AI Networking
- [{"id":5932,"p_termname":"Network Design","title":"What Is Network Scalability? How to Optimize for Growth","body_without_editor":"Network scalability refers to the ability of a network or system to handle a growing amount of change and its potential to be enlarged to accommodate that growth.","post_url":"https:\/\/nilesecure.com\/network-design\/network-scalability\/","type":"network-design","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-design\/network-scalability\/","this_category_slug":"ai-networking"},{"id":5920,"p_termname":"Network Management","title":"Network Lifecycle Management: Guide & Best Practices","body_without_editor":"Network Lifecycle Management (NLM) is a comprehensive strategy overseeing the entire network lifespan, from design and deployment to operation.","post_url":"https:\/\/nilesecure.com\/network-management\/network-lifecycle-management\/","type":"network-management","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-management\/network-lifecycle-management\/","this_category_slug":"ai-networking"},{"id":5911,"p_termname":"Network Management","title":"What Is Network Maintenance? Best Methods For IT today","body_without_editor":"Network maintenance refers to the regular tasks, processes, and methodologies employed to keep a network system up and running smoothly.","post_url":"https:\/\/nilesecure.com\/network-management\/network-maintenance\/","type":"network-management","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-management\/network-maintenance\/","this_category_slug":"ai-networking"},{"id":5846,"p_termname":"Network Management","title":"What Is Network Troubleshooting and How Does It Work?","body_without_editor":"Network troubleshooting is the process of identifying, diagnosing and resolving problems and issues within a local area network (LAN).","post_url":"https:\/\/nilesecure.com\/network-management\/network-troubleshooting\/","type":"network-management","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-management\/network-troubleshooting\/","this_category_slug":"ai-networking"},{"id":5825,"p_termname":"Network Management","title":"What Is Network Automation? A Complete Guide","body_without_editor":"Network automation is the process of using software to manage, configure, and orchestrate network operations, reducing the need for manual intervention.","post_url":"https:\/\/nilesecure.com\/network-management\/network-automation\/","type":"network-management","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-management\/network-automation\/","this_category_slug":"ai-networking"},{"id":5789,"p_termname":"AI Networking","title":"What Is a Self-Healing Network? Definition & How It Works","body_without_editor":"A self-healing network is a type of network that has the ability to perceive and rectify faults or problems automatically, without human intervention. \r\n","post_url":"https:\/\/nilesecure.com\/ai-networking\/what-is-a-self-healing-network-definition-how-it-works\/","type":"ai-networking","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/ai-networking\/what-is-a-self-healing-network-definition-how-it-works\/","this_category_slug":"ai-networking"},{"id":5753,"p_termname":"AI Networking","title":"What Is a Self-Driving Network? Definition & How It Works","body_without_editor":"A self-driving network employs AI and ML algorithms for autonomous monitoring and network operations without human involvement.\r\n","post_url":"https:\/\/nilesecure.com\/ai-networking\/what-is-a-self-driving-network-definition-how-it-works\/","type":"ai-networking","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/ai-networking\/what-is-a-self-driving-network-definition-how-it-works\/","this_category_slug":"ai-networking"},{"id":5735,"p_termname":"AI Networking","title":"What Is an Autonomous Network? Definition & How It Works","body_without_editor":"An autonomous network is a new model that uses built in artificial intelligence (AI), machine learning (ML), and advanced analytics to automate its operations and functions.\r\n","post_url":"https:\/\/nilesecure.com\/ai-networking\/what-is-an-autonomous-network-definition-how-it-works\/","type":"ai-networking","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/ai-networking\/what-is-an-autonomous-network-definition-how-it-works\/","this_category_slug":"ai-networking"},{"id":5689,"p_termname":"AI Networking","title":"What Is Intent-Based Networking (IBN)? Definition & How It Works","body_without_editor":"Intent-based networking (IBN) is a type of network administration that uses artificial intelligence (AI) and machine learning to automate administrative tasks. \r\n","post_url":"https:\/\/nilesecure.com\/ai-networking\/what-is-intent-based-networking-ibn-definition-how-it-works\/","type":"ai-networking","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/ai-networking\/what-is-intent-based-networking-ibn-definition-how-it-works\/","this_category_slug":"ai-networking"},{"id":5651,"p_termname":"AI Networking","title":"What Is AI Networking? How It Works & Why It Matters","body_without_editor":"Artificial Intelligence (AI) for networking is the application of AI technologies, machine learning algorithms, and predictive analytics to enhance and automate networking functions from Day -N to N operations. AI enables networks to be more efficient, secure, and adaptable by processing and learning from network data to predict, react, and respond to changing demands dynamically.","post_url":"https:\/\/nilesecure.com\/ai-networking\/what-is-ai-networking\/","type":"ai-networking","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/ai-networking\/what-is-ai-networking\/","this_category_slug":"ai-networking"},{"id":2055,"p_termname":"Network as a Service","title":"What Is an Enterprise Network? Types & What to Look For","body_without_editor":"An enterprise network serves as the backbone of modern organizations, connecting various hardware, software, and other resources within an organization. It enables seamless communication, data exchange, and access to resources across different departments, locations, and remote users. By incorporating technologies like enterprise Wi-Fi, these networks are designed to support a wide range of business activities, ensuring efficient and secure operations.","post_url":"https:\/\/nilesecure.com\/network-as-a-service\/what-is-an-enterprise-network-types-what-to-look-for\/","type":"network-as-a-service","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-as-a-service\/what-is-an-enterprise-network-types-what-to-look-for\/","this_category_slug":"ai-networking"},{"id":2075,"p_termname":"Network