IoT SIM solutions that don't fail when coverage matters most

MFF2 (soldered) SIMs suit permanent installations in harsh environments – industrial IoT, vehicle telematics, outdoor sensors. eUICC SIMs offer remote provisioning flexibility for deployments where network requirements may change. Physical 3-in-1 SIMs provide field-swappable convenience for prototyping or installations with physical access. We recommend MFF2 for 80% of industrial deployments due to superior durability and security.

Yes. Our carrier-neutral SIMs connect to 700+ networks globally with permanent roaming and single-rate pricing. Unlike consumer SIMs or carrier-specific solutions, you maintain the same connectivity profile regardless of location – no rate shock, no regional restrictions, no multiple contracts.

Private APN creates a closed network where device traffic never touches the public internet – data flows directly to your firewall or data centre. Combined with IPsec VPN, IMEI locking, and URL filtering, this prevents unauthorized access even if a device is physically compromised. Standard IoT SIMs expose traffic to public internet routing, creating security vulnerabilities.

NB-IoT delivers 20-100 kbps with exceptional penetration for sensors in challenging environments (deep building penetration, underground infrastructure). LTE-M provides 375 kbps-1 Mbps with < 100ms latency, suitable for applications requiring faster data transmission or mobility (fleet tracking, mobile asset monitoring). We help you match technology to your latency and throughput requirements.

Our cloud CMP enables instant activation for existing stock. For new deployments, lead time is 5-7 business days for physical SIMs, 3-5 days for eUICC provisioning. MFF2 chips require integration with your hardware manufacturing timeline. Contact us for deployment-specific timelines.

Yes, our eUICC-compliant SIMs support multiple network profiles that can be switched remotely via our IoT Portal. This provides network redundancy and the flexibility to optimize for local network performance or cost as your deployment scales across regions.

Our SIMs perform automatic network selection based on signal strength and predefined steering rules. If the primary network becomes unavailable, devices automatically switch to the next strongest available network within seconds – ensuring continuous connectivity for mission-critical applications.

An IoT SIM card is a specialized SIM designed for connected devices that operate autonomously without human interaction. Unlike consumer SIM cards, IoT SIMs support multi-network connectivity, remote management, extended temperature ranges, and 10+ year operational lifespans. They’re used in applications ranging from fleet tracking and smart meters to industrial sensors and security systems.

M2M SIM is the traditional term for machine-to-machine connectivity, typically used in industrial applications like fleet management and utility metering. IoT SIM is the broader, more modern term covering all connected devices. 

Yes. Weconnect offers pilot programs where you can test IoT SIM cards in your specific environment before full deployment. This lets you validate network coverage, test integration with your systems and confirm performance meets your requirements.

IoT SIM pricing varies based on data usage, coverage requirements, and volume. Weconnect offers flexible plans including pay-as-you-go, pooled data across devices, and custom enterprise pricing. Our carrier-neutral approach and 20 years of carrier relationships allow us to offer 40-60% lower total cost of ownership compared to traditional telecom providers. Contact us for a custom quote based on your deployment needs.

Yes. Our cloud-based Connectivity Management Platform (CMP) offers API integration capabilities for automated provisioning, usage monitoring, and alert management. We can discuss your specific integration requirements and provide API documentation during the technical planning phase.