What are Private Networks? Who are the ecosystem players and leading verticals?

Explore Private Networks characterstics, benefits, ecosystem players and the top industry verticals leveraging private networks.

Private networks represent a transformative approach in the world of telecommunications, offering specialized communication solutions tailored to the specific needs of organizations and enterprises. Distinct from the broader public networks, these private systems are designed for exclusive use by designated entities, providing enhanced security, control, and customization.

Characteristics of Private Networks

Below are the key characteristics of the Private Networks:

Exclusivity and Controlled Access: Unlike public networks, private networks are restricted for use by specific organizations or groups. This exclusivity ensures controlled access, bolstering security and maintaining network integrity.

Dedicated Infrastructure: Private networks often come with their own dedicated hardware and software infrastructure. This includes servers, switches, and communication channels, ensuring that the network’s performance and resources are not diluted by external demands.

Customization and Flexibility: Tailored to specific organizational requirements, private networks can be customized in terms of performance metrics, applications, data routing, and storage solutions.

Scalability: These networks vary in scale, from small setups connecting limited devices within a single location to expansive networks bridging multiple geographic locations, catering to diverse organizational needs.

Enhanced Performance Metrics: Designed with particular objectives in mind, private networks aim to deliver on key performance indicators like speed, latency, reliability, and uptime, crucial for businesses where network performance is non-negotiable.

Heightened Security and Privacy: Given their restricted access and controlled usage, private networks offer a higher level of security and privacy. This is achieved through advanced encryption, robust firewall protections, and sophisticated intrusion detection systems.

Top Verticals Leveraging Private Networks

Manufacturing

In the manufacturing sector, private networks improve connectivity for Automated Guided Vehicles (AGVs) and Autonomous Mobile Robots (AMRs), facilitating seamless and efficient material handling and logistics within factories. Reduced downtime is another key benefit, as consistent and reliable network coverage ensures continuous production processes. Real-time monitoring of manufacturing equipment and predictive maintenance analytics are further enhanced by the robust connectivity offered by technologies like 5G and 4G/LTE. Read More Info.

Healthcare

Healthcare systems leverage private networks to securely connect Internet of Medical Things (IoMT) devices, enabling enhanced remote patient monitoring. Public-private networks allow for continuous health data collection and real-time alerts, which are crucial in monitoring patient health and providing timely care. Additionally, private networks facilitate the secure transmission of sensitive patient data, ensuring compliance with health data protection regulations. Read More Info.

Transportation & Logistics

In transportation and logistics, private networks optimize Vehicle-to-Everything (V2X) communications, improving safety and efficiency in logistics operations. They enable smarter port operations by facilitating better coordination of logistics activities, leading to more efficient cargo handling. Enhanced connectivity also supports fleet management and real-time tracking of shipments. Read More Info.

Energy & Utilities

For energy and utilities, private networks are pivotal in managing smart grids and monitoring expansive infrastructure like power plants and distribution networks. These networks allow for the real-time collection and analysis of data from various sensors, leading to improved decision-making in energy distribution and more efficient management of resources. Read More Info.

Mining

In the mining industry, private networks enable remote operation of heavy machinery, reducing the risk to personnel in hazardous environments. Enhanced safety measures, such as real-time monitoring of environmental conditions and personnel location tracking, are facilitated by reliable and secure network connectivity. Read More Info.

Agriculture

Agriculture benefits from private networks through precision farming techniques, where farmers utilize data from sensors and drones to make informed decisions about crop management. Smart livestock management, enabled by wearable technology for animals, allows for better health monitoring and management of livestock, enhancing overall farm productivity. Read More Info.

Education

In the education sector, private networks support interactive virtual classrooms and real-time collaborative tools, transforming the learning experience. They enable students and educators to engage in a more interactive and immersive educational environment, regardless of their physical location, fostering better access to resources and collaborative learning opportunities. Read More Info.

Sports and Events Venues

Private wireless networks in sports and events venues offer enhanced experiences for spectators and improved operational efficiency. Technologies like 5G enable high-density connectivity for live streaming and interactive AR experiences. These networks facilitate efficient crowd management with IoT-enabled surveillance and ensure high-quality live media broadcasting. They are pivotal in creating an immersive, engaging environment for event attendees, blending entertainment with technology seamlessly. Read More Info.