Design","title":"What Is Network Software? Types & Examples of Tools","body_without_editor":"Network software is a broad term referring to a range of software applications designed to enhance the functioning, management, and optimization of a computer network. This software facilitates communication among various interconnected devices, manages network operation, and monitors network performance. In today's fast-paced digital landscape, network software serves as the backbone of network design, implementation, operations, and more - enabling seamless communication and interaction between various network devices.","post_url":"https:\/\/nilesecure.com\/network-design\/what-is-network-software-types-examples-of-tools\/","type":"network-design","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-design\/what-is-network-software-types-examples-of-tools\/","this_category_slug":"ai-networking"},{"id":2079,"p_termname":"Network Design","title":"Basic Computer Network Components You\u2019ll Need","body_without_editor":"A network component refers to a device, software, or hardware unit that plays a specific role in network communication. Network components make up the infrastructure that supports all data transmission and facilitates network connectivity, communication, operations, and management of a computer network. These components primarily facilitate and control the flow of information across the network. Sections below highlight the key hardware components.\r\n","post_url":"https:\/\/nilesecure.com\/network-design\/basic-computer-network-components-youll-need\/","type":"network-design","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-design\/basic-computer-network-components-youll-need\/","this_category_slug":"ai-networking"},{"id":2099,"p_termname":"Network Design","title":"What Is Network Topology? Explanation, Types & Diagramming","body_without_editor":"Network topology refers to the arrangement of different elements (links, nodes, etc.) of a computer network. Essentially, it's the topological structure of a network and may be depicted physically or logically. Physical topology refers to the placement of the network's various components, including device locations and cable installation, while logical topology shows how data flows within the network, regardless of its physical design.","post_url":"https:\/\/nilesecure.com\/network-design\/what-is-network-topology-explanation-types-diagramming\/","type":"network-design","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-design\/what-is-network-topology-explanation-types-diagramming\/","this_category_slug":"ai-networking"},{"id":2215,"p_termname":"Network Management","title":"How to Define, Measure, & Improve Network Bandwidth","body_without_editor":"Network bandwidth refers to the maximum amount of data that can be transmitted over a network connection in a given period of time. It's typically measured in bits per second (bps), kilobits per second (Kbps), megabits per second (Mbps), or gigabits per second (Gbps). In simpler terms, network bandwidth is like a pipe, and the data streams are like water flowing through that pipe. The larger the pipe (or higher the bandwidth), the more water (or data) can flow through it at one time, leading to faster transmission speeds. High-bandwidth networks are especially important for applications that require rapid data transmission, like video streaming, online gaming, or video conferencing.","post_url":"https:\/\/nilesecure.com\/network-management\/network-bandwidth\/","type":"network-management","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-management\/network-bandwidth\/","this_category_slug":"ai-networking"},{"id":2175,"p_termname":"Network Security","title":"What Is a Zero Trust Network? Principles & Advantages","body_without_editor":"A zero trust Network is a security model that assumes no user or device can be trusted by default, regardless of whether they are inside or outside the network perimeter. Instead of relying on traditional methods of network security, a Zero-Trust Network requires verification for every person and device. In a zero-trust network, access is granted strictly based on necessity. Every device, user, and network flow must be authenticated and authorized before accessing resources. The guiding principle of this model is \"never trust, always verify.\"","post_url":"https:\/\/nilesecure.com\/network-security\/what-is-a-zero-trust-network-principles-advantages\/","type":"network-security","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-security\/what-is-a-zero-trust-network-principles-advantages\/","this_category_slug":"ai-networking"},{"id":2235,"p_termname":"Network Management","title":"How to Measure, Improve & Maximize Network Efficiency","body_without_editor":"Network efficiency refers to the effectiveness of a network in achieving its objectives such as fast communication, smooth data transfer, and minimal disruption or downtime. It involves how well the network can handle traffic, how quickly data can be sent and received, and how reliably the network can operate. Network efficiency can be improved by different methods like updating the network infrastructure, optimizing the network configuration, managing network traffic, and implementing strategic prevention of network issues.","post_url":"https:\/\/nilesecure.com\/network-management\/network-efficiency\/","type":"network-management","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-management\/network-efficiency\/","this_category_slug":"ai-networking"},{"id":2249,"p_termname":"Network Management","title":"What Is Network Utilization & How to Monitor It","body_without_editor":"Network utilization refers to the amount or percentage of available network capacity that is currently being used. It's often expressed as a percentage. It measures how much data is being transmitted over a network at a given time, compared to the maximum data that the network can transmit. High network utilization can slow down the transmission speed and overall performance of the network, while low or optimal network utilization ensures that the network is performing efficiently. Monitoring and managing network utilization is critical in preventing poor performance and ensuring smooth operation.","post_url":"https:\/\/nilesecure.com\/network-management\/network-utilization\/","type":"network-management","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-management\/network-utilization\/","this_category_slug":"ai-networking"},{"id":2177,"p_termname":"Network Security","title":"Top Network Vulnerabilities & How to Prevent Them","body_without_editor":"Network