Neutral Host Private Networks Market Size & Share Analysis - Growth Trends and Forecast (2026 - 2031)

Global Neutral Host Private Networks Market Trends and Insights

Adoption of Private 5G and Enterprise Wireless Networks

Private 5G deployment is moving from trials to operational use across a wider set of enterprises. The GSA recorded 2,003 organizations deploying qualifying private mobile networks in 88 countries by the end of Q1 2026. More than half of the deployments announced since 2022 have used 5G, indicating that newer projects increasingly favor 5G capabilities over private LTE. This change gives neutral host providers a larger pool of sites where coverage, capacity, and shared access are needed together. Open interfaces also allow a venue operator to choose radio, core, and management suppliers separately. The Neutral Host Private Networks Market therefore benefits when enterprises treat wireless connectivity as an operational asset rather than a limited pilot project.

Demand for High-Performance Indoor Coverage

Indoor coverage remains an important reason for deploying shared cellular systems. Steel, concrete, and insulated glass reduce outdoor cellular signals, while mobile operators have focused much of their spending on broader 5G coverage. Building owners and operators are consequently taking greater responsibility for indoor connectivity. Ericsson has positioned its Radio Dot system as a compact alternative to traditional distributed antenna system designs for indoor 5G coverage.^{[1]Ericsson, “Small Cell Neutral Host vs DAS: A Closer Look at How Businesses Are Improving Indoor 5G Coverage at Scale,” Ericsson, ericsson.com} The Small Cell Forum expects neutral hosts to operate 28% of enterprise small cells by 2030, compared with 14% in 2023. These conditions support projects in offices, hospitals, hotels, transit stations, and other sites where reliable indoor service is necessary.

Shared Infrastructure Cost Efficiency

A neutral host system allows several mobile operators to use one radio access network and share the cost of building and operating it. This approach is useful at transit sites, stadiums, and multi-tenant properties where a single carrier may not be able to justify a full deployment. Long concession periods allow the provider to spread equipment and construction costs over many years. Boldyn Networks' London Underground program covers 137 stations and 217 tunnels under a 20-year concession, showing how a shared model can support a large transit network.^{[2]Small Cell Forum, “SCF Releases High-Level Design of Hosted RAN,” Small Cell Forum, smallcellforum.org} The Small Cell Forum's Hosted RAN framework provides a common design basis for neutral-host and private-network deployments. The Neutral Host Private Networks Market can therefore gain from repeatable designs that reduce planning work and make multi-carrier projects easier to structure.

Smart Transportation and High-Density Venue Connectivity

Ports, airports, rail systems, and large event venues need dependable wireless coverage for both public users and operational systems. Private 5G can support cargo equipment, real-time location services, passenger communications, and safety-related applications on the same site. Three Group Solutions completed a private 5G network across the Port of Felixstowe, Harwich International Port, and London Thamesport in 2025.^{[3]NTT EAST, “Release of the Local 5G Optimization Project Joint Demonstration Report Version 2.0,” NTT EAST, ntt-east.co.jp} The network supports autonomous horizontal transport, remote crane control, predictive maintenance, and drone inspections. In such settings, a neutral-host architecture can provide public carrier access, while separate private capacity supports operational requirements. This makes the Neutral Host Private Networks Market relevant to facilities that are replacing separate radio systems with a more integrated connectivity platform.

High Deployment and Integration Costs

Large neutral host projects require radio-frequency planning, construction work, carrier coordination, and integration across multiple suppliers. The installation period can be extended when building owners, carriers, and system integrators must approve different parts of the design. Older buildings can add further cost because existing coaxial cable, power systems, and equipment rooms may not support active digital architectures. Fiber and Category 6A upgrades can require civil work that is disruptive and expensive. Building codes, fire safety requirements, and carrier interoperability testing add further steps before service begins. These requirements favor operators with established financing, installation capability, and carrier relationships, which can limit entry into the Neutral Host Private Networks Market.

Spectrum, Licensing, and Public-Safety Regulatory Fragmentation

Spectrum rules vary across countries, creating a practical challenge for suppliers and operators that serve multiple regions. The United States uses CBRS for shared access, while Germany and Japan use separate local 5G licensing approaches. The OnGo Alliance has stated that dedicated and shared mid-band spectrum is important for private networking and has noted that 10 of 11 leading private network countries, excluding China, have dedicated spectrum for industrial use. Transit and government deployments may also need to meet public-safety interoperability requirements. These conditions narrow equipment choices and can lengthen procurement cycles. The Neutral Host Private Networks Market will depend on operators' ability to align spectrum access, carrier agreements, and public-safety obligations at each site.

