 100 million machine-to-machine connections could be present. LTE networks are able to address so many devices due to close interworking with IPv6 for standardization. Billions of connected subscribers could be generating as much as 1GB data every day, and LTE networks are primed to be able to carry such high data volumes. LTE networks, with their very low latency targets, should be able to meet with real-time data delivery requirements of the IoT applications. LTE and Small Devices It is expected that objects and devices that want to get on to the Internet would need cost-effective solutions that would enable rapid adoption and deployment of LTE-based devices. NSN believes that LTE has great potential to enable all objects and networked things to come on to the Internet and manage the data explosion that would ensue. Earlier we asked the question about how the objects would access the Internet. For the sake of our discussions here, we'll restrict ourselves to the following model for devices and objects to come on to the IoT, as it is more complex and more interesting. The objects or devices shall have embedded communication capability to implement one or more of the wireless access technologies, namely the LTE access technology. Customer applications that work on the IoT that are to be implemented on devices that control the data and format in which it must be sent to the Internet. These models would imply that there are a lot of innovations waiting to happen in such a market where there is a huge demand for simplified "system on chips," which could be used to design and add IoT capability to any normal device or equipment discussed above. For example, SEQUANS communications has a brand of product lines based on Streamlite LTE (http://www.sequans.com/products-solutions/streamlitelte/) As seen in the following quote, the product is designed to be used with lots of daily devices: Firefly is designed for connection to CE and M2M devices such as digital cameras, e-readers, security cameras, vending machines, digital