vulnerabilities refer to weaknesses or gaps within a network infrastructure that can be exploited by cyber threats to gain unauthorized access or cause harm. These vulnerabilities are potential security risks that can be leveraged by malicious actors to disrupt or compromise network integrity and data security. Understanding these vulnerabilities is crucial for organizations as they lay the foundation for implementing robust network security measures. ","post_url":"https:\/\/nilesecure.com\/network-security\/top-network-vulnerabilities-how-to-prevent-them\/","type":"network-security","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-security\/top-network-vulnerabilities-how-to-prevent-them\/","this_category_slug":"ai-networking"},{"id":2181,"p_termname":"Network Security","title":"Top Network Threats & Risks (And How to Protect Yourself)","body_without_editor":"A network threat refers to any potential activity or event that could harm or interrupt the systems, applications and services operating on a network. These threats can compromise the security of the network by attacking its infrastructure with the primary target usually being information theft or service disruption. Examples of network threats include malware attacks, phishing attacks, ransomware, denial of service (DoS) attacks, unauthorized access, and data breaches, among others. Network threats can be initiated intentionally by threat actors such as hackers or unintentionally via software vulnerabilities and user errors.","post_url":"https:\/\/nilesecure.com\/network-security\/top-network-threats-risks-and-how-to-protect-yourself\/","type":"network-security","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-security\/top-network-threats-risks-and-how-to-protect-yourself\/","this_category_slug":"ai-networking"},{"id":2184,"p_termname":"Network Security","title":"What is a Rogue Access Point & How to Protect Against Them","body_without_editor":"A rogue access point is a wireless access point (AP) that has been installed on a network without the network administrator's authorization. These access points can be set up maliciously by attackers or innocently by employees seeking to bypass network restrictions or improve connectivity results. Regardless of intent, rogue APs can expose an organization to various security risks, making their detection and management critical.\r\n","post_url":"https:\/\/nilesecure.com\/network-security\/what-is-a-rogue-access-point-how-to-protect-against-them\/","type":"network-security","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-security\/what-is-a-rogue-access-point-how-to-protect-against-them\/","this_category_slug":"ai-networking"},{"id":2256,"p_termname":"Network Management","title":"What Is Network Capacity Planning? How to Measure & Plan","body_without_editor":"Network capacity refers to the total amount of data that can be transmitted over a network at any given time. It is usually measured in terms of bandwidth, which is the volume of data per second that can be handled by the network. Various factors, including the physical hardware, the quality of network connections, and the protocols in use influence this capacity. In the context of organizations that depend heavily on digital communications and data transfer, understanding and effectively managing network capacity is vital for maintaining optimal operational efficiency.","post_url":"https:\/\/nilesecure.com\/network-management\/what-is-network-capacity-planning-how-to-measure-plan\/","type":"network-management","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-management\/what-is-network-capacity-planning-how-to-measure-plan\/","this_category_slug":"ai-networking"},{"id":2258,"p_termname":"Network Management","title":"What Is Network Availability?","body_without_editor":"Network availability refers to the amount of time a network infrastructure is up and accessible to users for connectivity and digital data transmission. It's typically measured as a percentage of the total time (such as a month or a year), representing when the system was fully functioning and available. This concept refers to the measure of time that a network is operational and available for use. It's a cornerstone in understanding the overall health and efficiency of a network, reflecting its ability to meet the demands of users and applications. As we delve into this topic, we'll explore how network availability is not just about having a connection, but about ensuring that the connection is robust and dependable.\r\n","post_url":"https:\/\/nilesecure.com\/network-management\/what-is-network-availability\/","type":"network-management","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-management\/what-is-network-availability\/","this_category_slug":"ai-networking"},{"id":2260,"p_termname":"Network Management","title":"Network Diagnostic Tools for Troubleshooting Issues","body_without_editor":"Network diagnostics refers to the process of evaluating, analyzing, and resolving issues within a network infrastructure. It encompasses a wide range of activities, from simple checks like ensuring cables are properly connected, to more complex tasks like analyzing network traffic and identifying bottlenecks. The goal is to maintain optimal network performance and ensure the smooth functioning of all connected systems and services. This fundamental step in network management is crucial for organizations to maintain efficient and reliable connectivity.","post_url":"https:\/\/nilesecure.com\/network-management\/network-diagnostic-tools-for-troubleshooting-issues\/","type":"network-management","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-management\/network-diagnostic-tools-for-troubleshooting-issues\/","this_category_slug":"ai-networking"},{"id":2263,"p_termname":"Network Management","title":"Wireless Site Survey Types, Costs, Tools, & How to Do Them","body_without_editor":"A wireless site survey, also known as a WLAN or RF site survey, is the process of planning and designing a wireless network. It is performed to ensure that the wireless network provides sufficient coverage, bandwidth, connectivity, and quality of service for its intended purpose. During the survey, various factors, such as the size and layout of the site, the building material, the number of network users, the type of network usage, and potential sources of interference are all taken into account. The goal is to determine the optimal locations for wireless access points (APs) to provide the best possible signal coverage and