When we talk about the IoT – the Internet of Things you can think of machine to machine communications where data is collection and communicated. Examples could be wearables, car interfaces with smartphone, home devices such as security systems, manufacturing machine communications, health care, transportation, etc. Research IoT applications. Complete a 2-3-page paper with an abstract and conclusion in APA format (plus cover sheet and reference page) that discusses: Select an application of the technology and discuss the following: ·       The IoT platform ·       Data management and streaming ·       Application considerations with connectivity, gaps, handling interruptions, business, and industry requirements. ·       The IoT infrastructure ·       Security issues and methods for protection (include any security breach events for your application) ·       Any cloud solutions such as data storage, processing, analysis, and remote device management. Select an application of the technology and discuss the following: ·       The IoT platform ·       Data management and streaming ·       Application considerations with connectivity, gaps, handling interruptions, business, and industry requirements. ·       The IoT infrastructure ·       Security issues and methods for protection (include any security breach events for your application) Any cloud solutions such as data storage, processing, analysis, and remote device management.

The Internet of Things (IoT) is a rapidly growing technology that encompasses machine-to-machine communication and data collection across various applications. From wearables to home devices, manufacturing machines to transportation systems, IoT has the potential to revolutionize industries and improve efficiency. In this paper, we will explore an application of IoT technology and discuss various aspects related to its implementation.

One important aspect to consider when discussing IoT applications is the IoT platform. This platform serves as the foundation for connecting and managing devices, sensors, and other components of the IoT ecosystem. It provides the necessary infrastructure for data collection, communication, and analysis. Choosing the right IoT platform is crucial as it determines the scalability, reliability, and flexibility of the system.

Another important consideration is data management and streaming. In an IoT application, a large amount of data is generated from multiple sources. Effective data management involves organizing and storing this data in a structured manner. Streaming refers to the continuous flow of data from devices to the central system. Efficient data streaming mechanisms ensure that real-time data is processed and analyzed in a timely manner.

Connectivity is another key aspect to be considered in an IoT application. Devices need to be connected seamlessly to the IoT platform, and reliable connectivity is crucial for uninterrupted data transmission. Handling interruptions in connectivity is essential to ensure continuous operation of the IoT system. In addition, IoT applications need to address connectivity gaps, such as areas with poor network coverage.

Business and industry requirements should also be taken into account when designing an IoT application. Each industry may have different needs and objectives, and the IoT system should be aligned accordingly. Consideration should be given to the specific challenges and requirements of the industry and the application.

When discussing the IoT infrastructure, it is important to understand the underlying hardware and network components that enable communication between devices. This includes sensors, gateways, routers, and other networking devices. The infrastructure should be designed in a way that ensures seamless integration and efficient data flow.

Security is a critical aspect of IoT applications. With the increasing number of connected devices, the risk of security breaches and data theft becomes significant. Methods for protecting IoT systems include encryption, authentication, and access control. It is important to implement robust security measures to safeguard the data and devices involved in the IoT application. Additionally, it is important to consider any previous security breach events that have occurred in the selected application and learn from them to improve security measures.

Lastly, cloud solutions play a crucial role in IoT applications. They provide storage, processing, and analysis capabilities for the massive amount of data generated by IoT devices. Cloud solutions also enable remote device management, allowing for efficient monitoring and control of devices in the IoT ecosystem.

In conclusion, IoT applications encompass various aspects including the IoT platform, data management and streaming, connectivity, industry requirements, infrastructure, security, and cloud solutions. Understanding and addressing these aspects is critical to the successful implementation of IoT technology in different industries and applications. By considering these factors, organizations can harness the full potential of IoT and drive innovation and efficiency in their respective domains.