Telecom API Market

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Telecom API Market by Technologies, Application and Service Types, Stakeholders, User Types, Deployment, and Platform as a Service Types 2021 – 2026

This Telecom API market report provides an in-depth assessment of the global carrier programmable telecom marketplace (Application Programming Interfaces, SDK, Wrappers/Solutions, GUI, Opensource), including business models, value chain analysis, operator strategies and a quantitative assessment of the industry from 2021 to 2026. It evaluates the current state of the market and provides an outlook for the future including analysis and forecasts for Telecom API market sizing.



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    Description

    Global Communication Service Providers (CSP) continue to see APIs as a means of leveraging their network and subscriber assets to generate revenues with high margins.  With a couple of notable exceptions within the carrier community, the Telecom API market ecosystem remains one in which largely third-parties, such as OTT players, maintain the end-user relationship with app and service clients, while CSPs merely provide essentially data as a service on a B2B basis.

    While this model may suffice for CSPs with respect to the consumer segment and SMBs, it is not sustainable for large corporate clients.  CSPs are facing increasing pressure to provide a greater variety of high quality enterprise communications and business collaboration solutions.

    Accordingly, Mind Commerce sees this as an area ripe for leveraging Telecom APIs to offer value-added carrier offerings such as team collaboration, telepresence, and unified communications (UC) as part of a Telecom API enabled marketplace.

    This vision for the Telecom API market is beginning to come true. With the help of leading Telecom API and Communications-enabled app providers like Ribbon Communications, AT&T has recently launched an API Marketplace, which is something that Mind Commerce has recommended since 2011. Ribbon is also working with Koninklijke PTT Nederland (KPN) to support the KPN API Store.

    Telecom API Market Now has Communication Enabled Application Stores at AT&T and KPN

    Offering a turn-key approach by levering solutions such as Ribbon’s Kandy APIs and Wrappers, AT&T plans to facilitate enterprise customer ability to leverage telecom assets for embedded applications. Mind Commerce discussed with Ribbon pre-packaged applications (to form specific communication enabled solutions) called Kandy Wrappers over two years ago. We believe this collaboration between Ribbon, AT&T and KPN respectively will be the rocket fuel to boost the Telecom API market to the next level.

    In a generic sense, a Communications Enabled Application (CEA) represents a set of information technology (IT) components and communication technology components that are integrated using a particular service-oriented architecture (SOA) to increase the productivity of an organization and/or improve the quality of users’ experiences. CEAs are typically enabled by way of various Telecom API market resources such as APIs, SDKs, and platforms including those offered in an “as a Service” model. Most notable examples include Communication Platforms as a Service (CPaaS) and Unified Communications as a Service (UCaaS).

    Leading Telecom API market vendors such as Mavenir support the Programmable Telecom (Telecom APIs, platforms, and apps) ecosystem. The company recently announced its Mobile-Native Unified Communications and Collaboration as a Service (mUCaaS) solution. One of the key differentiators claimed by this solution is the ability for business-critical communications are prioritized by the mobile network using quality of service indicators that don’t have to compete with other existing OTT UCaaS applications.

    Telecom API Market Dynamics

    For many larger Telecom API vendors, a substantial proportion of revenue continues to be generated from SIP Trunking in support of their client’s VoIP, UC, and other IP-based communications apps and services.  However, many smaller players are innovating in areas that have high growth potential such as analytics data, device information, edge computing, and number management for calls, data, and subscribers.  The last category in particular is emerging as an important area for unwanted call management solutions including robocall management.

    Longer term, Mind Commerce sees CSPs leveraging Telecom APIs and related tools to support a variety of industry requirements in which carriers are amply positioned to leverage their market position.  Those opportunities include Internet of Things (IoT) authentication, robotics, Artificial Intelligence (AI) platforms, Mobile Edge Computing (MEC), and support of Blockchain.  Three areas that represent great opportunities for carriers to aggressively pursue solution development in the more near-term timeframe are AI, IoT, and Mobile Edge Computing.

    Telecom API Market in IoT

    IoT represents a huge and largely untapped market for CSPs, which Mind Commerce sees emerging once carriers begin to fully leverage 5G for IoT apps and services. More specifically, we have identified the opportunity for carriers to act as a orchestrator/mediator within the IoT ecosystem.

    Mind Commerce continues to see a Major Opportunity for CSPs to support IoT via Telecom API enabled Network and Device Authentication

    Uniquely positioned as owner of the primary network to be used for IoT, and provider of data services for humans and machines alike, CSPs have the opportunity to provide various critical services such as IoT authentication, authorization, and accounting.  This will include use of Telecom API resources to help manage IoT related access control, permissions, and usage tracking.

