IoT Mobile Virtual Network Enablers Reviews and Ratings
What are IoT Mobile Virtual Network Enablers?
Gartner defines the Internet of Things (IoT) mobile virtual network enabler (MVNE) market as offering infrastructure and services that enable IoT mobile virtual network operators (MVNOs) and enterprises to deliver connectivity without building their own mobile networks. These capabilities allow for the management and deployment of secure, scalable operations across a wide array of connected devices and applications.
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Nokia WING is a software platform designed to provide global Internet of Things connectivity and management for enterprises and service providers. The software enables the integration, control, and monitoring of IoT devices across various networks, supporting multiple cellular technologies such as 2G, 3G, 4G, 5G, and NB-IoT. It offers real-time device management, data collection, security features, and analytics capabilities to facilitate the deployment and operation of IoT services on a global scale. By enabling seamless connectivity and centralized control, the software addresses challenges related to device interoperability, data security, and cross-border IoT deployments, supporting use cases in areas such as logistics, asset tracking, and industrial automation.
Amdocs eSIM Cloud is a software designed for mobile operators to manage digital subscriber identity modules through cloud-based orchestration. The software enables the remote provisioning, activation, and management of eSIM profiles, supporting device onboarding and lifecycle management in compliance with industry standards. It streamlines operations by automating customer journeys for eSIM activation and simplifies integration with backend systems. The software facilitates secure delivery of network credentials to compatible devices, helping mobile carriers reduce physical SIM logistics, accelerate digital onboarding, and support growth in connected devices. Amdocs eSIM Cloud addresses operational complexity and enhances scalability for service providers delivering eSIM experiences to end users.
BeOne System is a software designed to support freight forwarding and logistics operations by integrating various processes such as sea, air, and land transportation management, warehouse control, and customs clearance. The software offers modules for managing shipments, document handling, invoicing, and accounting, allowing businesses to monitor and streamline activities across different branches or offices. It provides tools for resource allocation, tracking cargo status, and supporting compliance with trade regulations. The software aims to address challenges in operational efficiency, data consistency, and coordination within logistics and freight businesses by centralizing workflows and information management.
BICS SIM for Things is a software designed to enable global connectivity for Internet of Things devices across various industries. The software provides cellular connectivity solutions allowing devices to connect to multiple networks in different regions, facilitating international IoT deployments. Features of the software include remote SIM provisioning, lifecycle management, real-time usage monitoring, and flexible activation. It supports secure communication between devices and ensures continuity of service by managing connectivity across borders. The software addresses challenges associated with managing large numbers of connected devices, helping organizations streamline connectivity, maintain network reliability, and optimize costs in their IoT projects.
Digital Brands Suite is a service that enables telecommunications and media companies to manage and launch digital brand propositions. The service provides capabilities for digital customer engagement, self-service functions, and product management across multiple channels. Its features facilitate the creation and configuration of digital brands, allowing organizations to design customer journeys, administer offerings, and automate sales and support processes. The service addresses the business need for rapid market entry, operational efficiency, and online customer experience, supporting the deployment and operation of digital-first services and products.
Enea Aptilo IoT Connectivity Control Service is a software designed to manage and secure connectivity for IoT devices across multiple networks. The software provides centralized policy control, authentication, and integration capabilities to address the complexities of IoT connectivity. It enables automation of network selection, device identity management, and traffic segmentation, supporting operators and enterprises in ensuring reliable and secure device communication. Enea Aptilo IoT Connectivity Control Service helps to simplify the handling of large-scale IoT deployments by providing advanced features such as policy enforcement, data traffic control, and integration with existing business and operational systems, aiming to solve the challenges of managing diverse connectivity requirements for IoT solutions.
Ericsson Digital BSS is a software designed to streamline and automate business support processes for communications service providers. The software integrates functions such as billing, charging, customer relationship management, and order management to support the deployment of digital services and products. It enables organizations to manage subscriber data, launch new offerings, and handle large-scale transactions in real time. Ericsson Digital BSS addresses the need for flexible, scalable solutions that manage complex revenue streams and billing models, helping organizations reduce operational overhead and improve time-to-market for new digital services. The software supports multi-tenancy, offers analytics for insight-driven decision-making, and is built to support integration with existing network and IT infrastructure.