strength.","post_url":"https:\/\/nilesecure.com\/network-management\/wireless-site-survey-types-costs-tools-how-to-do-them\/","type":"network-management","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-management\/wireless-site-survey-types-costs-tools-how-to-do-them\/","this_category_slug":"ai-networking"},{"id":2190,"p_termname":"Network Security","title":"Network Isolation: What it is & How it Works for Security","body_without_editor":"Network isolation is a design approach that divides or partitions a network into separate segments or subnets, each acting as its own small network. This tactic is used to improve security and performance within a larger network structure. This concept is particularly relevant in complex environments like financial institutions, healthcare, enterprise and college campuses, where the need to protect sensitive data and ensure reliable network performance is paramount. By isolating network segments, organizations can better manage and secure their digital infrastructure.","post_url":"https:\/\/nilesecure.com\/network-security\/network-isolation-what-it-is-how-it-works-for-security\/","type":"network-security","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-security\/network-isolation-what-it-is-how-it-works-for-security\/","this_category_slug":"ai-networking"},{"id":2118,"p_termname":"Network Design","title":"What Is a Point-of-Presence (PoP)? Definition & How It Works","body_without_editor":"A Point of Presence (PoP) is a physical location that houses data center compute, storage and networking infrastructure where high-speed connections to the internet are established. It's a destination where data from a user's device given a specific use case or application, is sent to connect to the internet. The main function of a PoP is to enable users to access the internet securely, at high performance, or other similar networks that are maintained by a specific service or enterprise application.","post_url":"https:\/\/nilesecure.com\/network-design\/what-is-a-point-of-presence-pop-definition-how-it-works\/","type":"network-design","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-design\/what-is-a-point-of-presence-pop-definition-how-it-works\/","this_category_slug":"ai-networking"},{"id":2266,"p_termname":"Network Management","title":"What is Cloud Management? Benefits and How It Works","body_without_editor":"Cloud Management refers to the administrative processes, services, and tools that businesses use to control and operate cloud computing products and services. It involves managing, monitoring, and maintaining the operations, workloads, and services that are hosted on a private or public cloud platform. Cloud management encompasses everything from deployment to maintenance, optimization, and integration of cloud resources. Understanding cloud management is crucial for effective network operations, as it streamlines and secures various related processes.","post_url":"https:\/\/nilesecure.com\/network-management\/what-is-cloud-management-benefits-and-how-it-works\/","type":"network-management","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-management\/what-is-cloud-management-benefits-and-how-it-works\/","this_category_slug":"ai-networking"},{"id":2120,"p_termname":"Network Design","title":"What Is Cloud Networking? Types, Advantages & Use Cases","body_without_editor":"Cloud Networking is a type of IT infrastructure where an organization's network orchestration, management, automation, control and monitoring capabilities are hosted in a cloud environment, either on a public or private cloud platform. Cloud networking is primarily implemented within data centers, points of presence (PoP), internet service provider (ISP) infrastructure, and of course, public and private cloud environments where compute, storage and network elements are deployed as essential components.","post_url":"https:\/\/nilesecure.com\/network-design\/what-is-cloud-networking-types-advantages-use-cases\/","type":"network-design","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-design\/what-is-cloud-networking-types-advantages-use-cases\/","this_category_slug":"ai-networking"},{"id":2270,"p_termname":"Network Management","title":"What Is Cloud Operations (CloudOps)? Simple Definition","body_without_editor":"Cloud Operations (CloudOps) is a set of procedures and strategies for managing and delivering cloud-based services and infrastructure. It's an approach primarily used by IT teams to ensure cloud systems are running efficiently, securely, and in alignment with business objectives. CloudOps involves applying traditional IT operations principles to the cloud environment, which can include tasks like system monitoring, incident response, management of security policies, backup and recovery, deployment management, and more.","post_url":"https:\/\/nilesecure.com\/network-management\/what-is-cloud-operations-cloudops-simple-definition\/","type":"network-management","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-management\/what-is-cloud-operations-cloudops-simple-definition\/","this_category_slug":"ai-networking"},{"id":2071,"p_termname":"Network as a Service","title":"What Is Hardware-as-a-Service (HaaS)? Benefits & Advantages","body_without_editor":"Hardware-as-a-service, commonly abbreviated as HaaS, refers to a procurement model where businesses obtain physical digital infrastructure resources for campus and branch locations on a subscription basis, rather than purchasing and owning them outright. This model is analogous to leasing or renting the necessary equipment, such as computers, video conferencing systems, physical security and other building automation solutions, or network infrastructure components.","post_url":"https:\/\/nilesecure.com\/network-as-a-service\/what-is-hardware-as-a-service-haas-benefits-advantages\/","type":"network-as-a-service","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-as-a-service\/what-is-hardware-as-a-service-haas-benefits-advantages\/","this_category_slug":"ai-networking"},{"id":2195,"p_termname":"Network Security","title":"What Are Rogue Devices? How to Detect and Prevent Them","body_without_editor":"Rogue devices are unauthorized devices that connect to a network without permission. They can include any type of device that is capable of network connection, like smartphones, laptops, and even Internet of Things (IoT) devices. Rogue devices pose a major security risk as they are potential sources of data breaches or malware infections. These devices might be introduced to the network by employees without harmful intentions or by malicious actors aiming to steal data or conduct other harmful activities. They can also cause network performance issues by consuming