*Our forecasts treat driver/restraint impacts as directional, not additive. The impact forecasts reflect baseline growth, mix effects, and variable interactions.

Segment Analysis

By Component: Software Extends Infrastructure-Led Revenue

Infrastructure accounted for 46.12% of the Neutral Host Private Networks Market size in 2025. This position reflects the upfront requirements for distributed antenna system headends, small-cell radios, cloud-based network hardware, and indoor connectivity equipment. Long concessions can spread these costs across 15 to 20 years. Services remain important because customers often outsource network design, integration, monitoring, maintenance, and day-to-day operations. Venue owners typically do not maintain internal teams for radio-frequency engineering. Infrastructure will remain necessary as operators add coverage to buildings, stations, campus sites, and transport facilities.

Software is projected to be the fastest-growing component, at a 12.43% CAGR through 2031. Management, monitoring, security orchestration, automation, and analytics tools increase the value derived from the installed radio network. Open RAN separates the hardware and software layers, allowing operators to use management applications from multiple suppliers. This supports recurring license revenue that was less common in traditional DAS projects. Ericsson's Intelligent Automation Platform was integrated with CommScope's OneCell platform and validated with AT&T's O-RAN DAS work in 2025, showing the role of software coordination in multi-vendor deployments. The Neutral Host Private Networks Market industry is therefore moving toward a balance between physical coverage assets and software that manages them.

By Technology: Open RAN Broadens the Supplier Base

Small cells held 34.16% of the technology segment in 2025. Their digital architecture supports 4G and 5G service, carrier aggregation, network slicing, and private 5G activation in compact installations. They are often used in offices and medium-sized venues where a traditional passive DAS design is less suitable. Distributed antenna systems continue to play a role in large hospitals, transit stations, stadiums, and other high-capacity sites. Wi-Fi remains an additional capacity layer in many locations, but it does not replace carrier-grade cellular service where mobile operator access is needed.

Open RAN is forecast to grow at a 12.41% CAGR through 2031. NTT EAST released a joint demonstration report in March 2026 covering a multi-vendor O-RAN RAN Intelligent Controller test for private 5G in Japan, with 26 participating companies.^{[4]Three Group Solutions, “Three Group Solutions Completes Private 5G Network to Power Next Generation Smart Port Operations,” Three Group Solutions, groupsolutions.three.com} This work shows that suppliers are testing interoperability beyond a single integrated vendor stack. Open interfaces can reduce dependence on a single equipment provider and offer operators greater sourcing flexibility. They can also make it easier to replace or upgrade elements without redesigning an entire system. The Neutral Host Private Networks Market benefits when this flexibility lowers technology and procurement barriers for shared networks.

By Spectrum: Shared Access Builds a Second Deployment Path

Licensed spectrum held 41.23% of the spectrum segment in 2025. Carrier-sponsored systems remain a straightforward model because the mobile network operator provides the spectrum and service commitments. Licensed access offers predictable interference control and supports quality requirements in public safety, healthcare, and transportation. Unlicensed spectrum, including Wi-Fi 6 and Wi-Fi 7, is generally used as an overlay in hospitality, retail, and enterprise sites. It provides extra coverage and capacity but does not offer the same carrier-controlled cellular service.

Shared spectrum is forecast to expand at a 12.46% CAGR through 2031. CBRS and Licensed Shared Access offer mid-band spectrum access without the full cost of an exclusive license. The OnGo Alliance has argued that balanced mid-band policy supports private networking, shared-spectrum use, and long-term technology development. Shared access can lower the threshold for enterprises that require local private coverage but lack a carrier spectrum agreement. However, the approach remains tied to changes in spectrum policy and local licensing conditions. The Neutral Host Private Networks Market is likely to use both licensed and shared spectrum models rather than rely on either one alone.

By Ownership Model: Multi-Operator Systems Gain Commercial Support

Single-operator systems held 58.14% of the ownership segment in 2025. Early private 5G and in-building projects were often tied to a single carrier that served as a funding partner or anchor tenant. This model can speed commercial decisions and simplify radio-frequency management. It also suits markets where multi-carrier access agreements are still developing. Carriers continue to use this approach for venues where their own subscriber coverage needs provide the initial business case.

