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The Impact of 5G on Live Broadcasting Business
We've got some great deals going on right now exclusively for our online customers... chat now to hear more! Author: Rose de Fremery,Live broadcasting has brought us many memorable events in television and entertainment history. Whether tuning into a live sporting event or a breaking news story that defined a generation, many people can remember how it felt to share that experience with so many other people as it was happening. 5G technology has the potential to revolutionize how we experience our favorite live programming events, while also transforming how those live broadcasts are produced. Here's how 5G broadcasting can help bring us even closer to the live events that capture our attention. 5G and sports, news and more: Transforming live broadcasting,For , media and entertainment companies have used communications satellites to bring live coverage of breaking news, sporting events and other special programming into our homes from locations around the globe. Producing a live broadcast involves production trucks, extensive cabling and specialty field gear, which can make it a costly, resource-intensive, and logistically challenging undertaking. In addition to the physical infrastructure, crews are also needed to set up, operate, and take down everything within a tight frame—often to do it all over again from scratch the next day. With the arrival of 5G broadcast technology, some of these may no longer be necessary to create high-quality live programming where 5G is available. Just as viewers have used 5G-connected mobile devices to tune into their favorite matches and news shows from more places, broadcasters could use 5G connectivity to make their live programs more operationally efficient and cost-effective by transmitting large amounts of data from the device. Ultimately, media and entertainment companies could leverage 5G to create even more compelling live content that helps attract new viewers and keeps them engaged. The benefits of 5G broadcasting,Whereas earlier cellular standards could not support live video transmission with the quality and scale that producers required for their broadcasts, using 5G for broadcasting has the potential to provide the robust bandwidth and low latency necessary for live video content contribution-distribution. 5G broadcasting could offer the potential of significant production cost reductions for covering live events— with TVU Networks. Whereas before, a live event required significant on-site staffing, including a director, camera crew, producer, engineers and editors. Now, major events could be covered with little more than 5G mobile phones, helping to reduce the financial impact of having large teams travel to provide coverage. 5G and edge computing could also be used to deliver , including multiple languages. Broadcasters could produce a piece of content and then use software powered by edge computing to quickly translate and repackage the content in order to optimize it for local audiences. This provides the opportunity for a faster and more efficient experience for both producers and consumers alike. Live from 5G: Compelling broadcasts,Modern media and entertainment consumers can watch their favorite live programs in a variety of ways, tuning in via smartphones and tablets. As these viewers discover new ways to follow their favorite teams and events, they likely will increasingly crave novel and compelling perspectives. 5G can help broadcasters provide immersive and customizable experiences for fans in stadiums. For example, during the 2022 Indianapolis 500, fans onsite could access , an Augmented Reality (AR) portal, that offered 360-degree views from exclusive camera positions, including the track and the pit. 5G can also allow producers to work with multiple video streams, giving viewers the choice of should they wish to see the event from a particular perspective, such as a drone's view from above a stadium. Seasoned sports fans who think they've seen it all may find themselves treated to a new type of shot that helps them better understand what just happened at a critical moment in the game. This is an area where 5G and sports programming pair especially well, enabling dedicated fans tuning in from home—as well as those in attendance at the actual venue—to see the play-by-play action of their favorite sporting event. For example, Verizon 5G Multi-View gave motor racing fans at the track with 5G-capable devices the ability to . The possibility of producing high-quality live broadcasts and programming at a reduced cost, affords media and entertainment companies the opportunity to expand the catalog of coverage that they offer. With the ability to provide (and advertising), broadcasters could reach new markets, increase viewer engagement and improve their competitive standing. In an era where audiences have access to an unprecedented variety of entertainment options, it is harder to grab their attention. 5G's potential to offer massive bandwidth, low latency and high speeds can offer the possibility, where available, to provide compelling experiences during live broadcasting. Verizon's technology and expertise can help provide the kind of enhanced experience that could potentially . Learn how Verizon's are driving transformation in media and entertainment. If you'd like to receive new articles, solutions briefs, whitepapers and more—just let us know. . * Indicates a required field. 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If you do not allow these cookies we will not know when you have visited our site, and will not be able to monitor its performance. These cookies enable the website to provide enhanced functionality and personalisation. They may be set by us or by third party providers whose services we have added to our pages. If you do not allow these cookies then some or all of these services may not function properly. These cookies may be set through our site by Verizon and third parties. They are used to present Verizon advertising on third party sites that you may visit. They do not store directly personal information, but are based on uniquely identifying your browser and internet device. If you do not allow these cookies, you will experience less targeted advertising from Verizon. BackClear Filters,All Consent Allowed
