this would be 0.27 seconds. Network slicing is a key enabler for this level of superior network performance to be entrusted for remote surgeries (see https //www.openet.com/wp-content/uploads/ Openet_WP_5G_3GPP_Release_16__5G_monetisation-1.pdf A TM Forum report looked into the monetization of 5G. It found that network slicing-enabled B2B services would have a significant positive impact on enterprises (seehttps://inform.tmforum. org/research-and-analysis/reports/5g-future-business-models-for- monetization/) Some of the high-value business use cases are shown in Figure 13.14. 5G business use cases Fixed wireless. Replacing broadband internet with wireless connections could improve communications between branch offices and headquarters. Lifeline. Low latency, coupled with high security and bandwidth, is critical for healthcare field workers to relay patient data back to hospitals. Sensor overload? In some industries laden with sensors, 5G can transmit large amounts of telemetry and data to analytics and operations systems. Network edge. 5G will provide the needed bandwidth and connectivity to enable edge computing, supporting mobile and remote applications. Remote control. High availability and bandwidth enable precise control of remote devices to clean environmental sites or remove unexploded bombs. Connected cars. Low latency, 5G's specialty, is key among connected and autonomous vehicles for real-time interaction and system-level decision-making. City security. High-resolution surveillance cameras and network video recorders can aid law enforcement but gobble up bandwidth. 5G can help. Figure 13.14 - 5G business use cases The business use cases shown in Figure 13.14 are the key enterprise drivers for network slicing revenues for CSPs. Next, let us try to quantify some of these revenue potentials for CSPs to justify their initial investment in network-slicing technology. 5G Network Slicing Figure 13.15 shows that a revenue opportunity of around $200 billion is available for CSPs, based on global digitalization e