":"https:\/\/nilesecure.com\/network-design\/most-common-types-of-network-devices-youll-need","this_category_slug":""},{"id":2219,"p_termname":"Network Security","title":"What Is IEEE 802.1X for Zero Trust Access?","body_without_editor":"Today\u2019s networks are vulnerable to excessive attacks. The principles of zero trust are the gold standard organizations use to protect apps and data. A key element of zero trust access is \u201ctrust no one, authenticate everyone\u201d. However, current application-specific or client-specific Zero Trust Access controls do not provide an adequate level of protection for all devices on the network. In order to extend zero trust into the campus network, every wired and wireless connection must be authenticated and authorized using at least one mechanism such as IEEE 802.1X, MAB, Behavioral MAB and Single Sign On. Here, we explore how IEEE 802.1X helps in accomplishing zero trust access for the enterprise campus network. IEEE 802.1X provides the authentication framework for user devices before granting access to the Local Area Network (LAN).","post_url":"https:\/\/nilesecure.com\/network-security\/ieee-802-1x","type":"network-security","link_text":"Read More","landing_redirection":"https:\/\/nilesecure.com\/network-security\/ieee-802-1x","this_category_slug":""},{"id":2223,"p_termname":"Network Security","title":"What is Zero Trust Isolation and Why It\u2019s Needed?","body_without_editor":"It is virtually impossible to predict ransomware attacks. Malicious actors use security holes in corporate IT networks to find vulnerable devices, gain unauthorized access to them, and then use this access to spread malware and ransomware to other devices on the network. These attacks can originate from a variety of sources, including phishing emails, which are phony emails that hackers use to access a person\u2019s computer. Attackers have even been known to enter workplaces while posing as visitors or employees in order to connect to the networks and gain access.","post_url":"https:\/\/nilesecure.com\/network-security\/zero-trust-isolation","type":"network-security","link_text":"Read More","landing_redirection":"https:\/\/nilesecure.com\/network-security\/zero-trust-isolation","this_category_slug":""},{"id":2225,"p_termname":"Network Security","title":"What is MACsec?","body_without_editor":"The goal of IEEE 802.1AE1 MACsec is to establish secure a secure link from one Ethernet device to another. This protects Ethernet frames from attacks such as sniffing, snooping, spoofing, and Man-in-the-Middle (MitM), which represent 35%2 of all exploits. MACsec is an encryption standard operating at Layer 2 within the OSI model that provides a secure bi-directional communication link. Protecting against growing threats, the use of MACsec ensures the confidentiality, authenticity, and integrity of Ethernet traffic, protecting data from being tampered with or eavesdropped on without permission. As MACsec operates at Layer 2, it offers enhanced security protection in a high-bandwidth environment without affecting network or CPU performance.","post_url":"https:\/\/nilesecure.com\/network-security\/what-is-macsec","type":"network-security","link_text":"Read More","landing_redirection":"https:\/\/nilesecure.com\/network-security\/what-is-macsec","this_category_slug":""}]
Secure Network Authentication Methods, Types and Protocols
Network Authentication is a process that verifies and confirms the identity of a user, device, or system trying to access a network. This is often achieved through the use of login credentials such as usernames and passwords. The main objective of network authentication is to prevent unauthorized access, ensuring only authenticated users or systems can access network resources and data. Network authentication is a fundamental aspect of network security and can be implemented through various methods such as two-factor authentication, biometric authentication, and digital certificates among others.
Top Network Attacks & Threats (And How to Protect Yourself)
A network attack involves an effort to obtain unauthorized entry into an entity's network, typically with the objective of disrupting operations, stealing information, or tampering with data. These attacks can take various forms and are executed with malicious intent, posing significant threats to the security and integrity of digital assets. Network attacks are a serious concern for businesses and individuals alike, as they can result in data breaches, financial losses, and damage to reputation. Understanding the nature of network attacks is essential for implementing effective security measures.
What Is Network Configuration, and How to Do It the Easy Way?