    Telecom API Market in Mobile Edge Computing

    Carriers are also well-positioned to leverage Telecom API enabled capabilities in support of many Mobile Edge Computing (MEC) use cases as MEC is rolled-out to optimize LTE, 5G, and IoT. Many MEC use cases will require support from multiple Telecom API Market categories such as Location, Presence, Subscriber Data, and QoS in support of zone-based enterprise apps, services, and data analytics.

    This will create both a challenge and opportunity for CSPs, which will need the assistance of systems integrators for implementation and managed infrastructure services providers for ongoing operations. Providing programmability for Mobile Edge Computing market apps to third-parties such as OTT service providers will be a very important part of the evolving CSP communication enabled application marketplace.

    Telecom API Market in Artificial Intelligence

    While many Artificial Intelligence (AI) capabilities will be embedded within other areas (such as platforms, devices, semiconductors, etc.), AI will also be closely associated with end-users, creating an opportunity for CSPs to provide resource support for many AI enabled use cases.  This will include basic support for AI, such as user verification, as well as more advanced functionality, such as identifying resource usage and behaviors among a closed user group like enterprise collaboration teams.

    Mind Commerce sees the Telecom API market evolving to support the AIoT market as CSP APIs will enable authentication for IoT and AI will provide the means for machine learning as well as behavior detection algorithms to protect IoT devices and networks from potential harm.

    Telecom API Market Report

    Now in its ninth year of covering the Telecom API market, Mind Commerce is pleased to offer the most comprehensive research covering the ecosystem including players, platforms, tools, solutions, and service offerings. By way of example, AT&T launched their Enterprise-Focused API Program in 2013 based in part on Mind Commerce Telecom API market research.

    Telecom API Market is Driven by Substantial Growth in Enterprise CPaaS

    Telecom API Market by Technology, Application and Service Type, Stakeholder, User Type, Deployment (Enterprise Hosted, Public Cloud, Private Cloud), and Platform as a Service Type 2021 – 2026 provides an in-depth assessment of the global Telecom API market, including business models, value chain analysis, operator strategies and a quantitative assessment of the industry from 2021 to 2026.

    This report evaluates the current state of the market and outlook for the future including analysis and forecasts for the Telecom API market segmented many ways including:

    • Globally, Regionally, and Countries
    • Stakeholder Type (Carriers and Vendors)
    • Network Technology (2G, 3G, LTE, and 5G)
    • API Category (Presence, Location, SCM, etc.)
    • App Developer (Carrier, Enterprise, Long Tail, and Partner)
    • Deployment Type (Enterprise Hosted, Private Cloud, and Public Cloud)
    • Implementation (Development and Set-up) and by Ongoing Operations
    • Solution (AI, Analytics, Blockchain, Edge Computing, Robotics, WebRTC, etc.)

    Forecasts by Service Type include: Messaging (SMS, MMS, RCS) API, WebRTC API, Payment API, IVR/Voice Store and Voice Control API , LBS and Map API, Subscriber Identity and SSO, Management API, Content Delivery API, M2M IoT API, IoT Platform Specific API, IoT Authentication API, Blockchain Specific API, AI Platform Specific API, Robotics Specific API, Analytics API, Call screening API, Device Information API, QoS (Quality of Service) API, Do not Disturb API, Edge/Fog Device Specific API. Forecasts by Developer Type include: Enterprise Developer, Internal Telecom Developer, Partner Developer, and Long Tail Developer. Forecasts by Deployment include: Enterprise Hosted, Public Cloud, and Private Cloud. Platform as a Service forecasts include: CPaaS and UCaaS.

     

    Additional information

    Pages

    261

    Published

    2021

    Target Audience

    Application Developers, Cloud and Internet of Things Companies, Communications Services Providers, Data Analytics Companies, ICT Infrastructure Providers, Managed Services Companies

    License Type

    , , ,

    Select Findings

    • Global Telecom API related revenue will reach $674B by 2026
    • Global UCaaS revenue will reach $91B by 2026with 48.0% CAGR
    • Enterprise-hosted deployment is growing most rapidly through 2026
    • While the smallest in revenue overall, MEA is fastest growing region at CAGR 40.2%

    Report Benefits

    • Gain a better perspective of the State of the Market for Telecom APIs
    • Identify challenges and opportunities across the entire API ecosystem
    • Understand the role of Telecom APIs within the realm of Programmable Telecom
    • Identify leading companies and solutions for Telecom API enabled apps and services
    • Understand the market dynamics, players, and outlook for communication enabled apps
    • Forecasts for every major Telecom API area including Categories, Solutions, Stakeholder Share, and more
    • Forecasts for Telecom API support of Unwanted Call Management including Do Not Disturb and Call Screening