Learn moreWireless Connectivity on DoD Bases with a Private 5G Network Business
We've got some great deals going on right now exclusively for our online customers... chat now to hear more! Benefits of Private 5G networks for military bases and installations,Author: Jennifer Goforth Gregory,5G is providing secure, high-performance solutions, like private 5G networks, that can integrate seamlessly with legacy systems and help enable the Department of Defense (DoD) to transform and support mission readiness and . Military bases and installations require reliable, secure, and available public infrastructure that can support needs of every person on the base—military and civilian. However, many factors make it challenging, if not impossible, for the current, often aging, infrastructure to meet bases' evolving needs. The focus by leveraging 5G solutions, including private 5G networks, to address these needs. The challenges of network management on base,The network maturity for military bases is one of , with some bases equipped with the latest hardware and physical infrastructure, while others face outdated technology and facilities. Military installations and bases that use old hardware and aging cable plant operations desperately —which can take years and a significant investment. And there are certainly bases with a mix of new and old technologies. Regardless, each base must continue to serve its missions and support its employees and residents, regardless of its current state of infrastructure. Military services,DoD personnel from other bases make frequent visits for meetings and special projects creating even more situations that need access. Even bases with updated infrastructure encounter issues trying to manage security and flexible network access across the entire base ecosystem–outdoors, indoors, and remote. The shift to remote and hybrid work makes providing a secure and easy-to-use experience even more challenging. Federal workers support , including the flexibility to work in whatever location works best for their tasks and current needs, be it on or off base. In addition to some people working from home, others find that working in another building on the campus or even another agency improves collaboration or productivity—often both. However, bases find it increasingly difficult to provide the seamless experience and reliable connectivity employees need and expect. Civilian services,Many bases also support civilian services like banks, restaurants, schools, businesses, and other facilities which all require secure network to support the community. need connectivity, which can put bandwidth restraints on bases, to conduct their day-to-day lives, including their personal needs, lifestyle and even entertainment. The addition of unmanaged personal and can also present security concerns as it creates additional opportunities for bad actors to access the network. Disparities between bases,Military bases and their communities vary greatly in size, population, and location. For example, there are bases that are less than 30 acres in size yet nestled right in a cityscape, providing its service members and their families an urban setting just off base. There are also expansive bases, which encompasses almost 600,000 acres yet are located in a desert region. This variety of geographic coverage and locality constrains the available budgets, resources, and supply chains to provide and upgrade network footprints. Expanding this consideration to take account for the global presence of the military and related national security needs, resilient, scalable, and secure networking capabilities become even more critical. Both large and small communities can face unique problems imposed by coalition training and increased foreign national presence on base, in addition to the other challenges outlined. Providing flexible and secure wireless network capabilities to help solve these problems is key for base operational success, and embracing private 5G can help address many of these problems. Network optimization can help support complex needs,Many times current local area network (LAN) environments simply do not satisfy the for network optimization on its own. According to Robert Bowers, Principal Architect for Verizon and a Marine Corps veteran, "The state of base networks across all service branches reflects a complex array of independent approaches and technology sets. Each base has historically been responsible for their own maintenance, often occurring on an irregular basis or only when critically needed. With the recent advancements in network security and wireless technologies, enterprises have become very interested in delivering secure and compliant environments untethered from the office cubicle. Many commands within the DoD hold these same aspirations.",The evolution of military bases includes more geographic inclusion of remote training areas and flight line operations, which often means unreliable coverage with dead zones and other areas with little-to-poor coverage. Additionally, the costs for wireless coverage for large base facilities with multiple buildings and locations can be significant. While Wi-Fi has traditionally served well for indoor environments, Wi-Fi poses significant limitations for extending network access beyond building walls, restricting base users from complete access. Managing these situations with traditional wireless and wired networks can be inefficient at times, especially with extending service to larger, outdoor areas. Referencing situations like these, Bowers discussed how innovative 4G LTE and 5G