Compare 8 IoT connectivity platforms for global enterprises, connected devices, OEMs, and MVNOs. See features, strengths, and use cases.
Managing a few connected devices is relatively simple.
Managing thousands of SIMs across different countries, mobile networks, and pricing agreements is a completely different task.
This is where IoT connectivity platforms come in.
They give businesses one place to manage cellular connectivity, monitor data usage, activate SIMs, troubleshoot devices, and connect to networks around the world.
However, not every platform is built for the same purpose.
Some focus on enterprise Internet of Things deployments. Others provide infrastructure for MVNOs, connectivity resellers, and companies launching their own eSIM services.
In this blog, we compare eight IoT connectivity platforms and explain what each one is best suited for.
What Is an IoT Connectivity Platform?
An IoT connectivity platform is a system used to connect and manage IoT devices across cellular networks.
It usually combines mobile network access with tools for:
- SIM and eSIM management
- Device activation and suspension
- Usage monitoring
- Network switching
- Security controls
- Alerts and diagnostics
- API integrations
- Global connectivity management
Instead of negotiating separate contracts with mobile operators in every country, a business can work with one connectivity provider and control its deployment from one platform.
A modern data connectivity platform may also support physical SIMs, eSIMs, iSIMs, multi-IMSI technology, and remote SIM provisioning. Read our eSIM vs. physical SIM comparison for a closer look at how the two formats differ.
Key Takeaways
- IoT connectivity platforms combine cellular network access with SIM management, monitoring, APIs, and security tools.
- The right platform depends on whether the business connects its own devices or sells connectivity to other customers.
- 1NCE focuses on predictable long-term IoT connectivity, while emnify offers a cloud-native and developer-focused experience.
- Telna and floLIVE are especially relevant for MVNOs and connectivity service providers.
- Connectivity management and connectivity monetization are separate functions and may require different systems.
IoT Connectivity Platforms Compared
The platforms below are not ranked from best to worst. Each one has a different focus.
| Platform | Best For | Main Focus | Main Differentiator |
|---|---|---|---|
| 1GLOBAL | Multinational enterprises and global IoT | Enterprise, IoT, and eSIM connectivity | Broad eSIM and connectivity infrastructure |
| Telna | MVNOs and connectivity resellers | Wholesale and embedded connectivity | API-led eSIM and service enablement |
| Wireless Logic | Large enterprise IoT deployments | Managed IoT connectivity | Dedicated IoT network and managed services |
| 1NCE | Long-lifecycle IoT devices | Predictable global connectivity | Multiyear flat-rate model |
| floLIVE | Global IoT companies and MVNOs | Localized global connectivity | Distributed mobile core and local profiles |
| emnify | Cloud-first IoT businesses | Cloud-native connectivity | Developer tools and cloud integrations |
| Eseye | Mission-critical IoT | Connectivity resilience | eSIM orchestration and network switching |
| BICS | Enterprises, OEMs, and service providers | Carrier-grade global connectivity | International operator ecosystem |
1GLOBAL
1GLOBAL provides global mobile connectivity for enterprises, IoT deployments, mobile operators, and digital service providers.
Its IoT connectivity platform supports physical SIMs and eSIMs, centralized management, multi-network access, and multi-IMSI technology. Its network supports international deployments across a wide range of cellular technologies.
Best for: Multinational enterprises that need both global IoT connectivity and advanced eSIM infrastructure.
Unlike some IoT-only providers, 1GLOBAL also offers enterprise workforce connectivity and remote SIM provisioning technology for mobile operators.
Telna
Telna provides wholesale cellular connectivity and managed eSIM infrastructure.
Its platform is designed for companies that want to embed, launch, or resell mobile connectivity. This includes digital MVNOs, enterprise MVNOs, travel eSIM brands, and other connectivity service providers.
Telna Connect allows businesses to manage branded eSIM services through a centralized platform and API without building the entire telecom infrastructure themselves. This makes it relevant to companies researching how to start an MVNO.
Best for: MVNOs, eSIM businesses, and platforms selling connectivity to their own customers.
Telna is more focused on connectivity enablement than platforms built mainly for internal enterprise device fleets.
Wireless Logic
Wireless Logic is a managed IoT connectivity provider.
Its offering combines global network access, IoT SIMs and eSIMs, security services, and the SIMPro connectivity management platform.
Wireless Logic also operates Conexa, its mobile network built specifically for IoT. It combines its own infrastructure with mobile operator partnerships to support connected devices across international markets.
Best for: Large enterprise and industrial IoT deployments that need managed connectivity and regional support.
Wireless Logic is a strong option for businesses that want one provider to manage more of the technical and operational complexity.
1NCE
1NCE is known for its simple approach to IoT connectivity pricing.
Its main offer packages several years of cellular connectivity into a prepaid plan. This can make costs easier to forecast for devices that use relatively small amounts of data over a long period.
The platform also provides SIM management, APIs, cloud integrations, and tools for operating connected devices.
Best for: Smart meters, trackers, sensors, and other long-lifecycle IoT devices.
Businesses should still check the included data volume, available radio technologies, and overage conditions before choosing a plan.
floLIVE
floLIVE provides global IoT connectivity through its distributed mobile core and connectivity management platform.
It supports different SIM formats, multi-IMSI technology, localized network profiles, and regional data breakout.
This architecture can help businesses deploy connected devices in countries where permanent roaming is restricted or where local data routing is required. floLIVE also provides services for IoT MVNOs, mobile operators, and connectivity providers across different MVNO operating models.
Best for: Global IoT deployments, OEMs, IoT MVNOs, and providers that need localized connectivity.
Its combination of enterprise IoT and MVNO enablement makes floLIVE one of the broader platforms on this list.
emnify
emnify is a cloud-native IoT connectivity platform built for software-driven businesses.
