- Global connectivity
- Fully managed solution
- Wholesale pricing
- Global connectivity
- Wholesale pricing
Offer global IoT SIM cards under your own brand, backed by TNF’s Full MVNO infrastructure. Built for permanent deployment: multi-network coverage, non-steered architecture, industrial grade hardware. Available as physical SIM, eSIM, or embedded eUICC in all form factors. SGP.32-compatible for zero-touch provisioning at scale. Managed through the included IoT Connectivity Management Platform, at no extra cost.
No commitment. Typical walkthrough: 30 minutes.
You have probably been here before. A client calls because three devices went offline in Germany. You check with your carrier. Single network. No fallback, no visibility, and nothing you can action yourself.
That is the point where most IoT resellers and MSPs start looking for something better.
TNF’s white label IoT SIM gives you global M2M connectivity under your own brand, without negotiating carrier contracts, managing multiple dashboards, or explaining to your customers why their devices stopped working at the border.
One SIM. One platform. One wholesale invoice. Your name on everything.
We handle 750+ network operators across 200+ countries. You set your pricing, build your margins, and deliver a product your customers trust because they see your brand, not ours.
Your retail SIM hits the 60-day roaming limit. Devices go offline. Your client calls you.
You are managing three different SIM suppliers, three dashboards, and three invoices for one customer.
A carrier outage on the only network your SIM connects to takes down a client’s entire device fleet.
You want to sell IoT SIM cards under your own brand, but you have no way to negotiate wholesale carrier agreements.
Your customers can see it is not really your product. That costs you retention.
If any of these sound familiar, this page is for you.
A white label IoT SIM is a carrier-neutral SIM card that a partner brands, prices, and sells as their own product, while the underlying connectivity, network access, and lifecycle management are provided by a Full MVNO.
TNF’s white label IoT SIM replaces the retail SIM model entirely. Every M2M SIM card we deliver is industrial grade, multi-network, and built for permanent deployment. There are no roaming time limits, no data throttling, and no usage cap per SIM. Your devices connect to the strongest available network in each location because our architecture is non-steered: we do not route traffic to preferred carriers based on commercial agreements. Signal quality determines network selection, nothing else.
Every SIM operates on TNF’s Full MVNO core network. That means we control the IMSI ranges, the network policies, and the wholesale agreements. You get one contract, one price structure, and one management platform covering 750+ operators in 200+ countries. You set your own retail pricing, create your own data plans, and deliver the SIM to your customers under your own brand. TNF does not appear anywhere in the customer relationship.
The management platform is included. Some providers charge separately for platform access or require per-SIM management fees on top of connectivity costs. At TNF, the full white label IoT Connectivity Management Platform is part of every partnership from day one.
You want to add global IoT SIM cards to your portfolio, sell them under your own brand, and control pricing. TNF delivers white label M2M SIM cards without artwork: you apply your own branding, packaging, and identity. Your customers see your name on the SIM, on the packaging, and in the management portal.
You create the data plans: prepaid bundles, PAYGO, pooled data, regional or global flat-rate packages. You set the margins. TNF’s wholesale pricing is usage-based, so you pay only for consumed data. No minimum volumes, no reserved capacity. That protects your margin on small accounts and rewards you as your customer base scales. The multi-tenant portal lets you create separate environments for your own resellers or customer segments, each with their own dashboard and billing.
You deliver managed IT services and need IoT connectivity as a component in your stack, not as a separate product you have to sell and support independently. TNF’s global IoT SIM integrates into your existing operations through REST API and webhooks. Automate SIM provisioning when a device is deployed. Pull usage data into your client reporting. Set threshold alerts that fire in your own monitoring tools.
The SIM itself is built for the M2M environments your clients operate in: industrial sensors, connected equipment, remote monitoring, fleet tracking. Industrial grade hardware rated for -40 to +105°C. Multi-network connectivity in every country means fewer support tickets about devices going offline. You deliver connectivity as a managed service without adding carrier management to your workload.
You deploy IoT devices across multiple countries and need one SIM that works everywhere, under one contract, with centralized management and security. TNF’s multi-network IoT SIM eliminates the complexity of sourcing local SIMs per country. A single APN, one management platform, and one consolidated invoice at the end of every billing cycle.
ssign SIMs to departments, sites, or use cases. Monitor usage across your global fleet in real time. Apply security policies centrally: private APNs, IPsec VPN tunnels, IMEI locking, content filtering. Remote SIM provisioning via eUICC means you change carrier profiles over the air without sending engineers to the device. For devices operating in markets with permanent roaming restrictions, TNF’s multi-IMSI architecture automatically switches to a local carrier profile, keeping connectivity compliant without manual intervention. For mission-critical deployments where a single-network SIM is not acceptable, real-time carrier switching gives you the redundancy your operations require.