Network configuration is the process of setting up and managing the hardware, software, connections, and communication pathways that make up an enterprise network. This includes tasks such as setting up routers and switches, establishing network connections on host machines, installing and configuring network security devices such as firewalls or intrusion detection systems, and setting rules for how data is to be routed and controlled within the corporate network infrastructure. Effective network configuration ensures that networks operate smoothly, securely, and efficiently, with minimal downtime.
What Is Network Segmentation? How It Works & Why It Matters
Network segmentation is dividing a computer network into smaller subnetworks or segments. Each segment can act as its own small network, which can help increase network performance and enhance security. Network segmentation allows for better control over traffic flows and isolates network issues, reducing the impact on the whole network. It can also help prevent unauthorized access to sensitive information by keeping that information on a separate segment isolated from general network traffic.
What is AIOps?
AIOps, short for Artificial Intelligence for IT Operations, is the application of machine learning, big data, and other artificial intelligence technologies to automate and improve IT operations. AIOps platforms use these technologies to analyze large volumes of data generated by IT infrastructure, predicting and preventing potential issues, identifying and resolving existing problems, and streamlining IT service management and issue resolution. The main goal of AIOps is to reduce the time and effort required to manage IT operations, thus increasing efficiency and productivity.
What Is Network Installation, and How to Get Things Done for Business IT Environments?
Network installation refers to the process of setting up all the necessary hardware and software to create a network. A network is a complex system comprising interconnected computers and devices capable of communication and resource sharing among one another. The installation process includes planning the network layout, installing cables or setting up wireless access points, connecting and setting up hardware like routers, switches, and servers, and configuring software to manage the network and its security.
Most Common Types of Network Devices You’ll Need
Network devices, also known as networking hardware, are physical devices that are essential for communication and interaction between various devices on a network. These devices manage data traffic and provide network resources and services to connected computers and devices. They include devices such as routers, switches, hubs, bridges, repeaters, firewalls, network interface cards (NICs), and access points. These hardware components can function as servers, client devices, or both. They aid in data transmission, provide network connection, enhance network performance, offer network security, and simplify network setup and administration.
What Is IEEE 802.1X for Zero Trust Access?
Today’s networks are vulnerable to excessive attacks. The principles of zero trust are the gold standard organizations use to protect apps and data. A key element of zero trust access is “trust no one, authenticate everyone”. However, current application-specific or client-specific Zero Trust Access controls do not provide an adequate level of protection for all devices on the network. In order to extend zero trust into the campus network, every wired and wireless connection must be authenticated and authorized using at least one mechanism such as IEEE 802.1X, MAB, Behavioral MAB and Single Sign On. Here, we explore how IEEE 802.1X helps in accomplishing zero trust access for the enterprise campus network. IEEE 802.1X provides the authentication framework for user devices before granting access to the Local Area Network (LAN).
What is Zero Trust Isolation and Why It’s Needed?
It is virtually impossible to predict ransomware attacks. Malicious actors use security holes in corporate IT networks to find vulnerable devices, gain unauthorized access to them, and then use this access to spread malware and ransomware to other devices on the network. These attacks can originate from a variety of sources, including phishing emails, which are phony emails that hackers use to access a person’s computer. Attackers have even been known to enter workplaces while posing as visitors or employees in order to connect to the networks and gain access.
What is MACsec?
The goal of IEEE 802.1AE1 MACsec is to establish secure a secure link from one Ethernet device to another. This protects Ethernet frames from attacks such as sniffing, snooping, spoofing, and Man-in-the-Middle (MitM), which represent 35%2 of all exploits. MACsec is an encryption standard operating at Layer 2 within the OSI model that provides a secure bi-directional communication link. Protecting against growing threats, the use of MACsec ensures the confidentiality, authenticity, and integrity of Ethernet traffic, protecting data from being tampered with or eavesdropped on without permission. As MACsec operates at Layer 2, it offers enhanced security protection in a high-bandwidth environment without affecting network or CPU performance.