    Companies in Report

    • Amdocs
    • Apidaze (VoIP Innovations)
    • Apifonica
    • Aspect Software
    • Bandwidth
    • BICS
    • CA Technologies
    • Cisco
    • CLX Communications
    • Ericsson
    • Fortumo
    • Google
    • hSenid Mobile
    • Huawei
    • Hubtel
    • LocationSmart
    • Mashape
    • MessageBird
    • Mulesoft
    • Nokia Networks
    • Oracle
    • Persistent Systems
    • Ribbon Communcations
    • Syniverse
    • TeleStax
    • Telnyx
    • Twilio
    • Tyntec
    • Vidyo
    • Vonage

    Table of Contents

    1.0 Executive Summary
    2.0 Introduction
    2.1 About the Report
    2.1.1 Topics Covered
    2.1.2 Key Findings
    2.1.3 Target Audience
    2.2 Programmable Telecom
    2.2.1 Programmable Telecom Definition
    2.2.2 Programmable Telecom Purpose
    2.2.3 Telecom Programmability Tools
    2.2.3.1 Application Programming Interfaces (API)
    2.2.3.2 Cloud Hosted Services
    2.2.3.3 Communications Platform as a Service (CPaaS)
    2.2.3.4 Graphical User Interfaces (GUI)
    2.2.3.5 Open Source Telecom Software
    2.2.3.6 Software Development Kits (SDK)
    2.2.3.7 Unified Communications as a Service (UCaaS)
    2.2.4 Programmable Telecom Deployment Models
    2.3 State of the Industry
    3.0 Telecom API Overview
    3.1 Role and Importance of Telecom APIs
    3.2 Business Drivers for CSPs to Leverage APIs
    3.2.1 Need for New Revenue Sources
    3.2.2 Need for Collaboration with Development Community
    3.2.3 B2B Services and Asymmetric Business Models
    3.2.4 Emerging Need for IoT Mediation
    3.3 Telecom API Categories
    3.3.1 Access Management
    3.3.2 Advertising and Marketing
    3.3.3 Billing of Non-Digital Goods
    3.3.4 Content Delivery
    3.3.5 Directory and Registry Management
    3.3.6 Enterprise Collaboration
    3.3.7 IVR/Voice Solutions
    3.3.8 Location Determination
    3.3.9 M2M and Internet of Things
    3.3.10 Messaging and other Non-Voice Communications
    3.3.10.1 Text Messaging
    3.3.10.2 Rich Communications Suite Enhanced Messaging (RCS-e)
    3.3.10.3 Multimedia Messaging
    3.3.11 Number Management
    3.3.12 Payments including Purchaser Present Verification
    3.3.13 Presence Detection
    3.3.14 Real-time Communications and WebRTC
    3.3.15 Subscriber Identity Management
    3.3.16 Subscriber Profile Management
    3.3.17 Quality of Service Management
    3.3.18 Unified Communications and UCaaS
    3.3.19 Unstructured Supplementary Service Data
    3.3.20 Unwanted Call Management and Robo Calls
    3.3.21 Voice/Speech
    3.4 Telecom API Business Models
    3.4.1 Three Business Model Types
    3.4.1.1 Model One
    3.4.1.2 Model Two
    3.4.1.3 Model Three
    3.5 Enterprise Market Segmentation
    3.5.1 Use Case Segmentation
    3.5.2 Workforce Management
    3.5.3 Fraud Prevention
    3.5.4 Call Centers
    3.6 Competitive Issues
    3.6.1 Reduced Total Cost of Ownership
    3.6.2 Open APIs
    3.6.3 Configurability and Customization
    3.7 Applications that use APIs
    3.8 Telecom API Revenue Potential
    3.8.1 Standalone API Revenue vs. API enabled Revenue
    3.8.2 Telecom API-enabled Mobile VAS Applications
    3.8.3 Carrier Focus on Telecom API’s for the Enterprise
    3.9 Telecom API Usage by Industry Segment
    3.10 Telecom API Value Chain
    3.10.1 Telecom API Value Chain
    3.10.2 How the Value Chain Evolves
    3.10.3 API Transaction Value Split among Players
    3.11 API Transaction Cost by Type
    3.12 Volume of API Transactions
    4.0 API Aggregation Marketplace
    4.1 Role of API Aggregators
    4.2 Total Cost of Operation with API Aggregators
    4.2.1 Start-up Costs
    4.2.2 Transaction Costs
    4.2.3 Ongoing Maintenance/Support
    4.2.4 Professional Services by Intermediaries
    4.3 Aggregator API Usage by Category
    4.3.1 API Aggregator Example: LocationSmart
    4.3.2 Aggregation: Intersection of Two Big Needs
    4.3.3 The Case for Other API Categories
    4.3.4 Moving Towards New Business Models
    5.0 Telecom API Marketplace
    5.1 Data as a Service (DaaS)
    5.1.1 Carrier Structured and Unstructured Data
    5.1.2 Carrier Data Management in DaaS
    5.1.3 Data Federation in the DaaS Ecosystem
    5.2 API Marketplace Companies
    5.2.1 Kong (Mashape)
    5.2.2 Salesforce (Mulesoft)
    5.2.3 TeleStax
    5.3 Telecom API Ecosystem Vendors
    5.3.1 APIs part of Infrastructure and Services Portfolio
