IoT SIM Card

An IoT SIM card is designed specifically to connect smart devices to the internet and enable data transfer between them and other systems. Unlike traditional SIM cards, IoT SIM cards support global connectivity, multi-network switching, and remote device management, making them essential for businesses adopting IoT solutions. With the Daisy Anywhere IoT SIM, you can stay connected across all major UK networks and beyond, ensuring uninterrupted operations for your smart devices.

Our IoT SIM solution is ideal for businesses looking to harness the power of the Internet of Things. From fleet management to smart inventory control, the Daisy Anywhere IoT SIM card keeps your devices online and working seamlessly, no matter where they are. Features like static IP addresses, multi-network access, and EU-wide coverage make our solution a reliable choice for your business.

• Multi-Network Coverage: Connect to all four major UK networks and seamlessly switch between them for the strongest signal.
• Global Reach: With EU-wide coverage, your devices stay connected, even when you’re operating internationally.
• Aggregated Data Pool: Share data across multiple devices and locations with our pooled data plans, optimising usage and saving costs.
• Static IP Addresses: Manage and monitor your IoT devices remotely with static IPs for secure, encrypted connections.
• Flexible Tariffs: Avoid high bills with bespoke data tiers and real-time usage monitoring via a managed portal.

The versatility of IoT SIM cards is revolutionising industries by enabling automation, remote monitoring, and real-time data insights. Here’s how businesses across sectors are leveraging IoT solutions:

• Healthcare: Enable remote patient monitoring, wearable health devices, and telehealth applications.
• Retail: Optimise supply chains, automate checkouts, and deploy smart inventory systems.
• Transport: Monitor fleets with real-time GPS tracking, enable smart ticketing, and streamline parking systems.
• Manufacturing: Implement predictive maintenance and support human-robot collaboration on the factory floor.
• Energy: Power smart grids, monitor energy usage, and enhance building automation systems.
• Security: Protect assets with IoT-connected CCTV systems, body cameras, and lone-worker alarms.

The Internet of Things is driving innovation across industries, and with the right IoT SIM card, your business can stay ahead of the curve. Whether it’s improving efficiency, reducing costs, or delivering better customer experiences, IoT solutions powered by the Daisy Anywhere IoT SIM card can transform the way you operate.

At Daisy, we specialise in providing reliable, scalable, and cost-effective IoT SIM card solutions tailored to your business. With our Daisy Anywhere technology, you get unparalleled coverage, security, and flexibility, helping you unlock the full potential of IoT.

IoT SIM cards differ from normal SIM cards primarily in their design and functionality tailored for the specific requirements of Internet of Things (IoT) devices.

While normal SIM cards are optimised for use in mobile phones and offer services such as voice, text, and high-speed data for human users, IoT SIM cards are engineered to provide robust, reliable, and secure connectivity for a wide array of devices in various environments, often without human interaction.

IoT SIMs support global connectivity, remote management, and long-term deployment with features like extended lifespans and enhanced security, making them ideal for applications like asset tracking, smart cities, and industrial automation, whereas normal SIMs are mainly focused on consumer telecommunication needs.

An unsteered IoT SIM is a type of SIM card designed for IoT devices that provides unbiased, unrestricted access to multiple mobile networks without prioritising any specific carrier.

Unlike steered SIMs, which are programmed to favour a primary network operator, unsteered IoT SIMs allow devices to connect to the best available network based on signal strength and quality. This ensures more reliable connectivity, especially in areas where the primary network might have weak coverage.

The unsteered approach enhances the flexibility and resilience of IoT applications, making them suitable for critical deployments across diverse geographical regions where consistent and robust connectivity is essential.