Secued Cloud
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This document discusses cloud computing backup and data security. It introduces cloud deployment models including public, private and hybrid. It outlines security issues when using the cloud like data theft, privacy, and data loss. It emphasizes the importance of cloud security for critical data storage. The document then describes techniques for encrypting data on the cloud like Caesar cipher, Vigenere cipher and steganography. It provides steps for encrypting a file and storing it on the cloud. Finally, it concludes on understanding cloud security and encryption techniques.
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secued cloud ppt
This document discusses cloud computing backup and security. It introduces cloud deployment models including public, private and hybrid. It outlines security issues when using the cloud like data theft, privacy, and data loss. It emphasizes the importance of cloud security for critical data storage. The document then describes techniques for encrypting data on the cloud like Caesar cipher, Vigenere cipher and steganography. It provides steps for encrypting a file and storing it on the cloud. Finally, it concludes on understanding cloud security and encryption techniques.
secued cloud
This document summarizes a seminar on secure cloud computing presented by Devyani B. Vaidya and guided by Prof. G. R. Gosavi. It discusses the need for cloud computing backup services and deployment models. It outlines security issues for cloud computing like data integrity, theft, and location. It also discusses risks, importance of security, techniques for encrypting data, and how to encrypt files before storing them in the cloud. The document provides an introduction to secure cloud computing and encryption techniques to securely store data in the cloud.
secued cloud ppt
This seminar presentation discusses secure cloud computing and data encryption techniques. It introduces the need for cloud backup services and covers common security issues and risks associated with cloud computing like data integrity, theft, and location. The presentation then explains how to securely store data in the cloud through encryption and avoiding sensitive information storage. Various encryption algorithms and the process of encrypting files are described. Limitations of secure cloud agents and volume encryption are also addressed. The presentation concludes by emphasizing the importance of understanding cloud security and encryption.
Encryption 2021
The document discusses data protection through encryption. It outlines various encryption methods like AES, RSA, and Triple DES. It also discusses challenges with encryption like key management overhead and integrating with cloud. The document provides tips for effective encryption like using long encryption keys and encrypting in layers. Finally, it discusses alternatives to encryption like using fax or content filters if full encryption is not possible.
Braveheart Cloud Storage 2014 Student Showcase
This document summarizes a cloud storage solution implemented using the OwnCloud application that includes an enhanced security algorithm called "The Mist". The Mist requires users to correctly answer one randomly selected security question out of three they created along with the correct answer selected from 50 choices within 16 seconds to gain access to their account. The solution was customized for and implemented at Southeastern University to provide secure cloud storage for the university using the latest enterprise-grade virtualization and server technologies.
What is cloud encryption
Businesses rely heavily on cloud technology but this creates vulnerabilities that malicious actors may exploit to access private information. Encryption is a fundamental element of cloud security that scrambles data so even if accessed by malicious parties, the information cannot be viewed. There are two main types of encryption: symmetric uses one key for encryption and decryption while asymmetric uses a public key to encrypt and a private key to decrypt, providing better security. Encryption should be used to protect data both when in transit between networks and when at rest in storage to provide comprehensive security and prevent attacks. While encryption is effective, its additional costs can lead businesses to underutilize it despite the higher costs of data breaches.
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for more ieee paper / full abstract / implementation , just visit www.redpel.com
FinalCode-At-A-Glance-Webcopy-Optimized
FinalCode is a new file security product that allows users to strongly encrypt files and apply extensive access policies. It works across applications, storage, devices, cloud services and communication channels. FinalCode's patented CryptoEase technology streamlines encryption without passwords and reduces key management overhead. It enables rapid and scalable implementation of file security for organizations of any size.