    5.3.1.1 Ericsson
    5.3.1.2 Huawei
    5.3.1.3 Nokia Networks
    5.3.1.4 Ribbon Communications
    5.3.2 API Capabilities acquired via Merger & Acquisitions
    5.3.2.1 Amdocs
    5.3.2.2 Aspect Software
    5.3.2.3 BICS
    5.3.2.4 CA Technologies
    5.3.2.5 Cisco
    5.3.2.6 Google
    5.3.2.7 Oracle
    5.3.2.8 Persistent Systems
    5.3.2.9 VoIP Innovations
    5.3.2.10 Vonage
    5.3.3 API Capabilities Independently Developed
    5.3.3.1 Apidaze (VoIP Innovations)
    5.3.3.2 Apifonica
    5.3.3.3 Bandwidth Communications Inc.
    5.3.3.4 CLX Communications
    5.3.3.5 Fortumo
    5.3.3.6 hSenid Mobile
    5.3.3.7 Hubtel
    5.3.3.8 MessageBird
    5.3.3.9 Syniverse
    5.3.3.10 Telnyx
    5.3.3.11 Tyntec
    5.3.3.12 Twilio
    5.3.3.13 Vidyo
    5.4 Telecom Application Development Market
    5.4.1 Communications-enabled App Marketplace (“CAM”)
    5.4.1.1 Market Opportunities and Challenges
    5.4.1.2 Marketplace Facilitators
    5.4.2 Improving Existing Apps and Services Marketplace
    6.0 Telecom API App Enablers
    6.1 Monetization of Communications-enabled Apps
    6.1.1 Direct API Revenue
    6.1.2 Data Monetization
    6.1.3 Cost Savings
    6.1.4 Higher Usage
    6.1.5 Churn Reduction
    6.2 Telecom App Development Issues
    6.2.1 Security
    6.2.2 Data Privacy
    6.2.3 Interoperability
    7.0 Communication Service Provider Telecom API Strategies
    7.1 Carrier Market Strategy and Positioning
    7.1.1 API Investment Stabilization
    7.1.2 Carriers, APIs, and OTT
    7.1.3 Leveraging Subscriber Data and APIs
    7.1.4 Telecom API Standards
    7.1.4.1 GSMA
    7.1.4.2 TM Forum
    7.1.5 Telecom APIs and Enterprise
    7.2 Select Network Operator API Programs
    7.2.1 AT&T
    7.2.2 Verizon Wireless
    7.2.3 Vodafone
    7.2.4 France Telecom (Orange)
    7.2.5 Telefonica
    7.3 Carrier Focus on Internal Telecom API Usage
    7.3.1 The Case for Internal Usage
    7.3.2 Internal Telecom API Use Cases
    7.4 Carriers and OTT Service Providers
    7.4.1 Allowing OTT Providers to Manage Applications
    7.4.2 Carriers Lack the Innovative Skills to Capitalize on APIs Alone
    7.5 Carriers and Value-added Services
    7.5.1 Role and Importance of VAS
    7.5.2 The Case for Carrier Communication-enabled VAS
    7.5.3 Challenges and Opportunities for Carriers in VAS
    8.0 API Enabled App Developer Strategies
    8.1 Telecom APIs as a Critical Developer Asset
    8.2 Judicious Choice of API Releases
    8.3 Working alongside Carrier Programs
    8.4 Developer Preferences: OTT Service Providers vs Carriers
    9.0 Telecom API Vendor Strategies
    9.1 General Strategies
    9.1.1 Value Chain Enhancers and Development Facilitators
    9.1.2 Moving from Platforms to Cloud-based CPaaS
    9.2 Specific Strategies
    9.2.1 Reliance upon SIP Trunking
    9.2.2 Improving Existing Solutions
    9.2.3 Increased Focus on Enterprise Solutions
    9.2.4 Embracing Next Generation Use Cases
    10.0 Global Markets for Telecom APIs
    10.1 Telecom API Market by Category
    10.2 Telecom API Market by Service Type
    10.3 Telecom API Market by User Type
    10.4 Telecom API Market by Network Technology
    10.5 Telecom API Market by Deployment
    10.6 Telecom APIs Market by Platform as a Service
    10.6.1 Telecom APIs Market by CPaaS
    10.6.2 Telecom APIs Market by UCaaS
    10.7 Telecom API Market by Module
    10.8 Telecom API Market by Stakeholders
    10.9 Telecom API Market by Region
    11.0 North American Markets for Telecom APIs
    11.1 North American Markets for Telecom APIs by Country
    11.2 North American Telecom API Market by Category
    11.3 North American Telecom API Market by Service Type
    11.4 North American Telecom API Market by User Type
    11.5 North American Telecom API Market by Network Technology
    11.6 North American Telecom API Market by Deployment
    11.7 North America Telecom APIs Market by Platform as a Service
    11.7.1 North America Telecom APIs Market by CPaaS
    11.7.2 North America Telecom APIs Market by UCaaS
    11.8 North American Telecom API Market by Module
    11.9 North American Telecom API Market by Stakeholders
    12.0 Latin American Markets for Telecom APIs
    12.1 Latin American Markets for Telecom APIs by Country
    12.2 Latin American Telecom API Market by Category
    12.3 Latin American Telecom API Market by Service Type
