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The document describes an advanced security system for cloud storage. It uses an encryption technology that allows encryption keys to be exchanged without having to keep the keys secret. This new approach simplifies data protection compared to current methods. A prototype has been developed and tested that can encrypt extremely large files for cloud storage. The system can be adapted for different security levels and is suitable for both small/large companies and individuals. The inventors hold patents and pending applications related to the technology and are seeking partners in data storage and security markets.
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Similar to Cloud computing tp ny
IRJET- Mutual Key Oversight Procedure for Cloud Security and Distribution of ...
The document proposes a mutual key oversight procedure for cloud security and distribution of data based on a hierarchy method. It discusses using attribute-based encryption to encrypt data before outsourcing it to the cloud. The proposed scheme uses a hierarchical structure with a cloud authority, domain authorities, and users to provide security and scalability. It allows both private and public uploading and sharing of files within this hierarchy.
IRJET - Data Security in Cloud Computing using Homomorphic Algoritham
This document discusses using homomorphic encryption to securely store and process data in the cloud. It begins with an introduction to cloud computing and data security challenges. The proposed system would encrypt user data before transferring it to the cloud server using homomorphic encryption. This allows computations to be performed on the encrypted data without decrypting it first, protecting data privacy. The document reviews related work on authentication schemes and secure file storage using encryption. It presents the proposed system architecture and concludes that homomorphic encryption can help address cloud computing security issues by allowing operations on encrypted user data.
IRJET- Secure Sharing of Personal Data on Cloud using Key Aggregation and...
This document proposes a method for secure sharing of personal data on cloud storage using key aggregation and cryptography. It discusses how traditional cloud storage raises privacy and security issues due to outsourcing of data. The proposed method uses key-aggregate encryption to encrypt data files and generate a single aggregate key, reducing the need to exchange keys for individual files. This allows data owners to selectively and securely share a large number of encrypted files with data users by distributing the aggregate encryption key. When data users search for files, a trapdoor is generated and sent to the cloud for searching over authorized encrypted files. The method aims to enable secure, efficient and flexible sharing of encrypted personal data on cloud storage.
READ ON HOW TO FUTURE PROOFING TODAY’S SECURE SYSTEMS
Cryptography is a fundamental building block of secure system design that security architects use as part of a layered approach to keep information private, and protect systems against fake communications. Potential attacks against networks and systems can be achieved by subverting communications and introducing havoc using specially constructed false messages. These types of attacks are safeguarded against when using proper modern cryptography to check the authenticity of messages and guard their privacy.
READ ON HOW FUTURE PROOFING TODAY’S SECURE SYSTEMS
READ ON HOW FUTURE PROOFING TODAY’S SECURE SYSTEMS
Cryptography is a fundamental building block of secure system design that security architects use as part of a layered approach to keep information private, and protect systems against fake communications. Potential attacks against networks and systems can be achieved by subverting communications and introducing havoc using specially constructed false messages. These types of attacks are safeguarded against when using proper modern cryptography to check the authenticity of messages and guard their privacy.
SECURE THIRD PARTY AUDITOR (TPA) FOR ENSURING DATA INTEGRITY IN FOG COMPUTING
Fog computing is an extended version of Cloud computing. It minimizes the latency by incorporating Fog servers as intermediates between Cloud Server and users. It also provides services similar to Cloud like Storage, Computation and resources utilization and security.Fog systems are capable of processing large amounts of data locally, operate on-premise, are fully portable, and can be installed on the heterogeneous hardware. These features make the Fog platform highly suitable for time and location-sensitive applications. For example, the Internet of Things (IoT) devices isrequired to quickly process a large amount of data. The Significance of enterprise data and increased access rates from low-resource terminal devices demands for reliable and low- cost authentication protocols. Lots of researchers have proposed authentication protocols with varied efficiencies.As a part of our contribution, we propose a protocol to ensure data integrity which is best suited for fog computing environment.
SECURE THIRD PARTY AUDITOR (TPA) FOR ENSURING DATA INTEGRITY IN FOG COMPUTING
Fog computing is an extended version of Cloud computing. It minimizes the latency by incorporating Fog servers as intermediates between Cloud Server and users. It also provides services similar to Cloud like Storage, Computation and resources utilization and security.Fog systems are capable of processing large amounts of data locally, operate on-premise, are fully portable, and can be installed on the heterogeneous hardware. These features make the Fog platform highly suitable for time and location-sensitive applications. For example, the Internet of Things (IoT) devices isrequired to quickly process a large amount of data. The Significance of enterprise data and increased access rates from low-resource terminal devices demands for reliable and low- cost authentication protocols. Lots of researchers have proposed authentication protocols with varied efficiencies.As a part of our contribution, we propose a protocol to ensure data integrity which is best suited for fog computing environment.
Paper id 27201448
This document summarizes a research paper that proposes a security architecture for cloud computing that dynamically configures cryptographic algorithms and keys based on security policies and inputs like network access risk and data sensitivity. The architecture aims to improve security while reducing costs by only using the necessary level of encryption for each situation. It describes using the Blowfish algorithm instead of AES and adjusting the key size from 128 to 448 bits depending on factors like network type and data size. Results show Blowfish has better performance than AES, especially with larger keys on larger amounts of data. The goal is to provide flexible, efficient security tailored to each user's needs.