solutions can reliably provide network backhaul or redundant backup capabilities, in addition to supplementing signal shortcomings of Wi-Fi solutions. Private 5G networks improve security, productivity and connectivity,Private 5G network deployments offer enhanced network management options including all the capabilities and benefits of public 5G service, but with added security of being able to prohibit unintended users/devices from existing on that private network segment. Bases that employ private 5G networks can choose from multiple options to provide the highest level of performance and experience based on the base's configuration and needs. Bases can deploy a private 5G network using many different transition approaches to suit their fiscal or network needs, such as preserving any existing private 4G LTE assets to migrate to a standalone 5G system later, or deploying a non-standalone 4G LTE and 5G solution in tandem. With a private 5G network access solution, base network administrators can address problems with network congestion that can disrupt productivity and network speeds at bases. Additionally, a private 5G network can help prevent or unauthorized network scanning. Bases can also acquire enhanced network reliability and ultra low latency capabilities for endpoints beyond personal use devices–such as security sensor and IoT devices. For example, a 5G-enabled solution can make it possible to enhance through network management. Base commands are charged with ensuring both physical security and cybersecurity of the hangars and physical equipment, to include logistics and maintenance assets in addition to aircrafts. Effective flight line operations rely upon ubiquitous connectivity for sensor networks, mobile devices, and computer networks to enhance maintenance and supply activities, and subsequently improve the overall mission readiness of the squadron. With 5G, connectivity can be extended beyond wifi-enabled hangers, while also inheriting other benefits like unified network management where data from the IoT sensors can feed into logistics or flight-kit applications in near real-time. Bases planning for infrastructure upgrades can use private 5G networks either to supplement their existing LAN or replace it. By combining 4G LTE or 5G capabilities into Base Area Network designs as part of network management, you can connect geographically separate facilities more cost-effectively than lengthy copper/fiber-based LAN extensions with Wi-Fi. With the rapid development of feature enhancements and network improvements, integrated 5G systems can contribute to faster bandwidth speeds and consolidated management of digital ecosystems, which fundamentally helps improve the performance and efficiency of assets and services. For larger bases that have thousands of users, private 5G networks offer digital environments which support increased endpoint density, offering easier, consolidated means of managing access across the diverse portfolio of end-user devices and IoT sensors of today and the future. The role of traffic management in 5G network optimization,In addition to ensuring reliable, secure, fast connectivity throughout the base, 5G systems also help address a constant network optimization challenge for base IT leaders—traffic management. While it's important that everyone has access, all connections and data sent over the network are not equal in terms of priority and security. A fast food order, for example, should not be treated the same as a critical conference call. Expanding upon traffic management, Bowers also discussed network slicing and quality of service (QoS) flows with respect to 5G systems. With a private 5G network, end-to-end can offer traffic segregation and prioritization as part of the traffic management strategy. For example, network slices can be provisioned to segregate traffic flows by device type, where traffic involving latency-sensitive applications can hold a separate network slice from internet traffic from a logistician's tablet. Priority can also be prescribed (and preserved end-to-end) by application, such as real-time security camera feeds over non-critical conference calls. For 5G deployments that supplement existing IP network environments, network slices and their QoS flows can be mapped to IP-based quality of service (QoS) policies across the BAN, effectively preserving end-to-end traffic management features across multiple domains. How to benefit from private 5G networks at DoD bases,Private 5G networks offer distinct benefits to help everyone who steps on the base regardless of their job or duties, instead of worrying about connectivity. With current performance and access demands steadily rising, DoD bases and installations need to embrace innovative capabilities and solutions to not only address current problem sets, but also to remain appropriately positioned to meet the needs of the service member community and the future. 5G private networks enable enhanced user experiences, delivering secure environments coupled with the flexibility and freedom of movement realized on many campuses today. Learn how Verizon can help support your base with a . If you'd like to receive new articles, solutions briefs, whitepapers and more—just let us know. . * Indicates a required field. We will follow up from your contact request using the information provided. Choose your country to view contact details. Manage your account or get tools and information. These cookies are necessary for the website to function and cannot be switched off in our systems. They are usually only set in response to actions made by you which amount to a request for services, such as setting your privacy preferences, logging in or filling in forms. You can set your browser to block or alert you about these cookies, but some parts of the site will not then work. These cookies do not store any personally identifiable information. These cookies allow us to count visits and traffic sources so we can measure and