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secued cloud ppt
This document discusses cloud computing backup and security. It introduces cloud deployment models including public, private and hybrid. It outlines security issues when using the cloud like data theft, privacy, and data loss. It emphasizes the importance of cloud security for critical data storage. The document then describes techniques for encrypting data on the cloud like Caesar cipher, Vigenere cipher and steganography. It provides steps for encrypting a file and storing it on the cloud. Finally, it concludes on understanding cloud security and encryption techniques.
secued cloud
This document summarizes a seminar on secure cloud computing presented by Devyani B. Vaidya and guided by Prof. G. R. Gosavi. It discusses the need for cloud computing backup services and deployment models. It outlines security issues for cloud computing like data integrity, theft, and location. It also discusses risks, importance of security, techniques for encrypting data, and how to encrypt files before storing them in the cloud. The document provides an introduction to secure cloud computing and encryption techniques to securely store data in the cloud.
secued cloud ppt
This seminar presentation discusses secure cloud computing and data encryption techniques. It introduces the need for cloud backup services and covers common security issues and risks associated with cloud computing like data integrity, theft, and location. The presentation then explains how to securely store data in the cloud through encryption and avoiding sensitive information storage. Various encryption algorithms and the process of encrypting files are described. Limitations of secure cloud agents and volume encryption are also addressed. The presentation concludes by emphasizing the importance of understanding cloud security and encryption.
Encryption 2021
The document discusses data protection through encryption. It outlines various encryption methods like AES, RSA, and Triple DES. It also discusses challenges with encryption like key management overhead and integrating with cloud. The document provides tips for effective encryption like using long encryption keys and encrypting in layers. Finally, it discusses alternatives to encryption like using fax or content filters if full encryption is not possible.
Braveheart Cloud Storage 2014 Student Showcase
This document summarizes a cloud storage solution implemented using the OwnCloud application that includes an enhanced security algorithm called "The Mist". The Mist requires users to correctly answer one randomly selected security question out of three they created along with the correct answer selected from 50 choices within 16 seconds to gain access to their account. The solution was customized for and implemented at Southeastern University to provide secure cloud storage for the university using the latest enterprise-grade virtualization and server technologies.
What is cloud encryption
Businesses rely heavily on cloud technology but this creates vulnerabilities that malicious actors may exploit to access private information. Encryption is a fundamental element of cloud security that scrambles data so even if accessed by malicious parties, the information cannot be viewed. There are two main types of encryption: symmetric uses one key for encryption and decryption while asymmetric uses a public key to encrypt and a private key to decrypt, providing better security. Encryption should be used to protect data both when in transit between networks and when at rest in storage to provide comprehensive security and prevent attacks. While encryption is effective, its additional costs can lead businesses to underutilize it despite the higher costs of data breaches.
Analysis of classical encryption techniques in cloud computing
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for more ieee paper / full abstract / implementation , just visit www.redpel.com
FinalCode-At-A-Glance-Webcopy-Optimized
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This document discusses encryption techniques for securing data in cloud computing environments. It begins with an introduction to cloud deployment models (public, private, hybrid, community) and service models (IaaS, PaaS, SaaS). It then addresses security concerns with cloud computing including data theft, incomplete data uploads, and lack of notification about infrastructure changes. The document proposes encrypting data before uploading it to cloud servers using algorithms like AES to protect data even if stolen. It reviews older encryption techniques like the Caesar cipher and argues stronger algorithms are needed for cloud security.
