Cloud Server

In this system we propose a novel privacy-preserving mechanism that supports public auditing on shared data stored in the cloud. In particular, we exploit ring signatures to compute verification metadata needed to audit the correctness of shared data. With our mechanism, the identity of the signer on each block in shared data is kept private from public verifiers, who are able to efficiently verify shared data integrity without retrieving the entire file. In addition, our mechanism is able to perform multiple auditing tasks simultaneously instead of verifying them one by one. Our experimental results demonstrate the effectiveness and efficiency of our mechanism when auditing shared data integrity. This Project Mainly Focus To Realize The Authentication For The Data Accesson a Demand Mode. New Security And The Privacy Concerns Can Be Performed. AIDA Algorithm Is Used For The Multiparty Oriented Cloud Services. SAPA Protocol for Address the Privacy Issue.

Smart parking systems typically get information only regarding accessible parking areas. All smart cities commonly face a key problem related to parking facilities and traffic management systems. Due to vehicles in a no-parking zone, several folks ought to face traffic problems. Therefore, to reduce this, projected work combines IoTand cloud. The target of the projected work is to create a model, "Detection and Identification of Vehicle's No-Parking area using IoTand cloud”, that helps the drivers to acknowledge the present parked space. No parking area is detected by making use of geolocation of vehicles with the assistance of a real-time cloud server. Projected work does not simply reduce the traffic jam, but it is collectively giving user authentication, cost-efficient and real-time. This method is enforced by putting geolocation, real-time cloud server, a microprocessor for instant data assortment and no-parking detection mobile-application into service. There will be no wastage time anymore searching for a parking space because the parking space will find them.

The contribution of agriculture plays the major role in India's economic growth. In some areas water is very critical resource for farmers & its optimal use is deciding factor for farm yield, so timely utilization of this resources is the need of today's world. A large portion of farming and agricultural activities are based on the predictions as the farmer use pesticides and the water supply on timing base to maintain the plant growth & quality, but its overuse may impact cost of yield & also the health of consumer. This happened due to farmer could not understand Real time soil & crop condition. So, with this project farmer will know the real time information of soil condition & provide pests attack on the plant & its classification on base of data available. The implementation of this project will be step ahead of utilization of advance technology in farming which provide Real time information from Farm & will help farmer to optimize their resources to accelerate their business to be a more profitable.

Since the population is increasing day by day, the environment must be neat and clean. In many cities the overflowed garbage bins are creating an unhygienic environment. This results in various diseases. This reduces the standard of living. To avoid these situations, an efficient smart garbage management method has to be developed. As the scope of IOT is developing, various methods can be found out very easily. Various designs were used as well proposed having advantages and disadvantages too. This paper is a survey that is based on Smart Garbage Management in cities using IoT. This survey helps to keep our environment clean by implementing various smart garbage management techniques

Home Automation, Security And Storage using cloud network is a system that uses computers or mobile devices to control basic home functions and features automatically through internet from anywhere around the world. An Automated Home is sometimes called a smart home. This network uses a consolidation of a mobile phone application and PC based program to provide the means of user interface to the consumer. The home automation system differs from other system by allowing the user to operate the system from anywhere around the world through internet connection. In this paper we have developed a Home Automation system that employs the integration of multi-touch mobile devices, cloud networking, wireless communication to provide the user with remote control of various lights and appliances within their home. The home automation system differs from other systems by allowing the user to operate the system without the dependency of a mobile carrier. This system is designed to be low cost and expandable allowing a variety of devices to be controlled. The Home Security and Storage system makes use of sensors, video cameras for remote sensing and surveillance, streams live video and records it for future playback and a central device to secure an area. Currently the devices are standalone and not require the users to be physically present to operate the devices with no interaction possible between two different devices. The system is also limited by its computational resources and storage capacity. For this project, I have developed a cloud based client server architecture to address these limitations and also to provide security and sharing functionalities along with remote diagnostics. This project has a device level framework to communicate with and exchange information with a cloud server. The project also addresses the primary limitations of cloud computing namely security, privacy and user control.

Maintaining suitable environmental conditions like soil moisture, temperature, humidity etc. is required for good crop produce in industrial greenhouses. Internet of Things (IoT) can enable a complete remote visualisation and control of greenhouse environmental parameters in real time. The state of art systems use zigbee based wireless sensor networks for monitoring and control, which have a limited range of operation, bandwidth and cognitive abilities. This paper presents a novel IoT based system for telemetry and control of greenhouse environment. The developed system provides real time wireless sensor data transmission, data visualization and processing at the central monitoring server / PC via ThingSpeak cloud and ubiquitous GSM infrastructure. The use of lightweight and fast Blynk IoT platform for implementing the mobile app for messaging and control of greenhouse environment is a key feature of the developed system. Real time irrigation needs are received via messages on the Blynk app installed on the mobile phone. The experimental results show that the proposed system is an effective solution for energy efficient smart farming in greenhouse and thus contribute towards a sustainable and green environment.

What is Cloud Hosting and What you need to know! Cloud hosting is the latest innovative type of web hosting. This form of hosting has become popular over the past few years. It is a term related to hosting services running on Cloud Computing technologies. These technologies allow several clustered servers to act as one system. And resources will be easily scaled to manage as needed.