    12.4 Latin American Telecom API Market by User Type
    12.5 Latin American Telecom API Market by Network Technology
    12.6 Latin American Telecom API Market by Deployment
    12.7 Latin American Telecom APIs Market by Platform as a Service
    12.7.1 Latin American Telecom APIs Market by CPaaS
    12.7.2 Latin America Telecom APIs Market by UCaaS
    12.8 Latin American Telecom API Market by Module
    12.9 Latin American Telecom API Market by Stakeholders
    13.0 European Markets for Telecom APIs
    13.1 European Markets for Telecom APIs by Country
    13.2 European Telecom API Market by Category
    13.3 European Telecom API Market by Service Type
    13.4 European Telecom API Market by User Type
    13.5 European Telecom API Market by Network Technology
    13.6 European Telecom API Market by Deployment
    13.7 European Telecom APIs Market by Platform as a Service
    13.7.1 European Telecom APIs Market by CPaaS
    13.7.2 Europe Telecom APIs Market by UCaaS
    13.8 European Telecom API Market by Module
    13.9 European Telecom API Market by Stakeholders
    14.0 APAC Markets for Telecom APIs
    14.1 APAC Markets for Telecom APIs by Country
    14.2 APAC Telecom API Market by Category
    14.3 APAC Telecom API Market by Service Type
    14.4 APAC Telecom API Market by User Type
    14.5 APAC Telecom API Market by Network Technology
    14.6 APAC Telecom API Market by Deployment
    14.7 APAC Telecom APIs Market by Platform as a Service
    14.7.1 APAC Telecom APIs Market by CPaaS
    14.7.2 APAC Telecom APIs Market by UCaaS
    14.8 APAC Telecom API Market by Module
    14.9 APAC Telecom API Market by Stakeholders
    15.0 MEA Markets for Telecom APIs
    15.1 MEA Markets for Telecom APIs by Country
    15.2 MEA Telecom API Market by Category
    15.3 MEA Telecom API Market by Service Type
    15.4 MEA Telecom API Market by User Type
    15.5 MEA Telecom API Market by Network Technology
    15.6 MEA Telecom API Market by Deployment
    15.7 MEA Telecom APIs Market by Platform as a Service
    15.7.1 MEA Telecom APIs Market by CPaaS
    15.7.2 MEA Telecom APIs Market by UCaaS
    15.8 MEA Telecom API Market by Module
    15.9 MEA Telecom API Market by Stakeholders
    16.0 Telecom API Success Stories
    16.1 Patronus
    16.2 RumbleUP
    16.3 Rently
    16.4 Phone.com
    16.5 VOIPo
    17.0 Technology and Market Drivers for Future API Market Growth
    17.1 Service Oriented Architecture
    17.2 Software Defined Networks
    17.3 Virtualization
    17.3.1 Virtualization vs. SDN
    17.3.2 Network Function Virtualization
    17.3.3 Virtualization beyond Network Functions
    17.4 Internet of Things
    17.4.1 Internet of Things Definition
    17.4.2 IoT Technologies
    17.4.2.1 Embedded Systems
    17.4.2.2 Connected Devices
    17.4.2.3 Wireless Solutions
    17.4.2.3.1 Cellular Data
    17.4.2.3.2 WiMAX and Satellite
    17.4.2.3.3 Wi-Fi
    17.4.2.3.4 RFID/NFC
    17.4.2.3.5 Bluetooth
    17.4.2.3.6 ZigBee
    17.4.2.3.7 Ultra-wide Band (UWB)
    17.4.2.3.8 Dedicated Short-range Communications (DSRC)
    17.4.2.3.9 Beacon Technologies
    17.4.2.4 Sensors and Detection
    17.4.2.5 Addressing/Mapping
    17.4.2.6 Data Storage/Management
    17.4.2.7 Machine-to-Machine (M2M)
    17.4.3 IoT Applications
    17.4.4 IoT Solutions
    17.4.5 IoT, DaaS, and APIs
    17.5 Bringing it all Together for a Bright Telecom API Future
    17.6 IoT WANs and Telecom APIs
    17.6.1 Cellular IoT WAN
    17.6.2 Non-Cellular IoT WAN
    17.6.3 Cellular vs. Non-Cellular IoT WAN Telecom API Needs
    17.6.4 Telecom APIs for IoT Authentication and Platforms
    18.0 Conclusions and Recommendation
    19.0 Appendix
    19.1 Telecom API Definitions
    19.2 More on Telecom APIs and DaaS
    19.2.1 Tiered Data Focus
    19.2.2 Value-based Pricing
    19.2.3 Open Development Environment
    19.2.4 Specific Strategies
    19.2.4.1 Service Ecosystem and Platforms
    19.2.4.2 Bringing to Together Multiple Sources for Mash-ups
    19.2.4.3 Developing Value-added Services as Proof Points
    19.2.4.4 Open Access to all Entities including Competitors
    19.2.4.5 Prepare for Big Opportunities with the Internet of Things (IoT)
    19.3 Monetizing IoT APIs
    19.3.1 IoT API Business Models
    19.3.2 Peer Support of Platforms, Devices, and Gateways
    19.3.3 Supporting the API Developer Community
    19.3.4 Data and Database Transactions

