 its cache of movies and television shows. Thus, the three largest broadband providers own and create content through their subsidiaries. This results in competition between content providers Amazon, Netflix, and other streaming content companies including Facebook, and large telephone, cable TV, and satellite companies over which Amazon, Netflix, and others stream movies to homes and apartments. This often creates a situation where pay TV providers compete with the very organizations that stream movies and TV shows over their networks. To prevent large telecoms from slowing down or blocking competitors' content, the Obama era FCC instituted network neutrality. Under network neutrality rules, owners of broadband (pay-TV providers) are not allowed to slow down or block competitors' content. Cable TV providers, however, lobbied for the elimination of network neutrality, stating that they should be compensated for carrying streaming traffic. The Federal Communications Commission eliminated network neutrality in 2017. However, their ruling is being adjudicated in courts and in legislatures in the United States. www.TechnicalPDF.com Worldwide connectivity has led to the challenges of keeping networks secure and information private. Organizations, individual subscribers, and governments grapple with keeping information secure and employees' and customers' personal data private. Hackers know how internal networks are architected and where to look for vulnerabilities. Furthermore, malicious employees and staff errors add another layer of complexity in maintaining secure networks. Keeping enterprises 100 percent secure is almost impossible. Hacking is profitable and not often punished. Thus, hackers have a huge incentive to steal information they sell, or otherwise profit from illegal tampering with businesses' computer data and networks. It's an ongoing race between hackers finding new and novel ways to interrupt and steal information and to damage and hijack networks, VS. enterprises and governments keeping networks saf