bandwidth.","post_url":"https:\/\/nilesecure.com\/network-security\/what-are-rogue-devices-how-to-detect-and-prevent-them\/","type":"network-security","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-security\/what-are-rogue-devices-how-to-detect-and-prevent-them\/","this_category_slug":"ai-networking"},{"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":null,"landing_redirection":"https:\/\/nilesecure.com\/network-security\/secure-network-authentication-methods-types-and-protocols\/","this_category_slug":"ai-networking"},{"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":null,"landing_redirection":"https:\/\/nilesecure.com\/network-security\/top-network-attacks-threats-and-how-to-protect-yourself\/","this_category_slug":"ai-networking"},{"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":null,"landing_redirection":"https:\/\/nilesecure.com\/network-as-a-service\/what-is-network-configuration-and-how-to-do-it-the-easy-way\/","this_category_slug":"ai-networking"},{"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":null,"landing_redirection":"https:\/\/nilesecure.com\/network-security\/what-is-network-segmentation-how-it-works-why-it-matters\/","this_category_slug":"ai-networking"},{"id":2109,"p_termname":"Network as a Service","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\/network-as-a-service\/what-is-aiops\/","type":"network-as-a-service","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-as-a-service\/what-is-aiops\/","this_category_slug":"ai-networking"},{"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":null,"landing_redirection":"https:\/\/nilesecure.com\/network-design\/what-is-network-installation-and-how-to-get-things-done-for-business-it-environments\/","this_category_slug":"ai-networking"},{"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":null,"landing_redirection":"https:\/\/nilesecure.com\/network-design\/most-common-types-of-network-devices-youll-need\/","this_category_slug":"ai-networking"},{"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":null,"landing_redirection":"https:\/\/nilesecure.com\/network-security\/ieee-802-1x\/","this_category_slug":"ai-networking"},{"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":null,"landing_redirection":"https:\/\/nilesecure.com\/network-security\/zero-trust-isolation\/","this_category_slug":"ai-networking"},{"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":null,"landing_redirection":"https:\/\/nilesecure.com\/network-security\/what-is-macsec\/","this_category_slug":"ai-networking"},{"id":2228,"p_termname":"Network Security","title":"What Are WIDS and WIPS?","body_without_editor":"WIDS stands for wireless intrusion detection system. It is a technology designed to protect wireless networks from unauthorized access. It does this by monitoring traffic on the network to identify any suspicious activity that may indicate a security breach. WIPS stands for wireless intrusion prevention system. WIPS uses a combination of techniques to detect and prevent intrusions in real time. It not only monitors but also takes action to prevent rogue access points, man in the middle attacks, denial-of-service attacks, and other threats to the wireless network.\r\n","post_url":"https:\/\/nilesecure.com\/network-security\/what-is-a-wireless-intrusion-detection-system-wids-2\/","type":"network-security","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-security\/what-is-a-wireless-intrusion-detection-system-wids-2\/","this_category_slug":"ai-networking"},{"id":2131,"p_termname":"Network as a Service","title":"What is Network TCO?","body_without_editor":"Network TCO includes costs associated with Day 0 to Day N operations, such as hardware, software, and personnel. Return on Investment (ROI) is a superset of TCO that includes the cost of benefits realized from an efficient TCO. By calculating ROI and TCO, businesses can better understand the cost-benefit analysis of their network infrastructure.\r\n\r\n","post_url":"https:\/\/nilesecure.com\/network-as-a-service\/what-is-network-tco\/","type":"network-as-a-service","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-as-a-service\/what-is-network-tco\/","this_category_slug":"ai-networking"},{"id":2141,"p_termname":"Network Design","title":"What is DHCP ?","body_without_editor":"Dynamic Host Configuration Protocol (DHCP) is a standard and fundamental network protocol that greatly simplifies network connectivity at home and at work. It achieves this by automatically providing unique IP addresses and essential network settings to connected mobile and IoT devices. For DHCP to work, there are three components needed:","post_url":"https:\/\/nilesecure.com\/network-design\/what-is-dhcp\/","type":"network-design","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-design\/what-is-dhcp\/","this_category_slug":"ai-networking"},{"id":2143,"p_termname":"Network Design","title":"What Is Guest Wi-Fi?","body_without_editor":"Enterprise networks see a variety of users and devices that need to connect to the wireless network. Visitors to any enterprise environment\u2013short-term contractors, vendors, partners, and others\u2013arrive in the enterprise environment expecting internet connectivity with a minimum of hassle. Guest Wi-Fi for the enterprise is a means of providing this connectivity for guest users. Guest Wi-Fi can also be a way to keep guest traffic off of the enterprise network, isolating guests from internal resources and each other, which improves network security. A system for guest access is an extension of other security measures that support a zero trust security strategy.","post_url":"https:\/\/nilesecure.com\/network-design\/what-is-guest-wi-fi\/","type":"network-design","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-design\/what-is-guest-wi-fi\/","this_category_slug":"ai-networking"},{"id":2147,"p_termname":"Network Design","title":"What Is Network Hardware? What You\u2019ll Need for a New Network","body_without_editor":"Network hardware, also known as networking hardware or network equipment, refers to physical devices that are required for communication and interaction between devices on a computer network. Nile Access Service integrates over traditionally separately consumed 10 different product and service components for wired and wireless networks into a single solution. These components include access\/distribution switching, Wi-Fi APs, Wi-Fi sensors, zero trust isolation of connected users and devices, dynamic segmentation, IoT profiling, performance analytics, orchestration, guest authentication, and DHCP services in the cloud, among