Executive Summary
The telecommunications industry faces a critical moment: massive 5G investment with limited revenue returns. Network APIs represent the breakthrough opportunity to transform this challenge into the industry’s most significant platform business model since mobile connectivity itself. Research by McKinsey and GSMA indicates that exposing network capabilities through standardised APIs could unlock an additional $300 billion market opportunity by 2030, whilst Nokia estimates that the market for API-enabled services will grow from $12 billion in 2022 to $34 billion by 2026, based on research conducted by Analysys Mason.
The Strategic Challenge: Investment vs Returns
The global telecommunications industry has committed unprecedented capital to 5G deployment. As I detailed in my previous analysis of the $275 billion 5G investment challenge, operators worldwide have invested massively in next-generation networks, with GSMA predicting that 5G will account for only 25% of global mobile connections by the end of 2025, up from 8% in 2021
This investment-return gap represents one of the industry’s most pressing strategic challenges. Operators built technically superior networks but struggle to monetise capabilities beyond basic connectivity improvements. The traditional approach of selling faster internet or replacing fixed broadband connections only captures a fraction of 5G’s commercial potential.
In my experience working across major mobile operators, vendors and content providers, I’ve observed a consistent pattern: technical teams understand network capabilities brilliantly, whilst commercial teams focus on easier sales that customers already understand. This disconnect prevents operators from translating network innovation into revenue growth.
Market Reality Analysis: The Platform Opportunity
Network APIs represent a fundamentally different monetisation approach. Rather than selling connectivity services to end users, operators expose network capabilities to developers and enterprises through programmable interfaces.
The market data is compelling:
According to GSMA research citing McKinsey analysis, network API initiatives can unlock $300 billion in additional market opportunity by 2030 if operators successfully expose their network capabilities to enterprise developers and cloud provider communities. It also demonstrates real momentum: 47 mobile operator groups representing 239 networks and 65% of global connections have committed to standardised network APIs. More than 40 operator networks across five continents have already launched commercial API services to developers.
Analysys Mason’s research, commissioned by Nokia, reveals that network API exposure is a top-five priority for 73% of communication service providers. Nokia estimates show the market for API-enabled services will grow from $12 billion in 2022 to $34 billion by 2026.
Strategic Framework: Platform Business Models
What makes Network APIs strategically significant is their platform business model characteristics. This isn’t simply another telecom service – it’s an entirely different commercial approach.
In my experience, the most successful technology monetisation strategies follow platform economics: create an environment where third parties can build value, then capture a portion of that value creation. A simple example of the model is YouTube that allows content creators to monetise their work whilst capturing advertising revenue. Another example is AWS that enables developers to build applications whilst charging for underlying infrastructure.
Network APIs follow identical principles. Developers access network capabilities (location services, quality-on-demand, fraud detection) to enhance their applications. Operators monetise these capabilities whilst developers create new revenue streams for their own businesses.
Real-world examples demonstrate this platform potential:
Fraud Prevention & Security:
In Brazil, major mobile network operators – Vivo, Claro, and TIM – launched three fraud-detection APIs that banks can use.
First, SIM Swap detection. If a scammer uses the ID of a bank account holder to get a new SIM on their behalf (eSIM or physical SIM) and puts it in a different phone, they can use that to receive bank-related communications on that phone. This API works directly between the bank and the mobile operator to check if the SIM has been swapped. If it has been, that’s a red flag and any transactions through the scammer’s phone get blocked.
Second, Number Verification. This helps banks verify that the bank account holder really controls the phone number linked to the account without relying on SMS and one-time passwords (OTP) in case the SMS gets intercepted by criminals. So this provides better security because it works directly between the bank and the network.
And the third API is Location Verification. Banks can check if your phone is really where you say you are. So instead of relying on the GPS location of your phone that can be faked by scammers, it uses network-based location information.
Quality-on-Demand Services:
- Gaming applications request network prioritisation for competitive gameplay
- Broadcasting companies pay premium rates for guaranteed uplink capacity during live events – with trials by Ericsson, LiveU and RAI achieving 60 Mbps uplink using 5G network slicing
- Industrial drone operations access dedicated network capacity for safety-critical remote control
Enterprise Integration:
- Manufacturing companies use network APIs for asset tracking and equipment monitoring
- Smart city applications access population density data for urban planning
- Logistics providers integrate location services for real-time supply chain optimisation
Commercial Execution: Aligning Technology Implementation with Business Strategy
While these use cases demonstrate proven commercial deployments, unlocking the full revenue potential requires examining this opportunity from both technology and business perspectives. The challenge isn’t just technical implementation, it’s achieving strategic alignment between network capabilities and commercial execution.
From my experience across global mobile operators, vendors, and content providers, a consistent pattern emerges: technical teams understand network capabilities brilliantly and often lead vendor discussions, whilst commercial teams focus on propositions targeting existing customer problems because these represent lower-risk opportunities to produce, market, and sell. This creates a dangerous disconnect where business strategy and network strategy lack complete alignment.
At this stage in mobile network evolution, if technology and business strategies aren’t aligned on opportunities with massive potential like Network APIs, operators risk falling behind competition while others capture market value.
The Platform-Type Business Model Reality
Network APIs don’t represent just another telecom service, they create a platform-type business model where operators enable third parties to build value, then capture a share of that value creation. This allows operators to monetise network capabilities whilst developers enhance their applications.
This platform-type approach is transformational because it’s not about launching one new product, it’s about creating an ecosystem that grows and scales with usage rather than requiring constant new product development.