Every TNF IoT SIM is industrial grade. The card is based on an Infineon reinforced M2M chip with a reinforced plastic body, rated for an operating temperature range of -40 to +105°C. This is not a repurposed consumer SIM. It is built for environments where SIM failure means device failure: outdoor cabinets, vehicle dashboards, maritime enclosures, industrial machinery.
All form factors are available: 2FF (Mini), 2FF/3FF combo (Mini/Micro), 2FF/3FF/4FF combo (Mini/Micro/Nano), and MFF2 embedded for solder-down applications. Embedded eUICC M2M with remote SIM provisioning (RSP) compliant with GSMA SGP.32 is standard across all deployments. SGP.32 enables zero-touch provisioning for headless IoT devices: devices ship with a bootstrap profile and receive their operational carrier profile on first power-on, based on location and pre-configured business rules, without QR codes, physical access, or manual configuration after deployment. Physical SIM, eSIM via QR code, or factory-embedded chip: you choose what fits your hardware and supply chain.
TNF operates a non-steered network architecture. Your IoT SIMs connect to the strongest available network at each location based on signal quality. We do not steer traffic to carriers that offer us better wholesale terms. This is a fundamental difference from single-network retail SIMs and from providers that optimize for their own margin at your coverage expense.
Both single-IMSI and multi-IMSI configurations are available. Single IMSI provides fast, stable roaming across countries on one identity. Multi IMSI enables local breakout with carrier-grade performance where permanent roaming is not optimal. This also addresses EU permanent roaming regulations: your devices switch to local profiles automatically in countries where extended roaming is restricted, keeping connectivity compliant and uninterrupted.
For partners deploying IoT eSIM at scale, TNF operates as an eSIM Orchestrator (eSO) with SGP.32-compatible eIM capabilities. The eIM manages profile lifecycle across your entire deployed fleet: which carrier profile sits on which device, when it switches, and under what conditions. Network switching happens in real time from the management dashboard, via automation rules, or through API calls. Physical SIM swaps and truck rolls are not part of the equation.
TNF delivers SIMs without artwork. You add your own logo, colours, and packaging. The management portal is white-labeled under your domain with your branding. Automated notifications, invoices, and customer-facing interfaces carry your identity. TNF is invisible to your customers.
Custom provisioning profiles can be configured per project, per customer, or per use case. Factory provisioning is available for OEMs who need SIMs pre-configured before assembly. You define which networks are allowed per SIM, which countries are included, and what usage limits apply. This level of control lets you create differentiated products: regional IoT packages, industry-specific bundles, or premium high-availability configurations with multi-network failover.
Security starts at the SIM level. IMEI locking restricts each SIM to a specific device, preventing misuse if a SIM is removed. SIM profiling limits usage to the exact use case the SIM was deployed for. Content filtering through data traffic black and whitelisting controls which services your SIMs can access.
At the network level, private APNs isolate your traffic from the public internet. IPsec VPN tunnels create encrypted connections between your SIMs and your data centre or cloud environment. Fixed IP addresses per SIM allow you to reach devices directly without waiting for a data session. Real-time anomaly detection via network signaling flags unusual behaviour as it occurs.
Test coverage in your own environment. No contract required.
Multi-network M2M SIM cards in vehicle trackers, trailers, and containers. Non-steered connectivity ensures devices stay online as vehicles cross borders. Usage-based pricing per SIM means you pay proportionally to actual data consumption across your fleet.
Industrial grade SIMs in sensors, PLCs, and edge gateways operating in temperature extremes, vibration, and moisture. Private APN and IPsec VPN keep sensor data off the public internet. Multi-IMSI failover ensures connectivity even when a local carrier has an outage.
Low-data M2M SIM deployments at scale, with PAYGO pricing that matches the kilobyte-level usage patterns of smart meters. IMEI locking prevents SIM removal. Lifecycle management handles provisioning, suspension, and deactivation across millions of SIMs from one dashboard.
Multi-carrier SIMs that switch between 4G/5G networks as vessels move between coastal coverage areas. Industrial grade hardware handles the salt, humidity, and temperature extremes of maritime environments.Multi-network M2M SIM cards in vehicle trackers, trailers, and containers. Non-steered connectivity ensures devices stay online as vehicles cross borders. Usage-based pricing per SIM means you pay proportionally to actual data consumption across your fleet.