    Figures

    Figure 1: Communication Service Provider Assets
    Figure 2: Next Generation CSP Assets driving Telecom API Usage
    Figure 3: Telecom API: Standalone vs. Finished Services
    Figure 4: RCS and Telecom API Integration
    Figure 5: Business vs. Consumer Telecom API Focus
    Figure 6: Enterprise Dashboard
    Figure 7: Enterprise Dashboard App Example
    Figure 8: Telecom API Value Chain
    Figure 9: Volume of API Transactions for a Tier 1 Carrier
    Figure 10: Cloud Services and APIs
    Figure 11: Programmable Telecom Vendor Services Comparative Segmentation
    Figure 12: GSMA OneAPI: Benefits to Stakeholders
    Figure 13: AT&T Wireless API Catalog
    Figure 14: Verizon Wireless API Program
    Figure 15: France Telecom (Orange) API Program
    Figure 16: Telefonica API Program
    Figure 17: Carrier Internal Use of Telecom APIs
    Figure 18: Global Markets for Telecom APIs 2019 – 2026
    Figure 19: Global Markets for Telecom APIs by Category 2021 – 2026
    Figure 20: Global Markets for Telecom APIs by User Type 2021 – 2026
    Figure 21: Global Markets for Telecom APIs by Network Technology 2021 – 2026
    Figure 22: Global Markets for Telecom APIs by Network Technology 2021 – 2026
    Figure 23: Global Markets for Telecom APIs by Platform as a Service 2021 – 2026
    Figure 24: Global Markets for Telecom APIs by CPaaS 2021 – 2026
    Figure 25: Global Markets for Telecom APIs by UCaaS 2021 – 2026
    Figure 26: Global Markets for Telecom APIs by Module 2021 – 2026
    Figure 27: Global Markets for Telecom APIs by Stakeholder 2021 – 2026
    Figure 28: Global Markets for Telecom APIs by Region 2021 – 2026
    Figure 29: North American Markets for Telecom APIs by Country 2021 – 2026
    Figure 30: North American Markets for Telecom APIs by Category 2021 – 2026
    Figure 31: North American Markets for Telecom APIs by User Type 2021 – 2026
    Figure 32: North American Markets for Telecom APIs by Network Technology 2021 – 2026
    Figure 33: North American Markets for Telecom APIs by Deployment 2021 – 2026
    Figure 34: North American Markets for Telecom APIs by Platform as a Service 2021 – 2026
    Figure 35: North American Markets for Telecom APIs by CPaaS 2021 – 2026
    Figure 36: North American Markets for Telecom APIs by UCaaS 2021 – 2026
    Figure 37: North American Markets for Telecom APIs by Module 2021 – 2026
    Figure 38: North American Markets for Telecom APIs by Stakeholder 2021 – 2026
    Figure 39: Latin American Markets for Telecom APIs by Country 2021 – 2026
    Figure 40: Latin American Markets for Telecom APIs by Category 2021 – 2026
    Figure 41: Latin American Markets for Telecom APIs by User Type 2021 – 2026
    Figure 42: Latin American Markets for Telecom APIs by Network Technology 2021 – 2026
    Figure 43: Latin American Markets for Telecom APIs by Deployment 2021 – 2026
    Figure 44: Latin American Markets for Telecom APIs by Platform as a Service 2021 – 2026
    Figure 45: Latin American Markets for Telecom APIs by CPaaS 2021 – 2026