improve the performance of our site. They help us to know which pages are the most and least popular and see how visitors move around the site. We use both third party and first party cookies for this purpose. All information these cookies collect is aggregated and therefore anonymous. If you do not allow these cookies we will not know when you have visited our site, and will not be able to monitor its performance. These cookies enable the website to provide enhanced functionality and personalisation. They may be set by us or by third party providers whose services we have added to our pages. If you do not allow these cookies then some or all of these services may not function properly. These cookies may be set through our site by Verizon and third parties. They are used to present Verizon advertising on third party sites that you may visit. They do not store directly personal information, but are based on uniquely identifying your browser and internet device. If you do not allow these cookies, you will experience less targeted advertising from Verizon. BackClear Filters,All Consent Allowed
Learn more5G Innovation Sessions 2023 - Washington, D.C. Business
You joined Verizon Business and Ericsson for an exclusive, invitation-only event at Union Station in Washington, D.C. Seizing this opportunity to learn the latest about 5G technologies in a spectacular setting curated for you. Engaged in thought-provoking conversations with leaders and product experts who are leveraging 5G network solutions to elevate their operations. Whether you are a business owner, digital transformation leader, or a government agency, this event was a must-attend for anyone looking to get or remain at the forefront of their industry. Learn how 5G Edge, IoT and other applications integrate with private networks to help give you more agility and security, for true Enterprise Intelligence. 50 Massachusetts Ave. NE Washington, D.C. 20002,4:30 - 7:30 PM ET Doors open: 4:15 PM ET,*You must be at least twenty-one (21) years of age to attend this event. Senior Vice President, Global Solutions, Verizon Business,, Vice President, Sales and Business Development for Verizon Account, Ericsson North America,, CEO, Verizon Business Group (moderator) , Senior Advisor for Policy for the Chief Information Officer, U.S. Department of Energy,, CRO, Global Enterprise and Public Sector, Verizon Business Group (moderator) , Superintendent, FEMA,, CRO, Global Enterprise and Public Sector, Verizon Business GroupVice President, Sales and Business Development for Verizon Account, Ericsson North AmericaCEO, Verizon Business GroupPresident, Verizon FrontlineChief of Police, U.S. Capitol PoliceDirector, Technology and Business Development, Ericsson North AmericaCRO, Global Enterprise and Public Sector, Verizon Business GroupVP and Chief of Police, Amtrak Police DepartmentSenior Vice President, Global Solutions, Verizon BusinessSenior Advisor for Policy for the Chief Information Officer, U.S. Department of EnergySuperintendent, FEMAWe've got your logistics covered. 50 Massachusetts Ave. NE Washington, D.C. 20002 Interactive story-telling that shows how Verizon's network is the foundation for solutions that are transforming industries and changing the way we live, work, and play. Interactive story-telling that shows how Verizon's network is the foundation for solutions that are transforming industries and changing the way we live, work, and play. Accelerated Access is an opt-in facial authentication facility and venue access control solution designed to help improve safety, elevate guest experiences, and reduce costs. The opt-in solution is enabled by 5G Edge infrastructure to authenticate the identity of a person for facility access and/or ticket redemption. Accelerated Access is an opt-in facial authentication facility and venue access control solution designed to help improve safety, elevate guest experiences, and reduce costs. The opt-in solution is enabled by 5G Edge infrastructure to authenticate the identity of a person for facility access and/or ticket redemption. Live demonstration based on Verizon's reverse supply chain automation use case at our own CRTC. Showcases a real world solution that Verizon has built for itself, leveraging the power of computer vision and 5G Edge to identify and sort accessories returned to Verizon stores. Live demonstration based on Verizon's reverse supply chain automation use case at our own CRTC. Showcases a real world solution that Verizon has built for itself, leveraging the power of computer vision and 5G Edge to identify and sort accessories returned to Verizon stores. Learn how the power of 5G Edge is evolving the customer experience with a SaaS solution that uses computer vision and machine learning to enable simple seamless shopping. Learn how the power of 5G Edge is evolving the customer experience with a SaaS solution that uses computer vision and machine learning to enable simple seamless shopping. Here we break down the basics of 5G Business Internet, how to get started, and what the benefits of speed, low latency and reliability can mean for your business. Verizon 5G Business Internet opens the door to next gen innovation, to help you stay competitive. Here we break down the basics of 5G Business Internet, how to get started, and what the benefits of speed, low latency and reliability can mean for your business. Verizon 5G Business Internet opens the door to next gen innovation, to help you stay competitive. Learn how Verizon Private 5G/MEC can enable both businesses and public sector customers with the network infrastructure necessary to implement next generation technologies from KSI Data Sciences & IBM. See how the solution can help streamline physical inspections and overall campus/facility management. *Precommercial solution. It may or may not be commercialized and it is subject to change. Learn how Verizon Private 5G/MEC can enable both businesses and public sector customers with the network infrastructure