Encryption Technique for a Trusted Cloud Computing Environment
This document summarizes an encryption technique for securing data in cloud computing environments. It begins by introducing cloud computing and some of the security concerns with storing data in the cloud. It then discusses previous encryption algorithms like the Caesar cipher, Vigenere cipher, and Playfair cipher and their limitations. The document proposes using the Advanced Encryption Standard (AES) algorithm with Rijndael cipher to encrypt data before uploading it to cloud servers. It describes implementing AES encryption in two steps: 1) using an authentication channel to verify user identities, and 2) encrypting the data using the AES Rijndael algorithm in 9 to 13 rounds depending on the key size. The AES Rijndael algorithm uses byte substitution, shift rows
Encryption Technique for a Trusted Cloud Computing Environment
This document summarizes an encryption technique for ensuring security in cloud computing environments. It begins by introducing cloud computing and some of the security concerns with storing data in the cloud. These include lack of transparency about security measures, incomplete or corrupted data uploads, and potential data theft without the user's knowledge. The document then reviews some traditional encryption algorithms like the Caesar cipher, Vigenere cipher, and Playfair cipher and their limitations. It proposes using the Advanced Encryption Standard (AES) algorithm with Rijndael, which is more secure than older standards. The technique implements AES encryption with an authentication channel using challenge-response and encrypts the data before uploading to the cloud. This ensures the encrypted data is useless even if stolen,
H017155360
This document summarizes an encryption technique for securing data in cloud computing environments. It begins by introducing cloud computing and some of the security concerns with storing data in the cloud. It then discusses previous encryption algorithms like the Caesar cipher, Vigenere cipher, and Playfair cipher and their limitations. The document proposes using the Advanced Encryption Standard (AES) algorithm with Rijndael cipher to encrypt data before uploading it to cloud servers. It describes implementing AES encryption in two steps: 1) using an authentication channel to verify user identities, and 2) encrypting the data using the AES Rijndael algorithm in 9 to 13 rounds depending on the key size. The document argues this encryption technique can help make customer data in the
U04503119122
International Journal of Engineering Research and Applications (IJERA) is an open access online peer reviewed international journal that publishes research and review articles in the fields of Computer Science, Neural Networks, Electrical Engineering, Software Engineering, Information Technology, Mechanical Engineering, Chemical Engineering, Plastic Engineering, Food Technology, Textile Engineering, Nano Technology & science, Power Electronics, Electronics & Communication Engineering, Computational mathematics, Image processing, Civil Engineering, Structural Engineering, Environmental Engineering, VLSI Testing & Low Power VLSI Design etc.
Security Issues in Cloud Computing by rahul abhishek
This document discusses security issues related to cloud computing. It begins with an introduction to cloud computing models including Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS). It then discusses potential security attacks to clouds like denial of service attacks and man-in-the-middle attacks. Security concerns with moving data and applications to the cloud are outlined. Techniques for securely publishing data in the cloud are also presented. The document concludes that security in cloud computing is challenging due to the complexity of clouds but that assurance of secure and mission-critical operations is important.
F017414853
This document proposes a method to improve data storage security in cloud computing using Identity-Based Cryptography (IBC) and Elliptic Curve Cryptography (ECC). IBC reduces key management complexity and eliminates the need for certificates by using a user's identity as their public key. ECC provides data confidentiality through encryption and data integrity is provided by Elliptic Curve Digital Signature Algorithm (ECDS). The proposed method involves a Private Key Generator (PKG) that generates user keys, a Trusted Cloud (TC) that stores encrypted user data, and users who encrypt data using IBC and ECC before storing it on the TC. This is intended to provide secure and flexible data storage in cloud computing.
Security Issues in Cloud Computing by rahul abhishek
This document discusses security issues related to cloud computing. It begins with an introduction to cloud computing models including Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS). It then discusses potential security threats in cloud computing like denial of service attacks, side channel attacks, and man-in-the-middle cryptographic attacks. The document proposes a layered framework for assured cloud computing and techniques for secure publication of data in the cloud, including encryption. It concludes that achieving end-to-end security in cloud computing will be challenging due to complexity, but that more secure operations can be ensured even if some parts of the cloud fail.
UNIT -V.docx
This document discusses security considerations for cloud computing. It covers security challenges like data security, application security, and virtual machine security. It discusses security planning steps like selecting resources to move to the cloud and understanding a cloud provider's security model. It also covers security controls like firewalls, load balancers, and network security groups. Data security topics covered include access control, auditing, authentication, and authorization. Encryption and isolated access to data are also discussed as important security mechanisms.