Factory-provisioned eUICC SIMs embedded during device manufacturing, with SGP.32-compatible profile management for devices that ship to multiple markets. Devices power on in the field, contact the eIM, and receive the correct carrier profile based on their deployment location. One SKU, global coverage, no regional hardware variants.Industrial grade SIMs in sensors, PLCs, and edge gateways operating in temperature extremes, vibration, and moisture. Private APN and IPsec VPN keep sensor data off the public internet. Multi-IMSI failover ensures connectivity even when a local carrier has an outage.
M2M SIM cards in IP cameras, alarm panels, and access control systems. Fixed IP addresses enable remote access to each device. Content filtering restricts SIM usage to approved applications only.
Every partner who comes to us for white label IoT SIMs has the same story. They outgrew retail SIMs. They tried stitching together local carrier deals per country. They ended up managing multiple suppliers, multiple dashboards, and multiple invoices, while their customers called them about devices going offline.
TNF replaces all of that with one relationship: a SIM that works in 200+ countries on 750+ networks, one management platform, one wholesale price structure, and one contract covering everything. And you sell everything under your own name.
The longer you wait, the more complexity you carry.
We discuss your use cases, target markets, volume expectations, and technical requirements. You receive a SIM sample kit so you can test coverage, speed, and platform access in your own environment.
TNF sets up your white label environment: portal branding, user accounts, network profiles, data plans, and billing structure. Custom provisioning profiles are configured for your specific use cases. Typical setup: 2 to 4 weeks.
Your branded IoT SIM cards are ready for deployment. SIMs ship with your branding. The management platform is live under your domain. Your customers can be onboarded. Ongoing support from your dedicated TNF account manager.
No commitment. Typical walkthrough: 30 minutes.
Use the contact form, send an e-mail to info@tnfsolutions.com or call us on +3120 505 0442.
A passionate team with more than 20
years of experience in global connectivity
* Direct response within 4 business hours.
What is a white label IoT SIM card?
A white label IoT SIM card is a carrier-neutral M2M SIM that a partner brands, prices, and sells as their own product. The partner controls the customer relationship, pricing, and branding. The underlying connectivity, network access across 750+ operators in 200+ countries, and the management platform are provided by TNF as a Full MVNO. The partner's customers see only the partner's brand, not TNF's.
Is the management platform included, or is there a separate cost?
The IoT Connectivity Management Platform is included in every TNF partnership at no additional cost. No licence fee, no per-seat charge, no per-SIM platform fee. Some providers charge separately for platform access. At TNF, you manage SIM lifecycle, data plans, billing, and customer accounts from one white-labeled dashboard as standard.
How does the pricing model work for white label M2M SIM cards?
TNF uses a usage-based wholesale pricing model. You pay for data consumed at agreed wholesale rates. There are no minimum volume commitments and no reserved capacity charges. Overage pricing is transparent and predictable. You set your own retail prices and keep the margin between your retail rate and the wholesale cost.
What is the difference between a white label IoT SIM and a retail SIM card?
Retail or consumer-grade SIMs are designed for personal mobile use and come with restrictions that make them unsuitable for IoT and M2M deployments. Key differences: retail SIMs typically have a 60-day roaming restriction (TNF SIMs do not), retail SIMs connect to a single network per country (TNF SIMs connect to multiple networks), retail SIMs may throttle data after a usage cap (TNF SIMs do not), and retail SIMs are not approved for commercial use in CPE devices (TNF SIMs are). TNF's industrial grade SIM cards are built specifically for permanent M2M deployment.
What SIM form factors are available?
All standard form factors: 2FF (Mini), 2FF/3FF combo (Mini/Micro), 2FF/3FF/4FF combo (Mini/Micro/Nano), and MFF2 for embedded solder-down applications. Embedded eUICC M2M with remote SIM provisioning (RSP) compliant with GSMA SGP.32 is available for over-the-air profile management. Physical SIM and eSIM via QR code are also supported.
What does "non-steered" mean for my IoT SIM connectivity?
Non-steered means TNF does not route your SIM traffic to carriers based on commercial wholesale agreements. Your devices connect to the network with the best signal quality and availability at their location. Some providers steer traffic to preferred carriers to improve their own margins, which can result in weaker coverage for your devices. TNF's architecture prioritizes connection quality over carrier margin.