necessary to implement next generation technologies from KSI Data Sciences & IBM. See how the solution can help streamline physical inspections and overall campus/facility management. *Precommercial solution. It may or may not be commercialized and it is subject to change. Mission-critical networks are designed for next-generation, high-performing, resilient and secure broadband communication services. Together with Verizon, Ericsson empowers critical infrastructure industries, like Public Safety and Utilities. Mission-critical networks are designed for next-generation, high-performing, resilient and secure broadband communication services. Together with Verizon, Ericsson empowers critical infrastructure industries, like Public Safety and Utilities. Time-Critical Communications are designed to resolve lags and interruptions for real-time 5G experiences. Ericsson's Time-Critical Communication was recognized by GTI as "Innovative Breakthrough in Mobile Technology". Experience the difference in our engaging virtual 5G car demo. Time-Critical Communications are designed to resolve lags and interruptions for real-time 5G experiences. Ericsson's Time-Critical Communication was recognized by GTI as "Innovative Breakthrough in Mobile Technology". Experience the difference in our engaging virtual 5G car demo. Private 5G provides industrial business operations with easy-to-use cellular data connectivity, including 5G and LTE technology. Enterprises get a pre-packaged, plug-and-play, scalable offering that provides reliable and secure wireless coverage with low latency, enabling innovative use cases driving better operational efficiency and effectiveness. Private 5G provides industrial business operations with easy-to-use cellular data connectivity, including 5G and LTE technology. Enterprises get a pre-packaged, plug-and-play, scalable offering that provides reliable and secure wireless coverage with low latency, enabling innovative use cases driving better operational efficiency and effectiveness. Verizon Frontline's Tactical Humanitarian Operations Response (THOR) vehicle is a mobile, private 5G Ultra Wideband and private mobile edge compute (MEC) rapid-response command center capable of deploying 5G UW and advanced computing solutions for first responders and the Department of Defense under nearly any conditions. Verizon Frontline's Tactical Humanitarian Operations Response (THOR) vehicle is a mobile, private 5G Ultra Wideband and private mobile edge compute (MEC) rapid-response command center capable of deploying 5G UW and advanced computing solutions for first responders and the Department of Defense under nearly any conditions. Verizon Frontline's Mobile Utility Technology Transport (MUTT) is a one-of-a-kind, reimagined police cruiser. The repurposed Chevrolet Tahoe is designed to provide first responders with access to everything from 4G LTE, 5G Nationwide and 5G UW connectivity to Mission Critical Push To Talk (MCPTT), General Mobile Radio Service (GMRS) and Land Mobile Radio (LMR) communications capabilities. Verizon Frontline's Mobile Utility Technology Transport (MUTT) is a one-of-a-kind, reimagined police cruiser. The repurposed Chevrolet Tahoe is designed to provide first responders with access to everything from 4G LTE, 5G Nationwide and 5G UW connectivity to Mission Critical Push To Talk (MCPTT), General Mobile Radio Service (GMRS) and Land Mobile Radio (LMR) communications capabilities. Satellite trailer solution that can deploy eFemtos and/or WiFi to EOCs and first responders. Satellite trailer solution that can deploy eFemtos and/or WiFi to EOCs and first responders. First-of-its-kind, industry leading deployable asset provides satellite backhaul ideal in situations where cellular coverage is poor, nonexistent, or required for a dedicated group, custom built to go where others can't. Built to help provide first responders with mission-critical connectivity under nearly any conditions. First-of-its-kind, industry leading deployable asset provides satellite backhaul ideal in situations where cellular coverage is poor, nonexistent, or required for a dedicated group, custom built to go where others can't. Built to help provide first responders with mission-critical connectivity under nearly any conditions. Verizon Frontline's Mobile Connectivity Agile Vehicle, a modified electric motorcycle capable of providing first responders with mission-critical communications capabilities when operating in areas that traditional vehicles and larger deployable assets can't reach. This vehicle is able to navigate narrow, hard-to-access trails to provide wildland firefighters deep in a forest with satellite connectivity directly on the front lines. In addition to its satellite capabilities, the Mobile Connectivity Agile Vehicle is also equipped with a cellular network extender and WiFi router to help provide public safety agencies with critical voice and data service during emergency response operations. Verizon Frontline's Mobile Connectivity Agile Vehicle, a modified electric motorcycle capable of providing first responders with mission-critical communications capabilities when operating in areas that traditional vehicles and larger deployable assets can't reach. This vehicle is able to navigate narrow, hard-to-access trails to provide wildland firefighters deep in a forest with satellite connectivity directly on the front lines. In addition to its satellite capabilities, the Mobile Connectivity Agile Vehicle is also equipped with a cellular network extender and WiFi router to help provide public safety agencies with critical voice and data service during emergency response operations. Autonomous mobile robots, using Private 5G for communications, are part of an emerging technology ecosystem that combines machine learning, AI, robotics, and analytics to create new capabilities – helping to transform business operations. With Private 5G as the network, this ecosystem is secure and reliable. Autonomous mobile robots, using