Cloud security
This presentation gives a detailed overview about Cloud Computing, its features and challenges faced by it in the market. It gives an insight into cloud security and privacy issues and its measures.
Enhancing Privacy in Cloud Service Provider Using Cryptographic Algorithm
This document discusses enhancing privacy in cloud service providers using cryptographic algorithms. It proposes using the RSA algorithm to provide data storage security. The RSA algorithm provides important security services like key generation, encryption, and decryption in cloud computing systems. It discusses how RSA works, including generating a public/private key pair, encrypting data with the public key, and decrypting with the private key. This ensures only authorized users can access encrypted data stored in the cloud. The document concludes RSA provides secure storage and management of data in the cloud.
Solutions of cloud computing security issues
Cloud computing is a model which uses the mixture concept of “software-as-a-service” and “utility computing”, and provides
various on-demand services in a convenient way requested end users. It is internet based where resources are shared and the
information is available for on demand service users. Security issue in Cloud computing is the important and critical issues
because the resources are distributed. Both the Cloud provider and the cloud consumer should be fully sure that the cloud is safe
enough from all the external threats so that the customer does not face any kind of problem like loss or theft of their valua ble
data. There is also a possibility where a malicious user can penetrate the cloud by imitate an authorized user, and affect with a
virus to the entire cloud and affects many customers who are sharing the infected cloud. In this paper we firstly lists the
parameters that affects the security of the cloud then it explores the security issues of cloud computing and the troubles faced by
providers and consumers about their data, privacy, and infected application and security issues. It also presents some security
solutions for tackling these issues and problems.
Ijarcet vol-2-issue-4-1405-1409
This document summarizes recent research on security issues related to single cloud and multi-cloud storage models. It finds that relying on a single cloud service provider poses risks to data availability and integrity if the provider experiences an outage. Storing data across multiple cloud providers (a multi-cloud model) can help address these issues but may increase costs. The document surveys various techniques proposed in recent research to improve security, availability, and integrity in single and multi-cloud environments, such as homomorphic tokens, file division, and the Depsky model. It concludes that while single cloud has been more widely researched, multi-cloud is an important area of ongoing work to help overcome the security and cost challenges of cloud storage.
Security and privacy approach of cloud computing
Abstract: Cloud computing model are obtaining ubiquitous authorization due to the heterogeneous convenience they provide. Although, the
security & privacy problems are the main considerable encumbrance holding back the universal adoption of this new emerging technology.
Various researches are concentrated on enhancing the security on Software as well as Hardware levels on the cloud. But these interpretations do
not mainly furnish the complete security way and therefore the data security compute (measure) are still kept under the access control of service
provider. Trusted Computing is another research concept. In actuality, these furnish a set of tools controlled by the third party technologies to
secure the Virtual Machines from the cloud computing providers. These approaches provides the tools to its consumers to assess and monitor the
aspects of security their data, they don’t allocate the cloud consumers with high control capability. While as the new emerging DCS approach
aims to provide the security of data owners of their data. But the DCS approach concept is elucidate in many ways and there is not a
standardized framework of cloud computing environment model for applying this approach.
C017421624
This document discusses effective modular order preserving encryption on cloud using multivariate hypergeometric distribution (MHGD). It begins with an abstract that describes how order preserving encryption allows efficient range queries on encrypted data. It then provides background on cloud computing security concerns and discusses existing approaches to searchable encryption, including probabilistic encryption, deterministic encryption, homomorphic encryption, and order preserving encryption. The key proposed approach is to improve the security of existing modular order preserving encryption approaches by utilizing MHGD.
IRJET- Security Concern: Analysis of Cloud Security Mechanism
This document discusses security concerns in cloud computing. It analyzes various encryption techniques that can be used to enhance security and reliability of data stored in the cloud. The paper provides a literature review of techniques such as homomorphic encryption, digital signatures, and block-level encryption. It then compares the techniques based on parameters like execution time, space utilization, and overhead. The analysis found that homomorphic encryption coupled with redundancy handling could provide more secure data storage while reducing costs. Future work may involve applying this hybrid approach to further enhance cloud security.