others.","post_url":"https:\/\/nilesecure.com\/network-design\/what-is-network-hardware-what-youll-need-for-a-new-network\/","type":"network-design","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-design\/what-is-network-hardware-what-youll-need-for-a-new-network\/","this_category_slug":"ai-networking"},{"id":2151,"p_termname":"Network Design","title":"What Is Network Planning, and How Can You Plan For New Networks?","body_without_editor":"Network planning is the process of strategically organizing and arranging the operations of a network to ensure smooth and efficient communication and data transfer. This involves drafting the physical layout of the network, deciding the network topology, selecting appropriate hardware and software, and considering factors like location, network size, number of users, and future growth. Network planning also involves managing network capacity to handle traffic and usage load while ensuring optimal performance and security measures. This process is vital for organizations to ensure their network resources are used effectively and scale as per organizational needs.","post_url":"https:\/\/nilesecure.com\/network-design\/what-is-network-planning-and-how-can-you-plan-for-new-networks\/","type":"network-design","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-design\/what-is-network-planning-and-how-can-you-plan-for-new-networks\/","this_category_slug":"ai-networking"},{"id":2174,"p_termname":"Network Design","title":"What Is Network Infrastructure? Components You\u2019ll Need","body_without_editor":"Network infrastructure refers to the hardware and software resources of an entire network that enable network connectivity, communication, operations, and management of an enterprise network. It provides the communication path and services between users, processes, applications, services and external networks or the internet. The network infrastructure of a company comprises a broad range of equipment, software, and services. This includes routers, switches, servers, wireless devices, data centers, software, firewalls, operating systems, and security applications.","post_url":"https:\/\/nilesecure.com\/network-design\/what-is-network-infrastructure-components-youll-need\/","type":"network-design","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-design\/what-is-network-infrastructure-components-youll-need\/","this_category_slug":"ai-networking"},{"id":2199,"p_termname":"Network Design","title":"What Is Network Architecture? A Guide For Your Next-Gen Enterprise Network","body_without_editor":"Network architecture is the design of a computer network. It is a framework that specifies the structure, physical components, functional organization, operational procedures, software, and data formats for constructing and managing a computer network. Network architecture can be used to provide a detailed picture of the communication, network protocols, and infrastructure used in the network. It includes hardware, transmission media, and network protocols that function together to provide network services to users. Types of network architecture include Local Area Networks (LANs), Wide Area Networks (WANs), and Metropolitan Area Networks (MANs).","post_url":"https:\/\/nilesecure.com\/network-design\/what-is-network-architecture-a-guide-for-your-next-gen-enterprise-network\/","type":"network-design","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-design\/what-is-network-architecture-a-guide-for-your-next-gen-enterprise-network\/","this_category_slug":"ai-networking"},{"id":2204,"p_termname":"Network Design","title":"What Are RADIUS Servers, and How Does RADIUS Authentication Work?","body_without_editor":"RADIUS (Remote Authentication Dial-In User Service) is a client-server protocol and software that enables remote access servers to communicate with a central server to authenticate dial-in users and authorize their access to the requested system or service. Internet Service Providers (ISPs) and enterprises widely employ RADIUS for overseeing access to the internet or internal networks, encompassing wireless networks and integrated email services. It accomplishes this by utilizing a RADIUS server, which holds (or is able to access) user credential information and the rules that determine which users can access which networks or services.\r\n","post_url":"https:\/\/nilesecure.com\/network-design\/what-are-radius-servers-and-how-does-radius-authentication-work\/","type":"network-design","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-design\/what-are-radius-servers-and-how-does-radius-authentication-work\/","this_category_slug":"ai-networking"},{"id":2233,"p_termname":"Network Security","title":"What Is Network Encryption? How Does It Work?","body_without_editor":"Network encryption is a method used to secure data that is being transmitted over a network, both internally within a company and externally across the internet. This is achieved by converting the readable data into unreadable data. This data can only be made readable in the format of a decryption key. The main purpose of network encryption is to prevent unauthorized access to data as it moves across the network. It is crucial to protect sensitive information from being intercepted during transmission. It is commonly used in many online processes, such as online banking and e-commerce transactions, to protect data integrity and user privacy.\r\n","post_url":"https:\/\/nilesecure.com\/network-security\/what-is-network-encryption-how-does-it-work\/","type":"network-security","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-security\/what-is-network-encryption-how-does-it-work\/","this_category_slug":"ai-networking"},{"id":2244,"p_termname":"Network Security","title":"Man-in-The-Middle (MitM) Attack: Definition & Defenses","body_without_editor":"A Man-In-The-Middle (MITM) attack is a type of cybersecurity breach that occurs when a hacker intercepts communication between two systems, usually a user's device and a server or website. The attacker is then able to eavesdrop, capture, and manipulate the data that is being exchanged. This could involve stealing sensitive information such as login credentials, credit card numbers, or personal identity data. The attacker can also alter the communications, misleading the user or server, often without either party knowing that the attack has occurred.