Private 5G for communications, are part of an emerging technology ecosystem that combines machine learning, AI, robotics, and analytics to create new capabilities – helping to transform business operations. With Private 5G as the network, this ecosystem is secure and reliable. Scott Lawrence is Senior Vice President for our Verizon Business Global Solutions organization within Verizon Business Group. He is accountable for delivering strategic and innovative business solutions to Enterprise and Government clients around the globe. He supports a revenue base of $15B+ and leads a team of over 1,100 Sales and Technology professionals globally. Scott's team consists of Specialized Sellers, Complex Deal Executives, Global Technology Partners, Pre-Sales Solution Architects and Engineers. His current focus is on delivering business value to clients through Verizon's best-in-class solutions such as 5G, Edge Computing, Software-Defined Services, Cyber Security and Digital Collaboration. Previously, Scott was Group Vice President & General Manager, Global Enterprise, where he had P&L responsibility for Verizon Business Group's International segment across Europe, Middle East and Africa (EMEA). Focused on delivering an exceptional customer experience for our Global Enterprise Clients across a full spectrum of the Verizon portfolio. Prior to his International assignment, Scott was Vice President, Verizon Business Group Advanced Solutions Sales & Engineering where he was responsible for an organization of Sales Specialists and Solution Architects across three solution practice towers: Cyber Security, Workplace Collaboration (Unified Communications & Collaboration) and Customer Experience (CX) supporting Global Enterprise, Federal and Public Sector. In addition, Scott has held various senior leadership roles across Verizon's Sales, Operations, Strategy and System Integrators channel. Prior to rejoining Verizon in 2004, Scott held Sales Leadership and Business Development roles at Allied Riser Communications and OpenReach. Scott holds a Bachelor's Degree in Business Administration from the University of Wisconsin and currently lives in Chicago, IL with his wife and three children where he is active in his community and coaching youth sports. Sandra has devoted 27 years in Telecommunications Operations and Technology. She is currently leading the sales of Ericsson's Enterprise and Emerging Business portfolio. Prior to joining the Verizon Account in April 2022, Sandra was Head of Eastern Regional Accounts, Canada responsible for all sales including industry verticals such as utilities across Canada. Sandra joined Ericsson in 1996 as a project system tester. She has held various strategic leadership roles in sales, operations, engineering, and enterprise IT. She is passionate about Health, Wellness and Diversity & Inclusion and a member of the Women of Ericsson (WE) North America ERG committee. Kyle is Executive Vice President and Chief Executive Officer of Verizon Business, a leading global technology company serving 99% of Fortune 500 companies in over 120 countries. Kyle and his team are responsible for delivering the next generation of technology-driven innovation to their customers around the world. Kyle is a seasoned industry expert who has extensive experience in developing and implementing networks and applications for both the public and private sectors, and is a leader in the development of global 5G-related infrastructure. Previously, Kyle served as Executive Vice President and President of Verizon's Global Networks and Technology (GN&T) team. This group is responsible for Verizon's technology and product development, and building, maintaining and securing America's leading wireless network and largest residential fiber broadband service in Fios, in addition to a vast IP network serving global customers in over 120 countries. Kyle began his career as a cell site technician for NYNEX Mobile Communications, which became Bell Atlantic Mobile and ultimately, through a series of transactions, became Verizon Wireless. During his long tenure, he has held a variety of positions in operations, planning, technology, engineering, and finance. He has also served as Verizon's vice president of New Product Development. Kyle is on the board of directors for Dexcom, a leader of diabetes care technology, and CTIA, the trade association representing the wireless communications industry. He is also a member of the President's National Security Telecommunications Advisory Committee (NSTAC), which advises the White House on the reliability, security, and preparedness of vital communications and information infrastructure. Kyle earned his bachelor's degree in Mechanical Engineering from the University of Bridgeport in Connecticut and an MBA in Finance from New York University. He is also an avid hockey player and fan. Maggie Hallbach is the President of Verizon Frontline and Senior Vice President of Public Sector at Verizon, leading the team of professionals dedicated to partnering with Verizon's federal, state, local,education and public safety customers to deliver innovative technology solutions and services. This includes Verizon Frontline, the advanced network and technology built for first responders. Maggie has held a number of executive roles during her more than two decades at Verizon. Most recently she served as Vice President of Business Development and Strategic Sales for VerizonPublic Sector where she led the team focused on developing, designing and capturing strategic opportunities in the Public Sector. She has also served as Vice President of the state, local and education markets for Verizon. In this role, she and her team were responsible for developing solutions to address the increasingly complex requirements of state and local governments and education clients. Additionally, Maggie has held a variety of roles focused on delivering customer experience enhancements and increasing shareholder value. She headed Verizon's