    Figure 46: Latin American Markets for Telecom APIs by UCaaS 2021 – 2026
    Figure 47: Latin American Markets for Telecom APIs by Module 2021 – 2026
    Figure 48: Latin American Markets for Telecom APIs by Stakeholder 2021 – 2026
    Figure 49: European Markets for Telecom APIs by Country 2021 – 2026
    Figure 50: European Markets for Telecom APIs by Category 2021 – 2026
    Figure 51: European Markets for Telecom APIs by User Type 2021 – 2026
    Figure 52: European Markets for Telecom APIs by Network Technology 2021 – 2026
    Figure 53: European Markets for Telecom APIs by Deployment 2021 – 2026
    Figure 54: European Markets for Telecom APIs by Platform as a Service 2021 – 2026
    Figure 55: European Markets for Telecom APIs by CPaaS 2021 – 2026
    Figure 56: European Markets for Telecom APIs by UCaaS 2021 – 2026
    Figure 57: European Markets for Telecom APIs by Module 2021 – 2026
    Figure 58: European Markets for Telecom APIs by Stakeholder 2021 – 2026
    Figure 59: APAC Markets for Telecom APIs by Country 2021 – 2026
    Figure 60: APAC Markets for Telecom APIs by Category 2021 – 2026
    Figure 61: APAC Markets exactly or Telecom API by User Type 2021 – 2026
    Figure 62: APAC Markets for Telecom APIs by User Type 2021 – 2026
    Figure 63: APAC Markets for Telecom APIs by Network Technology 2021 – 2026
    Figure 64: APAC Markets for Telecom APIs by Deployment 2021 – 2026
    Figure 65: APAC Markets for Telecom APIs by Platform as a Service 2021 – 2026
    Figure 66: APAC Markets for Telecom APIs by CPaaS 2021 – 2026
    Figure 67: APAC Markets for Telecom APIs by UCaaS 2021 – 2026
    Figure 68: APAC Markets for Telecom APIs by Module 2021 – 2026
    Figure 69: APAC Markets for Telecom APIs by Stakeholder 2021 – 2026
    Figure 70: MEA Markets for Telecom APIs by Country 2021 – 2026
    Figure 71: MEA Markets for Telecom APIs by Category 2021 – 2026
    Figure 72: MEA Markets for Telecom APIs by User Type 2021 – 2026
    Figure 73: MEA Markets for Telecom APIs by Network Technology 2021 – 2026
    Figure 74: MEA Markets for Telecom APIs by Deployment 2021 – 2026
    Figure 75: MEA Markets for Telecom APIs by Platform as a Service 2021 – 2026
    Figure 76: MEA Markets for Telecom APIs by CPaaS 2021 – 2026
    Figure 77: MEA Markets for Telecom APIs by UCaaS 2021 – 2026
    Figure 78: MEA Markets for Telecom APIs by Module 2021 – 2026
    Figure 79: MEA Markets for Telecom APIs by Stakeholder 2021 – 2026
    Figure 80: Services Oriented Architecture
    Figure 81: Global Connected IoT Things
    Figure 82: IoT and Future Telecom API Topology
    Figure 83: 3GPP IoT Proposals for LTE, Narrowband and 5G Network
    Figure 84: LoRaWAN Network Architecture
    Figure 85: Cellular vs. Non-Cellular IoT WAN Comparison
    Figure 86: Different Data Types and Functions in DaaS
    Figure 87: Ecosystem and Platform Model
    Figure 88: Telecom API and Internet of Things Mediation
    Figure 89: DaaS and IoT Mediation