Benefits of Private Networks

Benefit Category Description Examples across Verticals
Coverage Broader range than Wi-Fi, excelling indoors and outdoors, and managing device handovers effectively. 1. Manufacturing plants covering extensive floor areas. 2. Hospitals encompassing large campuses. 3. Remote mining operations.
Performance Guaranteed quality service through controlled spectrum allocation and traffic prioritization. 1. Autonomous manufacturing facilities utilizing real-time M2M communication for synchronized operations. 2. Critical healthcare data transmission. 3. Logistics networks for real-time tracking. 4. Live event broadcasters require stable connections for streaming high-quality video
Latency and Capacity Predictable latency for real-time operations and ample capacity for numerous IoT devices. 1. Precision machinery in manufacturing. 2. Smart grid management in energy and utilities. 3. Traffic management systems in smart cities. 4. High-frequency trading platforms
Security and Privacy Default secure mode operation, with identification via eSIMs and encrypted traffic. 1. Proprietary design data in manufacturing. 2. Patient records in healthcare. 3. Secure communications in mining operations. 4. Law enforcement agencies need to maintain confidential communication channels during operations. 5. Research labs handling sensitive data, ensuring secure transfer and storage of proprietary research information.
Resiliency Capability to switch to public cellular networks, ensuring operational continuity. 1. Energy plants during network failures. 2. Hospitals in emergency situations. 3. Logistics operations during outages. 4. Emergency services during disasters.
Public-Private Network Mobility Seamless transition between private and public networks, enhancing user mobility. 1. Transportation networks for vehicle tracking. 2. Agricultural equipment moving between fields. 3. Field activities in education and research..
Total Cost of Ownership (TCO) Potentially lower long-term costs due to fewer required radios and reduced operational expenses. 1. Multi-facility manufacturing operations. 2. University campuses with extensive network needs. 3. Large-scale mining sites.
Quality of Service (QoS) Ability to prioritize traffic, ensuring bandwidth for critical applications. 1. Real-time process control in manufacturing. 2. Telemedicine applications in healthcare. 3. Critical communications in utilities management.

Private Networks Ecosystem Players

Ecosystem Category Role in Private 5G Networks Sample ecosystem players
Communications Service Providers (CSPs) Provide spectrum and solutions for private 5G/LTE deployments across one or more verticals, directly or via partners. AT&T, Verizon, Deutsche Telekom T-Mobile, Telefonica, NTT, Comcast, Cox Private Networks, Dish Network, Rakuten, Orange, Vodafone, BT, Tele2, TIM, Jio, Airtel, USCellular, Virgin Media, CityMesh, MTN, Telia, Telenor, Rogers, Comcast Business
Major CSP Equipment Manufacturers Supply hardware and software solutions for private 5G/LTE directly or via partners. Ericsson, Nokia, Samsung, Huwaei
RAN SW and HW Components and Infra Provide a range of Radio Access Network solutions, including Open Radios, vRAN, CU and DU software, Intelligent RAN controllers, and 5G base stations, supporting the evolution towards disaggregated and virtualized network infrastructure. Mavenir, Radisys, Airspan, Samsung, Acelleran, Nokia, Fujitsu, NEC, Viavi, Seracom, Juniper,VMware, Ericsson, IS-Wireless, Druid Software, Athonet (acquired by HPE), Dell, IBM, RedHat
Enterprise Wireless Equipment Vendors Specialize in enterprise-grade wireless equipment for private 5G, like 5G small cells. Airspan, Celona Networks, Cradlepoint (acquired by Ericsson), JMA Wireless, GXC, Mavenir
Enterprise Wireless Services and Solutions Specialize in fully managed, end-to-end enterprise wireless services, including private 5G. Betacom, Boingo, Kajeet, TERAGO, Amantya Technologies
Merchant Silicon Provide core technologies for 5G radio networks embedded in RFICs, ASICs, and FPGAs. Qualcomm, Intel, AMD, Analog Devices, Samsung
CBRS Provide equipment and solutions for deploying and managing shared wireless spectrum in the 3.5 GHz band for enhanced connectivity and network efficiency. Celona, Expeto, Federated Wireless, JMA, Belden
Hyperscale Cloud Providers Provide public and private cloud infrastructure, including edge computing resources for enterprises and MNOs for private network deployments. AWS, Azure, and Google
Enterprise System Integrators Integrate complex OT and IT systems, conduct initial analysis, and manage network engineering and operations. Kyndryl, TCS, WWT, TechM, Infosys, Amdocs, Wipro, NEC, HCL, Accenture
5G Test Equipment Vendors Provide testing equipment and assurance capabilities for private 5G network reliability and performance. Anritsu, Keysight, NETSCOUT, Spirent, VIAVI, Rhode and Schwarz
Neutral Host Vendors Deliver infrastructure and services to enable multiple operators and clients to utilize a shared network, improving coverage and capacity efficiently. Cellex/Edzcom (Boldyn Networks), Cox Private Networks, BAI Communications (Boldyn Networks), Kajeet, Neutroon
Private Network Security Vendors Offer cybersecurity solutions to protect private networks against unauthorized access and threats, ensuring data safety and compliance. OneLayer

 

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