Lean Six Sigma efforts to drive ongoing business transformation and process improvement across Verizon Enterprise Solutions. Maggie earned a Master of Business Administration in marketing and finance from the University of Maryland's Robert H. Smith School of Business and holds a Bachelor of Arts in history from Brown University. She is also on the boards of directors at the Northern Virginia Technology Council (NVTC) and the United Service Organizations (USO). Maggie is committed to inclusion of youth and adults with special needs, dedicating time to TOP Soccer, Best Buddies International and supporting the Arc of Northern Virginia. Chief J. Thomas (Tom) Manger was sworn in as Chief of Police for the United States Capitol Police on July 23, 2021. He has served 42 years in the policing profession, including more than two decades as Chief of Police for two of the largest police agencies in the National Capital Region. Most recently, he was Chief of Police in Montgomery County, Maryland, from 2004 to 2019. He also served as Police Chief in Fairfax County, Virginia, from 1998 to 2004. His leadership in regional law enforcement initiatives is extensive. After graduating from the University of Maryland, Manger began his law enforcement career in January 1977, when he was sworn in as a Fairfax County police officer. He rose through the ranks to become Chief of Police. He received numerous awards in Fairfax County, including the Silver Medal of Valor in 1993. During his career as police chief in Montgomery County, Manger received several national awards, including the 2007 Law Enforcement Award from the Brady Campaign to Prevent Gun Violence, the 2016 Gorowitz Institute Service Award from the Anti-Defamation League, and the 2018 FBI National Executive Institute Associates Penrith Award. Manger was also inducted into the Montgomery County Human Rights Hall of Fame in 2012. In 2018, Washingtonian magazine recognized Manger as one of the "Washingtonians of the Year." He also serves on the Cardinal's Child Safety Advisory Board for the Archdiocese of Washington, D.C. Elected by his peers to national leadership positions, Manger served from 2014 to 2018 as President of the Major Cities Chiefs Association (MCCA), and from 2013 to 2017 as Vice President of the Police Executive Research Forum (PERF). Blaze is a leading technology development at Ericsson's CTO office, working on developing innovative solutions and new use cases for 5G, IoT and edge cloud. He has been one of the primary drivers of industrializing Ericsson's enterprise private network solutions in North America and currently works on expanding these solutions for public safety, utilities, and other critical infrastructure industry verticals. Blaze is passionate about applying the power and potential of digital technology to critical problems in the society and achieving sustainable results. He has a Master of Science (MS) degree in Electrical Engineering from the University of Colorado, Boulder and around 15 years of experience in ICT industry. Massimo Peselli is the Senior Vice President and Chief Revenue Officer, Global Enterprise and Public Sector for Verizon Business. He leads a global team focused on delivering innovative technologies like 5G, mobile edge computing (MEC), cloud, security, and software-defined networking, to enable enterprise and public sector clients to win in the marketplace today while laying the groundwork for their digital transformation journeys. Tapping his more than two decades of industry experience, Massimo has the vision and expertise to help customers unlock the transformative capabilities necessary to meet and exceed their business goals. He fosters a culture of performance excellence built on Verizon's core values of integrity, respect, and kindness. Prior to his current role, Massimo served as Senior Vice President of Global Enterprise, where he led a global team focused on enabling enterprise customers to securely and intelligently manage business interactions and operations in real-time while laying the foundation for long-term transformational growth. Previously, Massimo was Senior Vice President of Enterprise Business Development and the International Sales market, where he was responsible for leveraging Verizon Business' product portfolio to change the way customers do business. Prior to that position, he was Vice President of Enterprise Sales for 13 states on the US West Coast, which expanded to overseeing the Technology, Media & Entertainment, and Professional Services vertical. His scope continued to expand when in 2015, he was named Group Vice President, Sales Vertical Markets, where he was responsible for five teams covering all vertical markets in the US, which transitioned into an appointment as Sales Group VP Americas and APAC/LATAM and Canada responsible for wireline enterprise sales. Massimo joined Verizon in 1997 as Head of Pre-Sales in Italy and continued to serve in sales leadership positions in Italy serving as Sales Director, Italy and Spain, and then working as a Sales Area Vice President, South Region based in Milan. Before joining Verizon, he worked for Telecom Italia, in their presales engineering organization, and also worked on a special project to develop the first ICT integration of a Contact Center and back-office data in 1995. Peselli holds a degree in Telecommunications Engineering from Politecnico di Milano in Italy. Chief Dotson is a highly experienced and accomplished law enforcement professional with over 30 years of service. He is a graduate of the Police Executive Research Forum's Senior Management Institute for Police (SMIP) and the Federal Bureau of Investigation's National Executive Institute (NEI). Chief Dotson began his career with the Metropolitan Police Department - City of St. Louis in 1993. He served in a variety of investigative and administrative roles, including as a Crisis Negotiator, Detective in the Intelligence Unit, and Commander of the Seventh Police District. In 