> For the complete documentation index, see [llms.txt](https://docs.iotify.io/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://docs.iotify.io/temp.md).

# TEMP

- [Getting Started](https://docs.iotify.io/temp/getting-started.md): Getting Started with IoTIFY is simple. Just signup with us and follow the guides below
- [Beginner](https://docs.iotify.io/temp/getting-started/beginner.md): You are learning IoT and want to get started
- [Developer](https://docs.iotify.io/temp/getting-started/developer.md): If you are already familiar with IoT development, IoTIFY is an indispensable tool to have in your IoT arsenal.
- [Tester](https://docs.iotify.io/temp/getting-started/tester.md): Using IoTIFY for your IoT performance testing is simple.
- [Walkthrough](https://docs.iotify.io/temp/walkthrough.md): A simple walkthrough of the IoTIFY platform
- [Protocol Settings](https://docs.iotify.io/temp/protocol-settings.md): IoTIFY Supports multiple protocols to connect with cloud platforms. Let's discuss each of these protocols in detail.
- [CoAP](https://docs.iotify.io/temp/protocol-settings/coap.md): Constrained Application Protocol remains one of the most efficient protocol for low power devices. Let's see how CoAP is implemented with IOTIFY
- [Raw (TCP/UDP/TLS/DTLS)](https://docs.iotify.io/temp/protocol-settings/raw-tcp-udp-tls-dtls.md): Some IoT devices could even send a raw payload to the server which is simply a binary UDP/TCP payload. IoTIFY also enables you to provide such payload with ease.
- [LWM2M](https://docs.iotify.io/temp/protocol-settings/lwm2m.md): LWM2M simulator is an enterprise only feature currently limited in preview.
- [NONE](https://docs.iotify.io/temp/protocol-settings/none.md): When you don't want a simulated device to directly connect to a server, utilise the NONE protocol.
- [Under the hood](https://docs.iotify.io/temp/under-the-hood.md): How does IoTIFY simulate your job when you submit the run? What happens behind the scene? Learn more about our orchestration strategy.
- [Google Sheets API](https://docs.iotify.io/temp/google-sheets-api.md): Feed offline sensor data from Google Sheets to your IoT platform
- [Azure IoT](https://docs.iotify.io/temp/azure-iot-connector.md)
- [Losant IoT](https://docs.iotify.io/temp/losant.md)
- [Losant Connector](https://docs.iotify.io/temp/losant/losant-connector.md)
- [Parking Space Management](https://docs.iotify.io/temp/losant/untitled-7.md)
- [Waste Management](https://docs.iotify.io/temp/losant/untitled-6.md)
- [Connected Truck](https://docs.iotify.io/temp/losant/untitled-1.md)
- [Delivery Van](https://docs.iotify.io/temp/losant/delivery-van.md)
- [Google Cloud IoT Core](https://docs.iotify.io/temp/untitled-2.md)
- [IBM Cloud](https://docs.iotify.io/temp/untitled-3.md): Learn how to configure IoTIFY's network simulator to connect virtual devices to IBM Cloud via IBM's MQTT broker.
- [Simple Messaging](https://docs.iotify.io/temp/untitled-3/simple-messaging.md)
- [IBM Bluemix: Monitoring Energy Consumption](https://docs.iotify.io/temp/untitled-3/untitled-5.md)
- [Dweet.io](https://docs.iotify.io/temp/untitled-4.md)
- [JMeter and why it fails at IoT](https://docs.iotify.io/temp/jmeter-and-why-it-fails-at-iot.md)