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Network security protects your data from breaches, intrusions, and other threats. It is a broad, global term that describes hardware and software solutions, as well as processes or rules and settings related to network usage, accessibility, and general protection against threats.
Network security includes access control, antivirus software, application security, network analysis, network-related security types (endpoint, web, wireless), firewalls, encryption of VPN and much more.
Network security is vital to protecting customer data and information, keeping shared data secure, and ensuring reliable network access and performance, as well as protecting against cyber threats. A well-designed network security solution reduces overhead and protects organizations from costly losses that result from a data breach or other security incident. Ensuring legitimate access to systems, applications, and data enables business operations and the delivery of services and products to customers.
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There are different types of network security protections, we show you some examples:
Firewalls control incoming and outgoing traffic on networks, with predetermined security rules. Firewalls prevent unwanted traffic and are a necessary part of everyday computing. Network security relies heavily on firewalls, and especially next-generation firewalls, which focus on blocking malware and application layer attacks.
Network segmentation defines the boundaries between network segments when assets within the group have a common function, risk, or role within an organization. For example, the perimeter gateway segments a company network from the Internet. Potential threats outside the network are prevented, ensuring that an organization's sensitive data stays inside. Organizations can go further by defining additional internal boundaries within their network, which can provide greater security and access control.
Access control defines the individuals or groups and devices that have access to applications and systems on the network, thus denying unauthorized access, and perhaps threats.
Integrations with identity and access management products can strongly identify the user, and role-based access control policies ensure that the person and device have authorized access to the asset.
Remote Access VPN provides secure remote access to a company's network to individual hosts or clients, such as telecommuters, mobile users, and extranet consumers. Each host usually has VPN client software loaded or uses a web-based client. The privacy and integrity of sensitive information is ensured through multi-factor authentication, endpoint compliance scanning, and encryption of all transmitted data.
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The zero-trust security model states that a user should only have the access and permissions they need to fulfill their role. This is a very different approach than traditional security solutions, such as VPNs, which grant the user full access to the destination network. Zero-trust network access, also known as software-defined perimeter solutions, enables granular access to an organization's applications to users who require that access to perform their roles.
Email security refers to all processes, products and services designed to protect email accounts and email content from external threats. Most email service providers have built-in email security features designed to keep you secure, but they may not be enough to prevent cybercriminals from accessing your information.
Data loss prevention is a cybersecurity methodology that combines technology and best practices to prevent the exposure of sensitive information outside of an organization, especially regulated data such as personally identifiable information and data.
Intrusion prevention technologies can detect or prevent attacks on network security, such as brute force attacks, denial of service attacks, and exploitation of known vulnerabilities. A vulnerability is a weakness, for example, in software, an exploit is an attack that takes advantage of that vulnerability to gain control of that system. When an exploit is announced, there is usually a window of opportunity for attackers to exploit that vulnerability before the security patch is applied. In these cases an intrusion prevention system can be used to quickly block these attacks.
Sandboxing is a cybersecurity practice in which code is executed or files are opened in a secure, isolated environment on a host machine that mimics end-user operating environments. Sandboxing watches files or code as they are opened and looks for malicious behavior to prevent threats from entering the network. For example, malware in files such as PDFs, Microsoft Word, Excel, and PowerPoint can be safely detected and blocked before the files reach an unsuspecting end user.
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Hyperscale is the ability of an architecture to scale appropriately as increased demand is added to the system. This solution includes rapid deployment and scaling up or down to meet changing network security demands. By tightly integrating computing and network resources into a software-defined system, it is possible to fully utilize all available hardware resources in a clustering solution.
Applications and workloads are no longer exclusively housed in an on-premises data center facility. Protecting the modern data center requires greater flexibility and innovation to keep pace with the migration of application workloads to the cloud. Software-Defined Networking and Software-Defined Wide Area Networking solutions enable network security solutions in private, public, and hybrid firewall-as-a-service deployments.
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