Cloud security
This document discusses cloud computing security and outlines several key points:
1. It introduces cloud computing and discusses how it has reduced upfront costs for companies while allowing resources to scale as needed.
2. It then outlines some of the major security concerns for cloud computing, including whether cloud providers can securely manage large numbers of customers and sensitive data.
3. The document proposes several cloud computing models and architectures aimed at improving security, governance, compliance and establishing trust in cloud systems.
A Comprehensive Guide to Cloud Computing Security | CyberPro Magazine
In this article, we'll take a closer look at cloud computing security and give you some tips on how to keep your data safe.
Ad4502189193
International Journal of Engineering Research and Applications (IJERA) is an open access online peer reviewed international journal that publishes research and review articles in the fields of Computer Science, Neural Networks, Electrical Engineering, Software Engineering, Information Technology, Mechanical Engineering, Chemical Engineering, Plastic Engineering, Food Technology, Textile Engineering, Nano Technology & science, Power Electronics, Electronics & Communication Engineering, Computational mathematics, Image processing, Civil Engineering, Structural Engineering, Environmental Engineering, VLSI Testing & Low Power VLSI Design etc.
A proposed Solution: Data Availability and Error Correction in Cloud Computing
The document proposes a solution to data availability and error correction in cloud computing using a RAID 51 architecture. RAID 51 combines RAID 1 and RAID 5 architectures. RAID 1 creates a mirror copy of data across disks for high availability. RAID 5 uses block-level striping with parity data distributed across disks for error correction. The proposed RAID 51 model uses a RAID 5 configuration under each RAID 1 mirror, allowing the system to sustain failure of disks in either RAID 5 array as well as one additional disk, avoiding data loss. This provides both data availability through mirroring and error correction capabilities.
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Hashing
Hashing provides a way to access records in constant time by mapping keys to addresses using a hash function. Collisions occur when different keys map to the same address. Common solutions include spreading out records, using extra memory, or storing multiple records at an address. The distribution of records can be analyzed using mathematical tools like the Poisson distribution to predict collisions and optimize performance. Various hashing methods like double hashing and chaining help resolve collisions.
Fundamental file structure concepts & managing files of records
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Cosequential processing and the sorting of large files
This document discusses techniques for efficiently sorting large files using cosequential processing and merge sort algorithms. It begins by defining cosequential operations and describing how they can be used for matching and merging sequential lists. It then provides examples of implementing matching and merging algorithms. The document focuses on using these algorithms to efficiently sort files too large to fit in memory by breaking them into runs, sorting the runs using an in-memory algorithm like heapsort, and then merging the runs. It discusses optimizations like using multiple buffers and disks to overlap I/O with processing.
Introduction to the design and specification of file structures
This document provides an introduction to file structures and their design. It defines a file structure as a combination of data representations in files and operations to access the data. The document discusses why studying file structure design is important, noting that secondary storage access time can be improved through better file structure design. An overview outlines general goals of file structure design like accessing needed information with few disk accesses. The document then reviews the history of file structures from early sequential access to modern balanced tree and hashing structures.
Barcode Technology
Barcode technology was invented in 1948 by Bernard Silver at Drexel University to provide a rapid and efficient way to represent data by varying the widths and spacings of parallel lines. The first working system used ultraviolet ink but it faded too easily. Later, barcodes were improved and became a machine-readable representation of data attached to objects. Barcodes are now used widely in retail, warehousing, shipping and other industries to automatically identify products and collect data. They provide advantages such as increased speed, accuracy and information storage compared to manual identification systems.
