Welcome to the start of your cellular Internet of Things journey!
Here you’ll find a list of the setup tasks that you need to perform in order to begin exploring Twilio’s cellular connectivity for IoT.
To connect your IoT device to the cellular network, you first need a Programmable Wireless SIM. You can order your first SIM through the Console.
Once you’ve received your SIM, you’ll need to register it with your account and activate its network access. This guide walks you step-by-step through ordering and activating your first SIM.
The Twilio Programmable Wireless SIM introduces some new terminology and makes use of features that you may be unfamiliar with. We have a guide that will get you up to speed.
Ordering and activating a single SIM is a beginner’s process; when you’re ready to deploy SIMs to device fleets, you’ll do that through the Console and activate them there too. More details in our Programmable Wireless > Advanced Topics section in the navigation panel on the left.
You need a device to try out your SIM — we recommend that you start out with one of our Developer Kits. They provide all you need to build, connect and operate a sample IoT device, so that you can get a clear picture of how your IoT product will work at scale.
You can read about our two Developer Kits here — and the two cellular IoT modes they target — to help you choose which Kit is best for your needs.
You can then place your order for your chosen Kit using the Console.
When you’ve received your Kit, you’re ready for Step 3.
Whether you received your Developer Kit after ordering it yourself, or you obtained one at an event or from a colleague, you’ll first need to get it connected. We have a number of short Quick Start guides to help you — just choose the one that matches the Kit you have.
- Get Started with the Twilio Developer Kit for Broadband IoT
- Get Started with the Twilio Developer Kit for Narrowband IoT
You’re now ready to start work building your IoT product. We’ll be adding a lot more content in the coming months — tutorials, sample code, hardware design and application development guides, and deployment advice — to help you on every subsequent step of your IoT journey, from proof-of-concept to prototype to product.