Its SuperNetwork provides international cellular connectivity together with SIM management, network monitoring, automation, cloud integrations, and APIs.
The platform is designed to make connectivity data easier to integrate with applications, operational tools, and cloud infrastructure.
Best for: IoT startups, scale-ups, software companies, and product teams that want strong API control.
emnify is particularly relevant when developers need to automate connectivity processes instead of managing every SIM manually.
Eseye
Eseye focuses on reliable global connectivity for business-critical IoT devices.
Its AnyNet+ SIM and Infinity connectivity management platform support multi-network access, remote management, diagnostics, APIs, and eSIM orchestration.
The platform can switch between available connectivity options and use local operator profiles where required. This helps improve resilience and address permanent roaming restrictions.
Best for: Mission-critical IoT deployments where network availability is a priority.
Common use cases include healthcare devices, payment terminals, vending machines, industrial equipment, and connected products operating across multiple markets.
BICS
BICS provides global IoT connectivity, eSIM management, cloud connectivity, and telecom infrastructure.
Its connectivity platform gives enterprises and service providers tools for provisioning, usage monitoring, troubleshooting, and API integration.
BICS also operates an eSIM Hub that combines global roaming profiles with local operator profiles. Its background in international roaming and operator interconnection separates it from smaller, software-first IoT providers.
Best for: Large enterprises, OEMs, resellers, and telecom service providers requiring carrier-grade infrastructure.
How to Choose an IoT Connectivity Platform
The number of supported countries is important, but it should not be the only deciding factor.
Businesses should evaluate the platform based on how their devices and commercial model work.
Coverage and Network Access
Check which networks are actually available in each target country.
A provider may advertise global coverage but offer only one network in a specific market. Multiple network options can improve reliability when one operator has weak coverage or an outage.
Also check support for 4G, 5G, LTE-M, NB-IoT, and older technologies required by existing devices. Understanding the difference between an MNO and an MVNO can also help explain where the connectivity provider sits in the service chain.
SIM and eSIM Management
The platform should make it easy to activate, suspend, update, and monitor connections.
For global deployments, eSIM and remote SIM provisioning can reduce physical SIM swaps and simplify device manufacturing.
Companies should also check whether the platform supports bulk operations and automated rules.
APIs and Integrations
Strong APIs are important when connectivity needs to work with:
- Device management systems
- Cloud platforms
- Customer portals
- Billing software
- Support systems
- Analytics tools
A user-friendly portal may be enough for a small deployment. Larger deployments usually require automation.
Localization and Compliance
Some countries limit permanent roaming or require data to remain within a specific region.
Local operator profiles, local IMSIs, and regional data breakout can help businesses meet these requirements.
This is especially important for devices expected to remain active in the same country for several years.
Pricing Model
IoT connectivity pricing can include:
- Per-SIM fees
- Usage-based charges
- Shared data pools
- Prepaid packages
- Multiyear plans
- Activation fees
- Minimum commitments
- Wholesale rates
The cheapest price per megabyte is not always the lowest overall cost.
Platform fees, inactive SIM charges, support, integration work, and unexpected roaming costs must also be considered.
From IoT Connectivity to Monetization
An IoT connectivity platform controls how devices connect to mobile networks.
However, businesses selling connectivity also need to control how that connectivity becomes revenue.
They may need to create prepaid packages, subscriptions, shared data pools, custom enterprise plans, or usage-based offers. These models require reliable IoT billing and the ability to process large volumes of consumption data.
Businesses also need to rate usage, maintain balances, generate invoices, manage resellers, and calculate partner settlements. A capable usage-based billing platform can automate these processes.
This is where telecom billing and monetization software fits into the wider architecture.
Tridens Monetization supports real-time charging, usage rating, subscriptions, invoicing, partner management, and flexible pricing models for MVNOs, IoT providers, and other connectivity businesses.
It can integrate with the selected connectivity platform instead of replacing the network or SIM management layer. Learn more in our complete guides to MVNO billing software and telecom billing software.
Conclusion
Each platform category has a clear strength. 1GLOBAL and BICS offer the broadest carriergrade infrastructure; Telna and floLIVE are the strongest enablers for MVNOs and connectivity resellers; Wireless Logic and Eseye lead in managed, resilient enterprise IoT; 1NCE owns the low-data, fixed-price niche; and emnify is the natural fit for cloud-first engineering teams.
There is no single winner.
The right IoT connectivity platform depends on your business model, geographic coverage needs, technical requirements, integration depth, and pricing structure — and if you monetize connectivity, on how well it pairs with your billing and BSS stack.
IoT connectivity platforms FAQ
What is the best IoT connectivity platform?
There is no universal best platform. The right choice depends on the required countries, networks, SIM technology, data usage, API requirements, and whether the business connects its own devices or resells connectivity.
What is a connectivity management platform?
A connectivity management platform is software used to activate, monitor, configure, and troubleshoot cellular connections. It normally provides a dashboard and APIs for managing SIMs, eSIMs, data usage, network access, and alerts.
What is the difference between an IoT platform and an IoT connectivity platform?
An IoT connectivity platform manages network access and SIM connectivity. A broader IoT platform may also manage device data, applications, analytics, automation, and business processes.
Can MVNOs use IoT connectivity platforms?
Yes. Some providers offer wholesale connectivity, APIs, eSIM infrastructure, and white-label services for MVNOs. Telna and floLIVE have a particularly strong focus on this area.
Do IoT connectivity platforms support eSIM?
Most major IoT connectivity platforms support some form of eSIM. However, remote provisioning capabilities, supported standards, local profile availability, and device compatibility differ between providers.