Cloud Computing is an emerging technology which has been envisioned as the next generation information technology enterprise architecture. It manages application software and databases to centralised large data centres where the services may neglect to keep the files which are rarely accessed. This work studies the problem of ensuring the integrity of user data stored in the cloud server. Here I consider the task of allowing a Third Party Auditor (TPA), to check the integrity of data stored in the cloud on behalf of the cloud user. Without gaining knowledge on the data content stored in the cloud server.

In this system we propose a novel privacy-preserving mechanism that supports public auditing on shared data stored in the cloud. In particular, we exploit ring signatures to compute verification metadata needed to audit the correctness of shared data. With our mechanism, the identity of the signer on each block in shared data is kept private from public verifiers, who are able to efficiently verify shared data integrity without retrieving the entire file. In addition, our mechanism is able to perform multiple auditing tasks simultaneously instead of verifying them one by one. Our experimental results demonstrate the effectiveness and efficiency of our mechanism when auditing shared data integrity. This Project Mainly Focus To Realize The Authentication For The Data Accesson a Demand Mode. New Security And The Privacy Concerns Can Be Performed. AIDA Algorithm Is Used For The Multiparty Oriented Cloud Services. SAPA Protocol for Address the Privacy Issue.

Cloud computing has been imagined as the cutting edge building design of big business IT. Lamentably, the integrity of cloud information is liable to issues because of the presence of programming disappointments and human lapses. The data should be kept confidential and should be kept private to the public verifier. We extend this architecture by introducing consistency as well as security. We introduce a hybrid encryption algorithm to effectively encrypt the data files of users in cloud server. The hybrid algorithm supports the data confidentiality, privacy preserving of data. Together with this, system supports data sharing by maintaining consistency.

Cloud computing is an on-demand network access to a shared pool of configurable computing resources (e.g. Networks, servers, applications, and services) that can be rapidly provisioned and released with management effort or service provider interaction. Cloud technology allows for much more efficient computing by centralizing storage, memory, processing and bandwidth. The major issue in the cloud computing is security. The issue is overcome by the encryption. There are various encryption standards which ensure the cloud security. Attribute-based encryption (ABE) is a vision of public key encryption that allows users to encrypt and decrypt messages based on user attributes. In a typical implementation, the size of the ciphertext is proportional to the number of attributes associated with it and the decryption time is proportional to the number of attributes used during decryption To reduce the decryption time in outsourced encryption method the user provides a transformation key to the cloud to translate any ABE ciphertext into simple ciphertext and it only incurs a small computational overhead for the user to recover the plaintext from the transformed ciphertext. We cannot guarantee that the cloud server will perform the transformation correctly. The proposed system introduces the Verifiable Outsourced Encryption so that the user can check the correctness of the transformation performed by the cloud server and the user let to know the data is not modified by the untrusted servers.

We are entering an era of digital wonders and some of the most fascinating fields to have emerged from the technological revolution are virtual-reality and other related technologies, which are playing an increasingly important role in connecting the whole world like never before. The proposed platform will enable the rapid origination of virtual interactive environments using panoramic photos, videos with 360-degree orientation and audio along with the capability to integrate live audio and video in the virtual environment. A prototype for this platform has been designed by using the open-source Marzipano tool that uses the Apache 2.0 license and is hosted on an Amazon Elastic Compute Cloud-server. To create a virtual model, environment suitable panoramic images with 360-degree orientation are supplied and then interconnected together to form the virtual experience. In the present day and age, the need for such a platform has become increasingly vital as such a platform can be implemented to avoid social interactions as and when necessary, viz., in a situation where physically visiting a place is not possible due to the enactment of lockdown measures. The platform can also be used to very rapidly design and implement virtual-tours and campaigns. This brings with it the promise to ensure that people don't feel isolated in case a physical visit to a location is not possible due to unforeseen circumstances such as pandemics and it can also be used by organizations and businesses for product marketing purposes by quickly creating interactive virtual environments showcasing their products to their prospective clients or by creating interactive virtual models which will enable their clients to gain an idea about their services in a manner similar to that of kinaesthetic-learning.

In today’s world a huge amount of data is loaded on the cloud storage. The protection of such type of data is main concern. It is somewhat difficult to protect such data against corruption, checking the integrity of data and also representation of failure data. Together with this it is also critical to implement fault tolerance among such type of data against corruptions. The private auditing for regenerating codes which is nothing but the existing system, developed to address such types of problems. The private auditing for regenerating codes can generate codes for such corrupted and incomplete data, but for this, data owners always have to stay online for checking completeness as well as integrity of data. In this paper, we are introducing the public auditing technique for regenerating code, based on cloud storage. The proxy is the main component in public auditing to regenerate failed authenticators in the absence of owner of the data. A public verifiable authenticator is also designed, which is generated by a several keys and can be regenerate using partial keys. We are also using pseudorandom function to preserve data privacy by randomizing the encode coefficient. Thus our technique can successfully regenerate the failed authenticators without data owner. Experiment implementation also indicates that our scheme is highly efficient and can be used to regenerate code in cloud based storage.