Web Content Filtering Assists In Reducing Such Distractions And Increasing Staff Productivity
A Web content filter is a cybersecurity solution designed to control the content of websites when a person accesses the internet. Business companies confront several issues in terms of sustaining employee productivity and managing internet use in the office. The organization's web filter filters the content and origin of the online page by comparing it to rules set by the company or a person. Web content filters have progressed over time from addressing issues such as employee distractions to more robust, versatile, and scalable filters capable of handling complex security issues in a networked business world.
Furthermore, with social networking sites like Twitter and Facebook gaining roughly 5 million new users per week, the number of social distractions entering the workplace and potentially affecting productivity has increased dramatically in recent years. Web Content Filtering assists in reducing such distractions and increasing staff productivity. The growing demand for strong data security and data loss prevention has prompted governments around the world to implement web content filtering laws and legislation. Legislation such as the CIPA (Child Internet Protection Act) and other privacy legislation around the world have spurred business expansion. The CIPA, enacted in 2000, intends to address concerns about schoolchildren's access to obscene and hazardous information on the internet. The law requires schools and libraries that receive federal funding and e-rate savings to install web content filters on PCs used by both minors and adults.
Web filtering, the screening of Web sites or pages, and e-mail filtering, the screening of e-mail for spam or other objectionable information, are two types of content filtering and the products that provide this service.Webroot BrightCloud® Internet Threat Intelligence is used in automated filtering to automatically deny requests to undesired, harmful, or malicious internet domains, including encrypted DNS over HTTPS (DoH) requests. Most online threats are stopped before they can infect networks or endpoints by this screening alone.
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