3D- Doctor
3D-Doctor software extracts information from image files to create 3D models. It uses object-oriented technology to efficiently process and analyze 3D images, object boundaries, and models. The software supports both grayscale and color images and allows users to open image files, define object boundaries, and generate 3D surface and volume renderings.
3D-Password
The document proposes a 3D password authentication system that combines multiple authentication factors like recognition, recall, tokens, and biometrics. It aims to address weaknesses in existing systems by providing a large password space and flexibility for users to select authentication methods. The system presents a 3D virtual environment containing objects. A user's interactions and sequence of interactions in navigating and manipulating objects comprise their unique 3D password.
Cloud Security
This document discusses cloud security and provides an overview of McAfee's cloud security program. It begins with definitions of cloud computing and cloud security. It then analyzes the growth of the global cloud security market from 2012-2014. Next, it discusses McAfee's cloud security solutions, strengths, weaknesses, opportunities, threats, and competitors in the cloud security space. It also provides information on some of McAfee's major customers. Finally, it discusses Netflix's migration to the cloud and its cloud security strategy.
Bigtable a distributed storage system
Bigtable is a distributed storage system developed at Google to manage large amounts of structured data across thousands of servers. It provides a flexible data model with rows and columns that can be queried and modified in real time. Bigtable was designed as Google needed a system that could scale enormously without compromising performance. It has been successfully used by many Google products and services that require fast access to very large datasets, such as web search, Google Maps, and Google Analytics.
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Secued Cloud
- 1. 1 Presented by :- Devyani B. Vaidya. Guided By: - G . R. Gosavi.
- 2. 1. Introduction. 2. Need of cloud computing Backup. 3. Deployment models. 4. Security issues. 5. Risk of cloud . 6. Importance of Cloud. 7. How to Secure Data on the Cloud ? 8. Techniques Used To Encrypt Data. 9. Example of Encryption. 10. Conclusion . 11. References . CONTENTS.
- 3. Secure Cloud’s simple approach to data protection safely delivers encryption keys to valid devices without the need to deploy an entire file system and management infrastructure. Introduction
- 4. Backup services are also provided by cloud computing and cover such functions like availability of remote data, resiliency of data center, compliance and security, server performance, and data protection which are especially practical and handy for business to business backup. Why Is There A Need For Cloud Computing Backup?
- 5. Public Private Hybrid Deployment Models
- 6. 1. Data Integrity 2. Data Theft 3. Privacy issues 4. Infected Application 5. Data loss 6. Data Location 7. Security on Vendor level 8. Security on user level Security Issues faced by Cloud computing
- 7. Privacy agreement and service level agreement. Security and data protection. Location of data. Loss Of Private/Important Data. Risks of cloud computing
- 8. Increasing Usage of Cloud Services in Non-traditional Sectors Growing Adoption of Cloud Services in Government Departments Rise in Cloud Service-specific Attacks Growing Usage of Cloud Services for Critical Data Storage Rise in Employee Mobility . Why is Cloud Security Important
- 9. Avoid storing sensitive information in the cloud. Be serious about passwords. Encryption. How to Secure Data on the Cloud ?
- 10. The Caesar Cipher. Vigenere cipher. Rail Fence cipher. Steganography. Techniques Used To Encrypt Data
- 11. 1. Choose the File that you want to Encrypt. How To Encrypt file
- 12. 2. choose any one algorithm . Conti….
- 13. 3. choose format of Encryption. Conti…
- 14. 4. Click on Encrypt. Conti..
- 15. 5. After Encryption , Output. Conti..
- 16. Thus We are Understand the concept of cloud security and its encryption technique . We also see that how to encrypt our data before sending it on to cloud. Conclusion..
- 17. www.google.com www.askmi.com www.wikipedia.com http://cgl.soic.indiana.edu/publications/ReportNariman MirzaeiJan09.pdf https://en.wikipedia.org/wiki/Cloud_computing http://www.ibm.com/cloud-computing/what-is-cloud- computing.html References