Key Points
- Successful 5G monetization requires shifting the business case from spectrum, coverage, and radio counts to measurable customer outcomes, including operational savings, uptime, and faster returns.
- Operators need SMO and RIC architectures that orchestrate legacy RAN and O-RAN together, enabling monetizable services without waiting for lengthy, costly, network-wide hardware replacements.
- Network slicing, rApps, and xApps create revenue opportunities only when engineering and commercial teams translate technical capabilities into clear customer value, repeatable services, and compelling offers.
Most 5G monetization content in-market still reads like a radio spec sheet: spectrum bands, latency numbers, coverage maps, integrator partnerships. That content answers “can we deploy this.” It rarely answers the question enterprise buyers and CSP monetization teams are actually asking, which is “what does this make us money on, and how fast.” The industry has spent the capital-intensive phase of 5G on speed and coverage. The phase it’s entering now is the harder one: converting that infrastructure into services someone will pay for, on networks that still have to run the legacy RAN operators can’t simply switch off.
5G is Out of the Pilot Phase — The Monetization Conversation Hasn’t Caught Up
The infrastructure numbers alone tell you private and enterprise 5G stopped being an experiment. Private LTE/5G deployments reached roughly 6,500 globally in 2025, increasingly driven by organic enterprise demand rather than vendor-led pilots, with the private networking market on track to exceed $22 billion by 2030.[1] The ROI data backs up the shift from theory to production: 87% of enterprises report achieving measurable ROI within 12 months of deploying private 5G, with 60% of enterprises reporting at least 11% annual OPEX savings post-deployment.[2]
Yet the operator-side monetization conversation is still catching up to that adoption curve. Analysts describe the current moment as operators moving from the capital-intensive deployment phase to the more urgent priority of extracting tangible business value — shifting from a product-led connectivity mindset to a customer-centric, solution-oriented one, particularly around private networks, edge computing, and AI-driven operational efficiencies.[3] Network slicing is the clearest evidence of where the money actually is: it lets operators generate new revenue streams by offering performance-guaranteed, customized network services rather than undifferentiated best-effort connectivity — and it’s projected to be a primary driver of 5G monetization growth as 5G subscriptions approach 2.9 billion globally.[4] The gap between infrastructure readiness and monetization readiness is where CSP enterprise teams are losing time, not in the radios.
The Coexistence Problem Nobody’s Pricing in
Here’s where the monetization story runs into an operational one most vendors gloss over. New monetizable capabilities — network slicing, RAN-level automation, real-time service assurance — increasingly live in the Open RAN world: a disaggregated architecture built around a Service Management and Orchestration (SMO) layer and a RAN Intelligent Controller (RIC) that lets operators run AI/ML-driven automation across radio resources.[5] But almost no operator gets to build that from a clean slate. The vast majority are brownfield: they carry a legacy RAN estate with hardware replacement cycles that run for years, not quarters.[6]
That reality shapes how monetizable capabilities actually get deployed. Vendor engagements bear this out at scale: AT&T is deploying an SMO and Non-RT RIC platform specifically to replace legacy self-organizing network systems inside a five-year, $14 billion Open RAN contract; Telus is using an SMO and RIC platform to transform up to half its RAN footprint while swapping out legacy vendor equipment; Swisscom is deploying SMO and Non-RT RIC to manage multiple technology generations under one orchestration layer as part of a broader effort to future-proof its brownfield network.[7] None of these are rip-and-replace projects — they’re coexistence projects, where legacy RAN and O-RAN have to be orchestrated and monetized side by side, often for years, while the transition plays out. European operators evaluating O-RAN specifications have explicitly flagged this reality to standards bodies, noting that legacy hardware replacement cycles are long and that new SMO and RIC capabilities need to interoperate with the OSS a brownfield network is already running, not replace it overnight.[8] Where this pays off is measurable: Rakuten Mobile has already achieved roughly 17% energy savings per cell using RIC-hosted RAN automation apps in a live network, and NTT DoCoMo expects Open RAN automation to lower its total cost of ownership by up to 30%.[7] Ignore the coexistence problem, and every monetization roadmap built on network slicing or RAN automation stalls waiting for a hardware refresh that was never going to happen on the monetization team’s timeline.
The Orchestration Layer is Where New Revenue Actually Gets Built — and Where Terminology Gets in the Way
The SMO, RIC, rApps, and xApps aren’t back-office plumbing — they’re the layer where a new monetizable service actually gets defined, tested, and turned on. rApps run in the non-real-time RIC to apply AI/ML-driven resource management and policy logic across the network; xApps run in the near-real-time RIC to control and optimize RAN resources at sub-second latency.[5] Together with the SMO, they’re what let an operator turn “we have 5G coverage” into “we can sell a guaranteed-latency slice to this manufacturing customer” — without a bespoke engineering project for every enterprise contract.
The problem is that these terms get used inconsistently across vendor marketing, which slows down exactly the buyers who are trying to evaluate a private 5G or network-slicing investment on its business merits rather than its acronyms. A technical buyer evaluating orchestration platforms shouldn’t have to reverse-engineer whether a vendor’s “RIC” claim means a lab prototype or a production platform already running RAN automation at scale like Rakuten’s or NTT DoCoMo’s. Clear, consistent language about what SMO, RIC, rApps, and xApps actually do — and what they enable commercially — is itself a monetization accelerant, because it shortens the distance between a CSP’s enterprise sales team and a signed contract with a customer who understands what they’re buying.
What Monetization-ready Actually Looks Like
Pulling these threads together, three things distinguish an operator or enterprise moving from 5G deployment to 5G monetization, rather than from one pilot to another:
- A business case measured in outcomes, not infrastructure. OPEX savings, uptime improvement, and payback period — not radio count or spectrum band — are what 87% ROI-within-12-months and 11%+ OPEX savings figures are actually measuring, and what should anchor any new deployment business case.[2]
- An orchestration architecture built for coexistence, not a future clean slate. SMO and RIC platforms that manage legacy RAN and O-RAN side by side are what’s turning brownfield-network TCO reduction and energy savings into figures operators are already booking — not what they’re waiting for.[7]
- A shared, precise vocabulary between engineering and commercial teams. If the people selling network slicing and private 5G capacity can’t describe what an rApp or xApp actually changes for the customer, the technology is ready for monetization before the go-to-market motion is.
Where We Come Out
The private 5G and O-RAN conversation has spent years being led by infrastructure vendors talking about radios, spectrum, and integration timelines. That conversation was necessary to get networks built. It’s no longer the conversation that determines who wins the next phase. The operators and enterprises pulling ahead are the ones treating monetization — not deployment — as the core engineering requirement: building orchestration that works across legacy and O-RAN estates as they actually exist, and translating what that orchestration enables into a business case a customer, not just a network architect, can approve.
If your team is working through what monetization-ready actually requires for your network, we’d welcome the conversation at Innovate Americas 2026, or anytime before.
Attending TM Forum’s Innovate Americas 2026?
Talk to Sutherland about turning your 5G and O-RAN investment into a monetization roadmap.
Sources
- Research and Markets — “Fifth Generation (5G) Monetization Business Strategy Market Report 2026”
- Telecom Infra Project — “Open RAN for Brownfield Operators: Challenges and Opportunities”
- RCR Wireless — “What Do Brownfield Operators Want from Open RAN?”