2012, he was appointed Chief of Police, where he served until his retirement in 2017. As Chief of Police, Dotson managed the second largest police department in the state of Missouri and oversaw a budget of $200 million. He was responsible for the public safety of over 319,000 residents and thousands of visitors who came to the city each day. In 2018, Chief Dotson joined the Amtrak Police Department as Assistant Chief of Police. In 2020, he was promoted to Chief of Police. As Chief of Police, he is responsible for the safety of Amtrak passengers, employees, assets, and infrastructure. Chief Dotson is a recipient of numerous awards, including the Chief's Letter of Commendation (twice), the Metropolitan Police Department's Award of Excellence (twice), and Officer of the Month (twice). He is a strong advocate for community policing and believes that the best way to keep people safe is to build trust and relationships between law enforcement and the communities they serve. In addition to his law enforcement career, Chief Dotson has also served as a Security Manager for Anheuser-Busch, Inc. and Director of Security for the Washington Nationals Baseball Club. Chief Dotson is a dedicated and experienced law enforcement professional who is committed to keeping people safe. Jodi Kouts is the Senior Advisor for Policy for the Chief Information Officer, U.S. Department of Energy. In this capacity, she handles high-level policy and strategy issues including 5G, advanced wireless, and spectrum; cybersecurity; quantum; Internet of Things; and other emerging technologies as well as strategic planning, and coordination across the Department on White House initiatives and interagency working groups. She is also currently serving as the Acting Program Director for the Cybersecurity Program Management Office under the direction of the Chief Information Security Officer. Jodi has 29 years of experience working a broad range of national security issues as a senior level policy official for various U.S. Government agencies. She also served at the National Security Council as the Director for Nonproliferation and Strategic Trade, where she provided direct support to the National Security Advisor and President on matters related to export controls, nonproliferation, emerging technologies, civil nuclear cooperation, supply chain and industrial base security, and other national efforts related to promoting and protecting technologies critical to U.S. national and economic security. Dr. Jeff Stern is the Superintendent of the Emergency Management Institute in Emmitsburg, Maryland. He previously led the Virginia Department of Emergency Management, where he was responsible for disaster and homeland security preparedness, mitigation, response, and recovery efforts across the Commonwealth. Appointed in 2014 by Governor Terry McAuliffe, Dr. Stern led Virginia through nearly 50 emergency declarations over 6 years and deployed Virginia's first responders to disasters across the United States, including Hawaii, Alaska, California, Texas, Florida, Georgia, South Carolina, North Carolina, West Virginia, Maryland, Pennsylvania, New York, Massachusetts, Puerto Rico, and the U.S. Virgin Islands. He also chaired the Virginia 911 Board and oversaw all the Commonwealth's homeland security and emergency management grant programs. Dr. Stern served for more than three decades as an emergency manager, first responder, agency executive, adviser, and consultant. Over the course of his career, he served in local, state, and federal government positions, in the private sector, and in academe, including presidential appointments as a White House Fellow at the Department of the Interior and the White House Homeland Security Council, and as Executive Director of the Homeland Security Advisory Council, the advisory board to the Secretary of Homeland Security. Dr. Stern began his career as a firefighter and paramedic, serving through the rank of battalion chief with departments in Maryland, Virginia, and Colorado, and deployed with incident management teams to Hurricanes Charley (2004) and Katrina (2005), and the Haiti earthquake (2010). Dr. Stern served on several advisory and policy boards, including FEMA National Advisory Council, where he chaired the Response and Recovery Committee and the FEMA 2040 Committee, the U.S. Department of Commerce's FirstNet Public Safety Advisory Committee, the National Capital Region Homeland Security Executive Committee, the National Homeland Security Consortium, the Department of Homeland Security Science and Technology First Responders Resource Group, and the College of William & Mary Public Policy Program Advisory Board. Dr. Stern is a member of both the International Association of Emergency Managers and the National Emergency Management Association, where he served as legislative committee chairman on the Board of Directors during the passage of the landmark Disaster Recovery Reform Act of 2018. Dr. Stern graduated from the College of William and Mary (B.A. Government), the American University School of Public Affairs (MPA), and the Virginia Tech Center for Public Administration and Policy (Ph.D.), and he has attended the Naval Postgraduate School Executive Leaders Program. He is a Certified Emergency Manager and a National Fire Academy Executive Fire Officer. He is an adjunct professor at Georgetown University. These cookies are necessary for the website to function and cannot be switched off in our systems. They are usually only set in response to actions made by you which amount to a request for services, such as setting your privacy preferences, logging in or filling in forms. You can set your browser to block or alert you about these cookies, but some parts of the site will not then work. These cookies do not store any personally identifiable information. These cookies allow us to count visits and traffic sources so we can measure and improve the performance of our site. 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