How does multi-network IoT SIM connectivity work?
Every TNF IoT SIM connects to multiple networks per country. Both single-IMSI and multi-IMSI configurations are available. Single IMSI provides fast roaming across countries on one identity. Multi IMSI enables local network breakout where permanent roaming is not optimal. Network switching can happen automatically, via rules you define in the management platform, or through an API call. No physical SIM swap is needed.
What is SGP.32 and why does it matter for IoT SIM deployments?
SGP.32 is the GSMA standard for remote SIM provisioning designed specifically for IoT devices. It introduces the eIM (eSIM IoT Remote Manager) as a server-side component that manages eSIM profile lifecycle across entire device fleets, and the IPA (IoT Profile Assistant) as the device-side layer that executes profile operations. Together, they enable zero-touch provisioning: devices power on, contact the eIM, and receive the correct carrier profile for their location based on pre-configured rules, without physical access, QR codes, or manual configuration. For OEMs shipping hardware worldwide, SGP.32 means one device SKU works in every market. For IoT resellers managing large deployments, it means carrier profiles can be updated over the air across thousands of devices without field visits. TNF's eUICC M2M SIMs and IoT portal support SGP.32 as standard.
Can I fully brand the SIM cards and packaging with my own company identity?
Yes. TNF delivers SIM cards without pre-printed artwork. You apply your own logo, brand colours, and packaging design. The management portal runs under your domain with your branding. All customer-facing interfaces, automated notifications, and invoices carry your identity.
What security features are available for IoT SIM deployments?
Security features include IMEI locking (restricts each SIM to a specific device), SIM profiling per use case, private APNs, IPsec VPN tunnels to your data centre, fixed IP addresses per SIM, content filtering via data traffic black and whitelisting, and real-time anomaly detection through network signaling.
What regulatory and compliance standards does TNF's platform meet?
TNF operates under Dutch telecom regulations and is supervised by the Autoriteit Consument & Markt (ACM). Platform operations are aligned with the technical and regulatory requirements of the Rijksinspectie Digitale Infrastructuur (RDI). The underlying infrastructure is built on ISO 27001 and SOC 2 certified telecom carrier systems. Connectivity is delivered exclusively via licensed and regulated mobile network operators in every country of operation. The platform is compliant with international data protection standards, including GDPR.
Are the SIM cards suitable for harsh industrial environments?
Yes. TNF's industrial grade M2M SIM cards are based on an Infineon reinforced chip with a reinforced plastic card body. The operating temperature range is -40 to +105°C. These SIMs are designed for applications in outdoor cabinets, vehicles, maritime environments, and industrial machinery where standard consumer SIMs would fail.
Can I provision SIMs at the factory during device manufacturing?
Yes. TNF supports factory provisioning for OEMs. SIMs can be pre-configured with the correct network profiles, APN settings, and usage parameters before they are embedded or inserted during device assembly. For SGP.32-compatible deployments, the device receives its operational carrier profile on first power-on via the eIM, without requiring factory configuration per target market. Your devices ship ready to connect worldwide, with one hardware SKU for all markets.
Do I need my own carrier contracts?
No. TNF provides connectivity through its Full MVNO infrastructure with direct agreements across 750+ operators in 200+ countries. You benefit from wholesale rates without needing carrier relationships. If you do have existing carrier contracts, those can be integrated into the platform alongside TNF's connectivity.
What is the difference between eUICC M2M and a standard eSIM?
eUICC (embedded Universal Integrated Circuit Card) is the hardware chip that enables remote SIM provisioning. Carrier profiles can be downloaded, switched, or deleted over the air. No physical access to the device needed. In the M2M context, eUICC is typically soldered into the device (MFF2 form factor) and managed through TNF's platform or API. SGP.32-compatible eUICC M2M SIMs support server-orchestrated profile management via the eIM, without requiring user interaction or device-side configuration. A standard eSIM for consumer devices uses the same eUICC technology but relies on user interaction for activation. TNF supports both M2M eUICC with SGP.32 and consumer eSIM provisioning.
How does TNF handle permanent roaming regulations in the EU?
EU regulations restrict permanent roaming for consumer SIMs, which can cause devices to lose connectivity after extended periods abroad. TNF's multi-IMSI architecture solves this by enabling local network breakout in countries where permanent roaming is restricted. The SIM switches to a local carrier profile automatically or via a rule you define, maintaining continuous connectivity without violating regulatory requirements. This is managed from the platform without physical SIM swaps.