Flexible Commercial Models and Partnership Execution
While CAMARA provides technical standardisation, commercial execution operates differently. The high-level business model is consistent, operators expose network capabilities to third-party partners who pay for access, but detailed commercial structures vary significantly by partnership type and strategic priorities.
Commercial agreements reflect multiple factors: expected usage volumes, partner commercial maturity, operator strategic focus, and competitive positioning. One financial services partner might prefer per-API-call pricing, whilst a cloud gaming provider could work on revenue-share models integrated into subscription pricing.
The risk emerges when technology teams pursue certain use cases whilst commercial teams push different priorities. If business and technology strategies aren’t aligned from the start, operators risk wasted effort, friction between teams, and projects with no sustainable path to monetisation.
Cross-Functional Ownership Requirements
Success requires cross-functional ownership from project initiation. Every use case must be validated not just technically, but commercially, operationally, and strategically before resource commitment. This ensures network API initiatives support broader business objectives whilst maintaining technical feasibility.
The operators who will capture the largest share of the £300 billion opportunity will be those who achieve this alignment between technical capabilities and commercial strategy from day one.
Implementation Considerations: The CAMARA Standards
The key to realising this opportunity lies in standardisation through the CAMARA project- an open-source initiative within the Linux Foundation that defines common APIs for telecoms network capabilities. It stands for: Carrier and Application Mobile Access for Regional APIs.
CAMARA addresses the historical fragmentation that prevented previous API monetisation attempts from succeeding. Rather than each operator developing proprietary interfaces, CAMARA creates standardised APIs that work consistently across multiple networks and countries.
What CAMARA actually does:
Think of CAMARA as creating universal plugs for network capabilities. Instead of developers needing different integration approaches for each operator, they access standardised interfaces that expose the same capabilities regardless of the underlying network technology.
CAMARA APIs take complex 5G network functions (like Network Exposure Functions and other Service-Based Architecture components) and turn them into simple, developer-friendly interfaces. So, for example, an app developer in London can write an application (app) using location services that works identically on all networks, such as EE, Vodafone UK, and O2. Of course, they’ll still need to work with individual operators to connect to their network. It’s potentially a win-win for both app developers and network providers.
The project has achieved significant industry alignment: premium sponsors include operators like Deutsche Telekom, Ericsson, Microsoft, Nokia, Orange, Telefónica, Verizon, and Vodafone. The Spring 2025 meta-release includes 38 mature APIsvetted for commercial deployment.
Expert Insights: Bridging Technical and Commercial Success
From my 20 years working across the telecoms value chain, the biggest challenge isn’t technical implementation – it’s commercial translation. The teams closest to partners and customers (propositions, sales, account management) need to understand the business potential of network capabilities to convert technical features into revenue.
I’ve seen this challenge repeatedly: partnership teams, for practical reasons, become focused on API implementation and user experience, whilst commercial teams prioritise familiar propositions that customers already understand. The gap between these functions prevents operators from maximising revenue potential.
What I’ve learnt from managing cross-functional teams for UC platform launches and API integrations:
Success requires professionals who can bridge technical capabilities with commercial outcomes. The most effective approach involves creating shared understanding between technical teams who know what the network can do and commercial teams who know what customers will pay for.
The Network API opportunity is particularly significant because it operates as a “platform” business model. Like successful gaming platforms where developers create games and platform owners capture revenue share, Network APIs enable third parties to create value whilst operators monetise underlying network capabilities.
Strategic Conclusion: The Revenue Transformation Opportunity
Network APIs represent the telecommunications industry’s best opportunity to transform 5G investment into sustainable revenue growth. Unlike other monetisation strategies that require operators to develop new services directly, the API approach allows third parties to create applications whilst operators focus on what they do best: operating networks.
The combination of standardised CAMARA APIs, growing developer demand (60% of developers would implement 5G APIs within a year according to Kearney research), and platform economics creates conditions for sustainable revenue growth that scales with usage rather than requiring constant new product development.
For operators, this represents a strategic choice: participate in the emerging API economy as platform leaders, or risk becoming commodity connectivity providers whilst others capture the value creation opportunity.
The data supports action: $300 billion in potential market value, standardised technical frameworks, and proven commercial demand from developers and enterprises. The infrastructure exists. The standards are defined. The market opportunity is quantified.
The question isn’t whether Network APIs will create new revenue streams. The question is which operators will capture the largest share of this platform economy.
Strategic Skill Development for the API Economy
As Network APIs transform how operators monetise their networks, the professionals who succeed will be those who can navigate the complex intersection between technical network capabilities and platform business strategies. Success depends on strategic thinking that translates 5G features into sustainable competitive advantages whilst adapting to market dynamics, developer requirements, and commercial pressures.
This requires commercial discipline to turn network potential into investor-ready strategic plans. The real challenge isn’t just understanding the technology, but building the strategic thinking that sets you apart by connecting technical capabilities to real commercial outcomes.
That’s exactly why I created the Business Case Builder and Business Case Fundamentals courses. These are designed for telecoms professionals who need to build credible, market-ready business cases that stand up to executive scrutiny whilst creating differentiated value propositions. Using real-world telecom examples, the training walks you through connecting technical understanding with strategic business thinking, providing practical frameworks you can apply immediately to broader telecoms challenges.
References: Data sourced from GSMA Open Gateway reports, Analysys Mason/Nokia research, CAMARA Project releases, and Linux Foundation announcements. All market forecasts and statistics linked directly to source materials.