Ericsson IoT Accelerator is a software platform designed to support companies in deploying, managing, and scaling Internet of Things devices and services globally. The software offers device and connectivity management, enabling businesses to activate, monitor, and control their IoT devices across diverse networks. It addresses challenges related to device onboarding, lifecycle management, connectivity, and integration with existing business systems. The software provides APIs for integration with enterprise applications, facilitates subscription management, and supports secure data transmission and compliance with various regulatory requirements. It streamlines operations for businesses needing reliable connectivity and centralized control over distributed IoT assets.
floCONTROL is a software designed to manage and optimize IoT connectivity and device lifecycle for enterprises and service providers. The software enables real-time SIM lifecycle management, secure connectivity, automated provisioning, and compliance management for a wide range of IoT devices. It provides policy-driven automation, supports integration with existing business systems, and offers detailed analytics and reporting tools to monitor connectivity performance and usage. floCONTROL addresses the business need to manage large-scale IoT deployments efficiently, reduce operational costs, maintain regulatory compliance, and ensure secure data transmission across multiple networks and geographies.
iBASIS Global Access for Things is a software designed to provide global connectivity management for Internet of Things devices. The software offers multi-network cellular access, enabling devices to connect across various regions through a single platform. It supports centralized management and monitoring of connected devices, simplifying roaming, SIM provisioning, and lifecycle operations. iBASIS Global Access for Things addresses the challenge of maintaining reliable and consistent device connectivity internationally, supporting various network technologies and compliance requirements. The software is used to streamline operations for organizations deploying IoT solutions across diverse geographic locations, assisting with integration, automation, and scalability of device management.
Infinity IoT Platform is a software developed to manage and optimize Internet of Things (IoT) device connectivity across multiple networks and regions. The software enables centralized device management, real-time monitoring, and automated provisioning for connected assets. It addresses business challenges related to device deployment, network switching, and operational scaling. Infinity IoT Platform supports integration with existing IT systems, provides analytics and reporting features, and helps organizations streamline the configuration, security, and lifecycle management of globally dispersed IoT devices. The software is designed to ensure reliable connectivity, efficient data usage, and simplified operational processes for IoT projects.
Infonova Digital Business Platform is a software designed to support digital business models through automated order management, partner ecosystem enablement, and monetization of digital services. The software offers capabilities for orchestrating and managing services across multiple channels, handling complex commercial arrangements, and ensuring seamless integration with existing IT landscapes. It streamlines operations such as subscription management, billing, and customer lifecycle management, helping businesses address challenges related to launching, selling, and managing digital offerings. The software enables organizations to coordinate partner collaborations, accelerate product time-to-market, and manage the end-to-end digital service delivery process.
Infonova SaaS BSS is a software designed to streamline business support processes for organizations operating in digital, communications, and cloud service markets. The software provides capabilities for billing, customer management, order handling, and partner ecosystem enablement. It addresses business challenges related to managing multi-party business models, automating transactions, and integrating complex supply chains. Infonova SaaS BSS assists in reducing manual intervention, improving operational efficiency, and supporting the launch and management of new digital services and offerings. The software supports scalability and adapts to evolving requirements, allowing businesses to optimize workflows, consolidate data, and enhance the management of service lifecycles.
MAVOCO CMP is a software designed to manage connectivity and lifecycle processes for Internet of Things and Machine-to-Machine applications. The software facilitates the management of SIM cards and eSIMs, providing functionality for provisioning, activation, suspension, and deactivation. It enables integration with mobile network operators and supports automation of connectivity workflows, reporting, and usage analytics. MAVOCO CMP addresses the business need for centralized management of large-scale device connectivity, aiming to optimize operational processes and deliver visibility into connectivity status, consumption, and lifecycle stages of devices deployed in IoT and enterprise environments.
NeXtworking Platform is a software designed to provide network connectivity and management solutions for enterprises utilizing private mobile networks. The software enables secure integration of cellular networks with enterprise IT systems, supports centralized orchestration, and offers features such as policy management, network segmentation, and data routing. It addresses the business need for scalable and flexible mobile networking by facilitating control over network usage, optimizing performance, and ensuring compliance with enterprise security standards. The software aims to simplify the deployment and management of mobile networks within enterprise environments.
Pareteum is a cloud communications software that provides solutions for global connectivity, mobility, messaging, and voice services to businesses and communication service providers. The software enables users to manage mobile, Internet of Things, and messaging operations through a single platform by integrating billing, customer management, and service activation. It supports multi-network connectivity, real-time usage monitoring, and service provisioning, helping organizations streamline their telecommunications infrastructure and expand their reach across different markets. Pareteum addresses challenges related to managing complex connectivity requirements, supporting multiple devices, and delivering communication services efficiently through a unified, scalable platform.
