Electromyography (EMG) is a technique that studies the electrical activity of the muscle. EMG is the basic component of Myo armband. The MYO ARMBAND is a device which can be used by humans to interact with computers. The myo armband involves the interaction of devices in VE (virtual environment). Working and characteristics of Myo are studied and analyzed. This paper surveys the work on visual analysis of gestures by using Myo armband and the input from keyboard and mouse. We have also performed two tests where participants are allowed to play a game, first by using keyboard and other by using MYO. Discussion and conclusion are also written at the end of this paper.

Agriculture is the backbone of the Indian economy. As all know that demand of agricultural products are increasing day by day as the population is ever increasing, so there is a need to minimize labor, limit the use of water and increase the production of crops. So there is a need to switch from traditional agriculture to the modern agriculture. The introduction of internet of things into agriculture modernization will help solve these problems. This paper presents the IOT based agriculture production system which will monitor or analyze the crop environment like temperature humidity and moisture content in soil. This paper uses the integration of RFID technology and sensors. As both have different objective sensors are for sensing and RIFD technology is for identification This will effectively solve the problem of farmer, increase the yield and saves his time, power, money.

The IoT is in need of an advanced prototype for security, which considers the security issues from a holistic perspective comprising the advanced users and their intercommunication with this technology. In this paper, it has been analyzed and compared how current approaches are ensuring fundamental and basic secu-rity requisites and securing intercommunication of IoT, along with the rolling challenges and scope for research work in this field in the coming future. Cloud Computing is today's generation advanced technology services are made available for customers per utilization basis. Servers are being utilized on cloud to out-source their highly valuable data. Though there are many benefits of cloud computing. However, it has security threads of pivotal confidential data. Users of cloud technology can't count on the cloud service sup-pliers for the safety of the pivotal confidential data. Therefore, a Third-Party Authenticator is required which authenticates the cloud data from the side of users or holders of the data. Security of sensitive data is of questionable nature due to the presence of various entities. Cloud Service Providers along with Data Users are equally in charge for putting the security of the pivotal confidential data at risk. Surveys have sug-gested that huge storage systems cannot be trusted completely; and all of them can be hacked.

In todays 21st century as technology is getting so much advanced, Apache Kafka emanate as one of the finest technology in the present world. Its fast, scalable, distributed stream processing platform and fault tolerant messaging system has made this technology to roar in the field of data processing and analysis. Apache Kafka is a distributed streaming platform mainly designed for low latency and high throughput. It is publish-subscribe messaging reassess as a constituent to each of number of legatee of commit log. The key notion of Apache Kafka is that it is used as a cluster on any number of servers. Server of Kafka stores record streams in classes known as topics. Every record contains a key, a value and a time stamp. It has two classes of application. Firstly, for building pipelines of real time data streams which is reliable to get the data between the systems or between the applications. Secondly, build applications streaming for real time that reacts to the record streams. A single Kafka mediator can handle hundreds of megabytes of reads and writes per second from thousands of clients. Scalable Kafka is designed to allow a single cluster to serve the central data backbone for a large organization.

Smart home is a term that is commonly used to refer to homes where the appliances, lightning, air-conditioning, TVs etc. are capable of communicating with each other and can be controlled remotely according to a predefined schedule or via some kind of interface. In this project presents a Home automation system using Wireless Fidelity as communication interface. The idea behind this project was to develop a home automation system which is a cheaper alternative to commercial options of home automation and at the same time could be seamlessly integrated with the commercial products. Also the interface of the system should be as simple and easy to learn as possible so that even the elderly and disabled people are able to use it. The system could be controlled using an android application or Google Assistant. The android application is used to communicate with the firebase database and update its values, this in turn enables us to control the various sensors and electrical appliances in home. The project uses Node MCU ESP 8266 12 E as the controller and also as the module for wireless communication. Various sensors like MQ6, MQ 135, DHT 11 etc. have been used to take reading of the environment around the house and to keep a watch on it. Also Firebase has been used as the database to keep record of readings of the various sensors.

Fog computing is one of the most important paradigms used in modern world as an extension to cloud computing. Like Cloud Computing, it provides data storage, manipulation and computation of data, but to the edge of the network, i.e. to the user end. This research paper deals with the threat to security issues, especially with location privacy and data confidentiality. The way service providers as well as government can access users data is covered. Furthermore the misconceptions about the rights of users are discussed. Finally the concept of decoy technique with some modification for location and data privacy is also covered.