\r\n","post_url":"https:\/\/nilesecure.com\/network-security\/man-in-the-middle-mitm-attack-definition-defenses\/","type":"network-security","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-security\/man-in-the-middle-mitm-attack-definition-defenses\/","this_category_slug":"ai-networking"},{"id":2246,"p_termname":"Network Security","title":"What Is Wi-Fi Security? WEP, WPA, WPA2 & WPA3 Differences","body_without_editor":"Wi-Fi security refers to the protection of Wi-Fi networks and connected devices from unauthorized access, data breaches, hacking, and other potential cyber threats. It involves implementing security measures, such as encryption, authentication, and security protocols, to protect the data that is transmitted in a wireless network, its users \/ devices and the network infrastructure that it is connected to. Wi-Fi security protocols like Wired Equivalent Privacy (WEP), Wi-Fi Protected Access (WPA), WPA2, and WPA3 are designed to provide different levels of security. For instance, WEP is the oldest and least secure, while WPA3 is the latest and most secure protocol.\r\n","post_url":"https:\/\/nilesecure.com\/network-security\/what-is-wi-fi-security-wep-wpa-wpa2-wpa3-differences\/","type":"network-security","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-security\/what-is-wi-fi-security-wep-wpa-wpa2-wpa3-differences\/","this_category_slug":"ai-networking"},{"id":2451,"p_termname":"Network Management","title":"What Is Network Performance? What Are Its Top Metrics?","body_without_editor":"Network performance refers to the quality and effectiveness of a network system. It involves evaluating and reviewing the speed, connectivity, reliability, and efficiency of a network. Key indicators of network performance include bandwidth, latency, throughput, jitter, and error rate. High-performing networks reliably transmit high volumes of data quickly and securely, with minimal delays or errors, improving productivity and user experience.","post_url":"https:\/\/nilesecure.com\/network-management\/what-is-network-performance-what-are-its-top-metrics\/","type":"network-management","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-management\/what-is-network-performance-what-are-its-top-metrics\/","this_category_slug":"ai-networking"},{"id":2455,"p_termname":"Network Management","title":"What Is a Network Operations Center (NOC)?","body_without_editor":"A Network Operations Center (NOC) is a centralized location where IT network engineering and operations teams supervise, monitor, and maintain enterprise networks. It is a must have for many organizations who are consumers of traditional network architectures that are made up of multiple generations of products and services to support their enterprise IT infrastructure. NOCs are generally responsible for ensuring an organization's network runs smoothly, and they handle tasks such as managing network traffic, troubleshooting network issues, performing software updates, and preventing potential cyber-attacks.\r\n","post_url":"https:\/\/nilesecure.com\/network-management\/what-is-a-network-operations-center-noc\/","type":"network-management","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-management\/what-is-a-network-operations-center-noc\/","this_category_slug":"ai-networking"},{"id":2133,"p_termname":"Network as a Service","title":"Wi-Fi for University and College Campuses: How to Set It Up","body_without_editor":"A comprehensive Wi-Fi network on a college campus ensures seamless connectivity for students, staff, and guests. Here's a step-by-step guide to help institutions achieve an optimal wireless environment: Each step above can delve deeper into specific considerations and best practices. The aim is to offer all campus members a connected, secure, and efficient network experience.","post_url":"https:\/\/nilesecure.com\/network-as-a-service\/wi-fi-for-university-and-college-campuses-how-to-set-it-up\/","type":"network-as-a-service","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-as-a-service\/wi-fi-for-university-and-college-campuses-how-to-set-it-up\/","this_category_slug":"ai-networking"},{"id":2135,"p_termname":"Network as a Service","title":"What Is a Campus Area Network? Overview and Explanation","body_without_editor":"A campus area network links networks in a defined geographic space, like a college campus, corporate facility, or military base. A campus network exceeds the size of a local area network (LAN) yet it offers less coverage than both a metropolitan area network (MAN) and a wide area network (WAN). Campus networks are typically used to link various buildings within the organization, facilitating efficient communication, sharing of resources, and central management. The network Campus network includes multiple LANs and is often connected to the internet or other networks. These types of networks are generally owned and managed by the institution that owns the campus.","post_url":"https:\/\/nilesecure.com\/network-as-a-service\/what-is-a-campus-area-network-overview-and-explanation\/","type":"network-as-a-service","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-as-a-service\/what-is-a-campus-area-network-overview-and-explanation\/","this_category_slug":"ai-networking"},{"id":2466,"p_termname":"Network Management","title":"What Is Network Throughput? How to Measure and Improve It","body_without_editor":"Network throughput refers to the volume of digital data transferred between two points within a specified time period. Typically, it's quantified in bits per second (bps), as in megabits per second (Mbps) or gigabits per second (Gbps). Throughput is the actual rate at which data is successfully delivered over a network connection, and it provides a realistic measure of network performance. It is influenced by network speed, bandwidth, and latency. High throughput is desirable as a network can carry hefty amounts of data quickly and efficiently.","post_url":"https:\/\/nilesecure.com\/network-management\/what-is-network-throughput-how-to-measure-and-improve-it\/","type":"network-management","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-management\/what-is-network-throughput-how-to-measure-and-improve-it\/","this_category_slug":"ai-networking"},{"id":2211,"p_termname":"Network Design","title":"What Is a Wireless Sensor Network? How Does It Work?","body_without_editor":"A wireless sensor network is a group of autonomous sensors dispersed in space, observing physical conditions like temperature, sound, and pressure. Some are also capable of testing the performance of the wireless network infrastructure that they are connected to. These sensors cooperatively transmit data to a central location using embedded processors, radio transceivers, and batteries when not connected to power. Wireless sensors serve various purposes, including network connectivity performance analysis, system health monitoring, wildlife