RevX Platform is a software designed to support wireless service providers with billing and customer management functions. The software offers tools for managing subscriber accounts, processing payments, handling service activations and provisioning, and automating invoice generation. It integrates with multiple wireless network systems and supports real-time data synchronization for accurate account information. RevX Platform aims to address operational challenges related to subscriber lifecycle management and billing accuracy, providing functionality to streamline customer interactions, transaction processing, and regulatory compliance for telecommunications businesses.
Tata Communications MOVE is a software platform designed to enable enterprises and service providers to manage global mobile connectivity for devices, applications, and users. The software provides capabilities for real-time monitoring, provisioning, and management of SIMs and eSIMs across multiple networks, supporting various technologies such as IoT, M2M, and enterprise mobility. MOVE helps address challenges associated with global connectivity, including network interoperability, regulatory compliance, and cost control. The platform supports analytics and reporting features, enabling organizations to gain visibility into usage patterns and optimize connectivity strategies. It is used across sectors requiring secure and scalable mobile connectivity management for business operations.
Transatel MVNO-in-a-Box is a software designed to enable the creation and management of mobile virtual network operator (MVNO) services. The software provides functionalities for subscriber management, billing, customer care, real-time rating, and reporting. It helps businesses launch MVNO offerings by providing access to core network elements, regulatory compliance, and integration with existing systems. The software is aimed at reducing the complexity involved in entering the mobile market by offering a suite of tools that streamline operational processes, manage customer lifecycles, and support monetization strategies. It addresses the need for efficient deployment and operation of MVNO services for various industry sectors.
Wirepas Connectivity Suite is a software designed to manage large-scale decentralized wireless networks. The software enables devices to connect and communicate autonomously, facilitating data transmission without dependency on centralized infrastructure. It provides features such as automated network creation, optimized routing, scalability for thousands of nodes, and dynamic self-healing capabilities. The software is suitable for deployments in environments requiring extensive coverage and reliability, such as asset tracking and industrial Internet of Things applications. Wirepas Connectivity Suite addresses the challenge of orchestrating networks where flexible, robust device connectivity and efficient data exchange are necessary for operational efficiency.
Features of IoT Mobile Virtual Network Enablers
Updated May 2025Mandatory Features:
Support systems: This module includes a variety of BSS and OSS capabilities that are provided to the IoT MVNOs. They are mainly focused on connectivity management. These capabilities span IMSI, global SIM and eSIM management, ordering management, provisioning management, change management, incident management, life cycle management, reporting, and analytics. IoT MVNEs can also provide customer relationship management (CRM) systems.
Managed services: Managed services sit on top of the different service modules — for instance, IoT MVNO clients’ BSS definition and configuration (client and billing structure), CRM operations, or network API support services.
Subscription management: This provides mechanisms to manage subscription models of the different MVNE selected modules that IoT MVNOs can develop or sell. These modules are normally sold in a prepackaged way and can be tracked with consistent data for settlements between the IoT MVNE, the IoT MVNO and even with the IoT MVNO’s customers.
Network layer: IoT communications network infrastructure’s main requirement is the ability to scale millions of potential devices with data and signaling strength. IoT MVNEs can provide full network capabilities using EPC or its virtualized version (vEPC). Alternatively, they can use modular network services, such as home subscriber server (HSS) or policy management, as required by the IoT MVNO. They can also provide security services for connectivity, secure access to cloud environments such as Amazon Web Services (AWS) or Microsoft Azure, or real-time data control through an Online Charging System (OCS) with specific rating models for IoT connectivity.
Billing management: Billing services span preinvoice mechanisms that simplify the billing process for IoT MVNOs with their customers, full billing, invoicing, payment, collection and debt collection services.
IoT software elements: These software elements use IoT platforms’ infrastructure and include device management for IoT endpoints (things), gateway provisioning and management, security, data management, IoT analytics or application development via APIs.
Access layer: This capability allows the integration of different types of access methods to the IoT MVNE infrastructure for 3rd Generation Partnership Project (3GPP) and non-3GPP access — typically low-power, wide-area (LPWA) unlicensed networks, wireless LAN (WLAN) networks or satellite networks. 3GPP defines two mechanisms for integrating trusted and nontrusted non-3GPP networks into the Evolved Packet Core (EPC) network infrastructure that IoT MVNEs can provide.
