    Tables

    Table 1: API Transaction Value by Type
    Table 2: Global Markets for Telecom APIs 2021 – 2026
    Table 3: Global Markets for Telecom API by Category 2021 – 2026
    Table 4: Global Markets for Telecom API by Service Type 2021 – 2026
    Table 5: Global Markets for Telecom API by User Type 2021 – 2026
    Table 6: Global Markets for Telecom API by Network Technology 2021 – 2026
    Table 7: Global Markets for Telecom API by Deployment 2021 – 2026
    Table 8: Global Markets for Telecom API by Communication-enabled Platform as a Service 2021 – 2026
    Table 9: Global Markets for Telecom API by CPaaS 2021 – 2026
    Table 10: Global Markets for Telecom API by UCaaS 2021 – 2026
    Table 11: Global Markets for Telecom API by Module 2021 – 2026
    Table 12: Global Markets for Telecom API by Stakeholders 2021 – 2026
    Table 13: Global Markets for Telecom API by Region 2021 – 2026
    Table 14: North American Markets for Telecom API by Country 2021 – 2026
    Table 15: North American Markets for Telecom API by Category 2021 – 2026
    Table 16: North American Markets for Telecom API by Service Type 2021 – 2026
    Table 17: North American Markets for Telecom API by User Type 2021 – 2026
    Table 18: North American Markets for Telecom API by Network Technology 2021 – 2026
    Table 19: North American Markets for Telecom API by Deployment 2021 – 2026
    Table 20: North American Markets for Telecom API by Platform as a Service 2021 – 2026
    Table 21: North American Markets for Telecom API by CPaaS 2021 – 2026
    Table 22: North American Markets for Telecom API by UCaaS 2021 – 2026
    Table 23: North American Markets for Telecom API by Module 2021 – 2026
    Table 24: North American Markets for Telecom API by Stakeholders 2021 – 2026
    Table 25: Latin American Markets for Telecom API by Country 2021 – 2026
    Table 26: Latin American Markets for Telecom API by Category 2021 – 2026
    Table 27: Latin American Markets for Telecom API by Service Type 2021 – 2026
    Table 28: Latin American Markets for Telecom API by User Type 2021 – 2026
    Table 29: Latin American Markets for Telecom API by Network Technology 2021 – 2026
    Table 30: Latin American Markets for Telecom API by Deployment 2021 – 2026
    Table 31: Latin American Markets for Telecom API by Platform as a Service 2021 – 2026
    Table 32: Latin American Markets for Telecom API by CPaaS 2021 – 2026
    Table 33: Latin American Markets for Telecom API by UCaaS 2021 – 2026
    Table 34: Latin American Markets for Telecom API by Module 2021 – 2026
    Table 35: Latin American Markets for Telecom API by Stakeholders 2021 – 2026
    Table 36: European Markets for Telecom API by Country 2021 – 2026
    Table 37: European Markets for Telecom API by Category 2021 – 2026
    Table 38: European Markets for Telecom API by Service Type 2021 – 2026
    Table 39: European Markets for Telecom API by User Type 2021 – 2026
    Table 40: European Markets for Telecom API by Network Technology 2021 – 2026
    Table 41: European Markets for Telecom API by Deployment 2021 – 2026
    Table 42: European Markets for Telecom API by Platform as a Service 2021 – 2026
    Table 43: European Markets for Telecom API by CPaaS 2021 – 2026
    Table 44: European Markets for Telecom API by UCaaS 2021 – 2026
    Table 45: European Markets for Telecom API by Module 2021 – 2026
    Table 46: European Markets for Telecom API by Stakeholders 2021 – 2026
    Table 47: APAC Markets for Telecom API by Country 2021 – 2026
    Table 48: APAC Markets for Telecom API by Category 2021 – 2026
    Table 49: APAC Markets for Telecom API by Service Type 2021 – 2026
    Table 50: APAC Markets for Telecom API by Network Technology 2021 – 2026
    Table 51: APAC Markets for Telecom API by Deployment 2021 – 2026
    Table 52: APAC Markets for Telecom API by Platform as a Service 2021 – 2026
    Table 53: APAC Markets for Telecom API by CPaaS 2021 – 2026
    Table 54: APAC Markets for Telecom API by UCaaS 2021 – 2026
    Table 55: APAC Markets for Telecom API by Module 2021 – 2026
    Table 56: APAC Markets for Telecom API by Stakeholders 2021 – 2026
    Table 57: MEA Markets for Telecom API by Country 2021 – 2026
    Table 58: MEA Markets for Telecom API by Category 2021 – 2026
    Table 59: MEA Markets for Telecom API by Service Type 2021 – 2026
    Table 60: MEA Markets for Telecom API by User Type 2021 – 2026
    Table 61: MEA Markets for Telecom API by Network Technology 2021 – 2026
    Table 62: MEA Markets for Telecom API by Deployment 2021 – 2026
    Table 63: MEA Markets for Telecom API by Platform as a Service 2021 – 2026
    Table 64: MEA Markets for Telecom API by CPaaS 2021 – 2026
    Table 65: MEA Markets for Telecom API by UCaaS 2021 – 2026
    Table 66: MEA Markets for Telecom API by Module 2021 – 2026
    Table 67: MEA Markets for Telecom API by Stakeholders 2021 – 2026
    Table 68: Global Connected Devices by Non-IoT Product
    Table 69: Global Connected Devices by Consumer IoT Product
    Table 70: Global Connected Devices by Enterprise IoT Product
    Table 71: Global Connected Devices by Industrial IoT Product
    Table 72: Global Connected Devices by Government IoT Product

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