tracking, agriculture, industry, and military. Initially driven by military use like battlefield surveillance, they're now integral to civilian applications such as habitat monitoring, healthcare, home automation, and traffic control.","post_url":"https:\/\/nilesecure.com\/network-design\/what-is-a-wireless-sensor-network-how-does-it-work\/","type":"network-design","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-design\/what-is-a-wireless-sensor-network-how-does-it-work\/","this_category_slug":"ai-networking"},{"id":2248,"p_termname":"Network Security","title":"What Is a Wireless Intrusion Detection System (WIDS)?","body_without_editor":"A wireless intrusion detection system (WIDS) is a security solution specifically designed to detect anomalous activities, intrusion attempts, and vulnerabilities within a wireless network. It can identify possible attacks, unauthorized access, or misconfigurations in the network. WIDS accomplishes this by monitoring radio frequencies for specific packet patterns or behavior associated with malicious activities. It plays a crucial role in enforcing network security policies and protecting against threats such as rogue access points, identifying weak encryption methods, and weak or default passwords for pre-shared key authentication mechanisms.","post_url":"https:\/\/nilesecure.com\/network-security\/what-is-a-wireless-intrusion-detection-system-wids\/","type":"network-security","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-security\/what-is-a-wireless-intrusion-detection-system-wids\/","this_category_slug":"ai-networking"},{"id":2155,"p_termname":"Network as a Service","title":"What Is Network as a Service (NaaS)? How Does It Work?","body_without_editor":"Network as a Service (NaaS) is a business model that delivers network services remotely over the Internet. Instead of investing capital expense in their network infrastructure, businesses can purchase these services from a provider on a subscription basis or as and when required. NaaS is an innovative solution that offers networking services to businesses via shared responsibility of infrastructure design, deployment and management. Instead of investing in and managing a physical network infrastructure, companies can simply subscribe to a NaaS offering. These services are predominantly cloud-powered, ensuring accessibility and alleviating the need for businesses to handle the intricacies of their network infrastructure.\r\n","post_url":"https:\/\/nilesecure.com\/network-as-a-service\/what-is-network-as-a-service-naas-how-does-it-work\/","type":"network-as-a-service","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-as-a-service\/what-is-network-as-a-service-naas-how-does-it-work\/","this_category_slug":"ai-networking"},{"id":2159,"p_termname":"Network as a Service","title":"What Is Enterprise Wi-Fi? What Are the Best Solutions Today?","body_without_editor":"Enterprise Wi-Fi refers to wireless networks used in a business or education. It's typically much more robust and feature-rich than home Wi-Fi due to the larger number of devices and users it needs to support. Enterprise Wi-Fi networks support seamless integration between multiple access points, higher security levels, load balancing, and advanced management features. They often cover multiple floors or buildings and can support hundreds or even many thousands of simultaneous connections.\r\n","post_url":"https:\/\/nilesecure.com\/network-as-a-service\/what-is-enterprise-wi-fi-what-are-the-best-solutions-today\/","type":"network-as-a-service","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-as-a-service\/what-is-enterprise-wi-fi-what-are-the-best-solutions-today\/","this_category_slug":"ai-networking"},{"id":2469,"p_termname":"Network Management","title":"What Is Network Management? How It Works, Explained","body_without_editor":"Network management is the process of administering and managing the computer networks of one or many organizations. This includes a wide array of tasks including deploying, integrating, and monitoring network infrastructure and devices. The main purpose of network management is to maintain the network, monitor network operations, perform troubleshooting if any problems are identified, and carry out routine updates.\r\n","post_url":"https:\/\/nilesecure.com\/network-management\/what-is-network-management-how-it-works-explained\/","type":"network-management","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-management\/what-is-network-management-how-it-works-explained\/","this_category_slug":"ai-networking"},{"id":2213,"p_termname":"Network Design","title":"What Is Network Design? And How To Design A Network","body_without_editor":"Network design entails strategizing and establishing computer network infrastructures. It includes optimizing devices, services, and technologies to suit individual or organizational requirements. This can include deciding upon a network's architecture or topology, choosing the appropriate hardware and software, planning for data storage and management, considering the requirements for an internet connection, and ensuring the necessary security measures are in place.","post_url":"https:\/\/nilesecure.com\/network-design\/what-is-network-design-and-how-to-design-a-network\/","type":"network-design","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-design\/what-is-network-design-and-how-to-design-a-network\/","this_category_slug":"ai-networking"},{"id":2251,"p_termname":"Network Security","title":"What Is Network Security? Types & Importance Explained","body_without_editor":"Network security encompasses a wide range of technologies, procedures, and protocols strategically crafted to safeguard the integrity, confidentiality, and availability of computer networks and the associated data. This involves implementing measures to prevent and monitor unauthorized access, misuse, alteration, or denial of the network and its resources. Network administrators typically achieve this through a combination of hardware devices, such as routers and firewalls, and software programs, such as antimalware tools. Techniques used in network security include data backup, encryption, user authentication, intrusion detection systems, and continuous network monitoring.\r\n","post_url":"https:\/\/nilesecure.com\/network-security\/what-is-network-security-types-importance-explained\/","type":"network-security","link_text":null,"landing_redirection":"https:\/\/nilesecure.com\/network-security\/what-is-network-security-types-importance-explained\/","this_category_slug":"ai-networking"}]
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