Multi-operator systems are forecast to grow at a 12.63% CAGR through 2031. The model allows several carriers to pay access fees for a shared network over a long operating period. The Hosted RAN framework from the Small Cell Forum was developed with industry participants, including Crown Castle, Cellnex, and CommScope, to support multi-carrier, neutral-host design. A site with several carrier tenants has a stronger case for infrastructure investment than one with only a single tenant. This can improve the operator's position in access-fee negotiations. The Neutral Host Private Networks Market industry is consequently moving toward ownership structures that spread cost and demand across more participants.

By Deployment Mode: Hybrid Coverage Connects Buildings and Yards

Indoor networks accounted for 44.12% of deployments in 2025. Large commercial and institutional buildings often have weak cellular service because building materials attenuate the signal. DAS and small-cell systems remain central to indoor coverage at transit stations, hospitals, hotels, and multi-tenant offices. Outdoor systems address coverage gaps across campuses, industrial sites, and stadium areas. Their design is shaped more by terrain, obstructions, and site layout than by interior building materials.

Hybrid systems are forecast to grow at a 12.74% CAGR through 2031. Manufacturing sites, ports, airports, and educational campuses need connectivity that extends throughout interior workspaces, loading areas, and outdoor yards. Such configurations can connect yard equipment and later extend coverage to warehouses. Industrial sites must also align their connectivity design with operational technology systems. The Neutral Host Private Networks Market is supported by this requirement for a single network footprint across diverse working environments.

By End-Use Industry: Transportation and Logistics Builds from Automation Needs

Telecommunications held 22.18% of the end-use segment in 2025. Mobile network operators and tower companies use shared infrastructure to extend service in stations, stadiums, and other high-traffic locations. They can act as anchor tenants while also building or operating infrastructure through subsidiaries and concession agreements. Healthcare, hospitality and retail, manufacturing, education, government and public safety, and commercial real estate contribute additional demand. In healthcare, a dual-network model can provide public cellular access for visitors while reserving private 5G functions for clinical operations.

Transportation and logistics are forecast to grow at a 12.88% CAGR through 2031. Automated port and airport operations need secure communications for equipment, sensors, real-time location services, and remote control. Three Group Solutions' 2025 network across 3 United Kingdom port locations supports autonomous transport, crane control, maintenance, and inspections. Transportation operators can build neutral-host-compatible infrastructure by introducing automated equipment rather than waiting for a retrofit. This expands the installed base as new terminals and facilities are modernized. The Neutral Host Private Networks Market can grow where operational networks and public carrier coverage are planned together.

Geography Analysis

North America accounted for 36.14% of the regional segment in 2025. The United States has a large base of high-value venues and a shared-spectrum option through CBRS. Boldyn Networks and AT&T extended cellular service in 2025 across additional sections of New York City subway tunnels on the 4, 5, and G lines. This kind of transit program demonstrates how a neutral host can provide shared infrastructure for carriers in challenging coverage areas. FirstNet interoperability requirements also influence choices for public-sector and transit venues. North American operators, therefore, need to manage shared access, licensed spectrum, and public-safety obligations within the same project.

Asia-Pacific is forecast to be the fastest-growing geography at a 12.96% CAGR through 2031. China is increasing industrial private 5G activity, while Japan has developed a structured local 5G framework. In June 2026, China's Ministry of Industry and Information Technology and 4 other ministries issued a notice supporting industrial 5G standalone private network pilots across raw materials, equipment manufacturing, electronics, energy, transportation, and defense. NTT DOCOMO Business launched its 5G Slicing service in March 2026 and reported 260 combined private 5G and network slicing project references at launch. South Korea, Australia, and India add demand through dedicated spectrum, mining and industrial projects, and captive private network frameworks. This diversity gives the Neutral Host Private Networks Market several regional routes to growth.

Europe combines mature neutral host activity in the United Kingdom with industrial private 5G activity in Germany. Boldyn's London Underground concession offers a long-term reference model for multi-operator transit coverage. The European Commission has supported next-generation airport connectivity through its NextGen 5G Airports initiative, including dedicated 5G standalone private networks at Croatian airports. South America, the Middle East, and Africa remain earlier-stage opportunities as spectrum rules and operator footprints evolve. Brazil's private network spectrum allocation, smart transportation investments in Qatar and the United Arab Emirates, and South Africa's early deployments provide an initial foundation. These regions can become more material after 2026 as regulatory models and local delivery capabilities mature.