Abstract

The fourth industrial revolution can connect ecosystems of more than 20 billion devices with an unpredictable gross of the local consumption. Connected devices will produce approximately 44 ZB of raw data by 2020, which provides interesting challenges relatively to privacy, connectivity, and scalabi

Highlights

  • The huge variety of Internet of Things (IoT) devices that are connected to the Internet is resulting in the rise of the worldwide use of IoT communication paradigms

  • The evolving business views coming from IoT are pushing the private, public, and hybrid Cloud Service Providers (CSPs) to associate their networks with IoT devices that are connected to the Internet to introduce the Sensor and Actuator as a Service (SAaaS)

  • -AMAP Ayla’s agile Mobile Application Platform that grows and control the user in app development. It gives services such as Ayla Insights that maintain the customer updated of the latest trends. -End to End support. -Platform as a Service (PaaS) -Remote manager -Analytics -Cost-effective -Ready to use -Device management -SDK application engine -Debug and logs -API key management -Data export feature -Custom alarms -Customer hierarchy levels -User management -Custom control panel -Quicker to market -Integrated -Real-time insight -Secure and scalable providing a PaaS platform to produce better decision-making in real time, Generic Enablers (GEs)’s Predix is made for ordinary domains such as healthcare, transportation, and energy. It uses in the development of IoT applications that can work in real-time operational data aiding and better decision making. -Easy to Use -Device and Element Support -End to End Security - Detail analytics and visions to businesses based on the data gathered. -Cybersecurity: ICS Vulnerability Assessment and Risk-based compliance. -Standardization: Starting global security standards and complying with them. -Smart Experience: provide an efficient considerate of consumer product usage. -Smart manufacturing: enhanced analytics that utilized resourceful operations. -Oil & Gas: LTI’s considerate and expertise that let you get improved performance for oil and gas companies. -Full-Stack Platform -Device to Cloud Security Model -Military Evaluation -High Performance

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Summary

Introduction

The huge variety of IoT devices that are connected to the Internet is resulting in the rise of the worldwide use of IoT communication paradigms. The IoT competence is unrestricted and its usage can transform the entire models of the whole technology It relays on attaching network interface into objects, enabling communications between them with slightest inputs from human beings to produce services for customers. There is no protocol for the current devices that could communicate with all existing network protocols at the same time To overcome this issue, the gateway which is called fog computing providing heterogeneous networks is vital to creating a whole IoT network. This study provides the cloud and fog computing integration for IoT devices focusing on the most popular platform used to support fog and end to end services. This overview produces the roles of fog plays in.

IoT Architecture
Fog and Cloud Integration for Internet of things
Cloud IoT paradigms
IoT platform
IoT platform Types
IoT Platform Verticals
Fog CoT Applications
Limitation
Challenges and Trends of the CoT with Fog
Conclusion
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