IRJET- Review on Privacy Preserving on Multi Keyword Search over Encrypte...
The document summarizes a proposed system for multi-keyword search over encrypted data in cloud computing. It aims to retrieve the top k most relevant documents matching a user's query while preserving data privacy. The system uses Lucene indexing to build an index of keywords extracted from outsourced documents. When documents are added or removed, the index is updated. A top-k query technique ranks document relevance and returns the top matching results. Encryption is done using the Blowfish algorithm before documents are outsourced to the untrusted cloud server. This allows efficient search over the encrypted data based on keyword queries.
Achieving Data Dissemination with Security using FIWARE and Intel Software Gu...
This document proposes and evaluates a solution to securely disseminate sensitive IoT data using FIWARE and Intel SGX. The solution uses FIWARE components for authentication and authorization, and introduces a new Key Vault component that uses Intel SGX to securely store and manage encryption keys. Sensitive IoT data from smart meters is encrypted before being sent to the FIWARE Orion Context Broker for processing. Consumers that are SGX applications can decrypt and process the data securely within the SGX enclave. The evaluation shows the solution provides privacy and security guarantees without harming scalability or availability.
Blbs prod-bloombase-store safe-product-brochure-uslet-en-r3
Enterprise data is increasingly at risk due to advances in technology that have made data more distributed and real-time. Traditional perimeter security controls are insufficient against insider threats, so data encryption is needed. However, traditional encryption tools are inefficient and difficult to scale for modern environments. Bloombase StoreSafe is presented as a solution that provides application-transparent encryption and key management to securely protect enterprise data across on-premises and cloud-based infrastructure with minimal disruption.
IRJET- Schemes for Securing Cloud Data when the Cryptographic Material is Exp...
This document reviews different schemes for securing cloud data when cryptographic keys are exposed. It discusses approaches such as using ciphertext-policy attribute-based encryption to achieve fine-grained access control while delegating computational overhead to cloud servers. It also examines techniques like all-or-nothing encryption, secret sharing, and the Bastion encryption scheme which aims to guarantee data confidentiality even if the encryption key is leaked. The review evaluates these methods for securing cloud storage when keys are compromised.
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.
Secure Channel Establishment Techniques for Homomorphic Encryption in Cloud C...
This document proposes a new cloud-manager-based encryption scheme (CMReS) to address key management and sharing issues in fully homomorphic encryption. CMReS distributes encryption, decryption, and re-encryption tasks between a trusted Encryption/Decryption Service Provider (EDSP) module and a Re-encryption Service Provider (RSP) module hosted on the cloud. The scheme uses Diffie-Hellman key exchange to generate session keys and one-time passwords for authentication between users and cloud services. Experimental results show the proposed technique reduces delay compared to previous approaches by distributing computational tasks between user devices, the EDSP, and RSP modules.
Block Armour Zero Trust Cybersecurity Mesh for Oil and Gas
For oil and gas companies navigating the complex intersection of IoT, hybrid IT environments, and cybersecurity, Block Armour's Zero Trust Cybersecurity Mesh offers a comprehensive solution. By leveraging the strengths of SDP together with the transparency and immutability of Blockchain, this design ensures robust Zero Trust based security tailored to the industry's critical cybersecurity needs.
Cloud technology to ensure the protection of fundamental methods and use of i...
Cloud technology to ensure the protection of fundamental methods and use of i...SubmissionResearchpa
A comparative analysis of attacks carried out in cloud technologies, the main methods and methods of information protection, the possibilities of using hardware and software, and methods to combat threats when eliminating them, ensuring data protection were carried out by Mamarajabov Odil Elmurzayevich 2020. Cloud technology to ensure the protection of fundamental methods and use of information. International Journal on Integrated Education. 3, 10 (Oct. 2020), 313-315. DOI:https://doi.org/10.31149/ijie.v3i10.780 https://journals.researchparks.org/index.php/IJIE/article/view/780/750 https://journals.researchparks.org/index.php/IJIE/article/view/780
Survey on Privacy- Preserving Multi keyword Ranked Search over Encrypted Clou...
The advent of cloud computing, data owners are motivated to outsource their complex
data management systems from local sites to commercial public cloud for great flexibility and
economic savings. But for protecting data privacy, sensitive data has to be encrypted before
outsourcing.Considering the large number of data users and documents in cloud, it is crucial for
the search service to allow multi-keyword query and provide result similarity ranking to meet the
effective data retrieval need. Related works on searchable encryption focus on single keyword
search or Boolean keyword search, and rarely differentiate the search results. We first propose a
basic MRSE scheme using secure inner product computation, and then significantly improve it to
meet different privacy requirements in two levels of threat models. The Incremental High Utility
Pattern Transaction Frequency Tree (IHUPTF-Tree) is designed according to the transaction
frequency (descending order) of items to obtain a compact tree.
By using high utility pattern the items can be arranged in an efficient manner. Tree structure
is used to sort the items. Thus the items are sorted and frequent pattern is obtained. The frequent
pattern items are retrieved from the database by using hybrid tree (H-Tree) structure. So the
execution time becomes faster. Finally, the frequent pattern item that satisfies the threshold value
is displayed.
IRJET- Enhanced SIT Algorithm for Embedded Systems
This document summarizes a research paper that proposes an enhanced encryption algorithm called Enhanced SIT for securing data in embedded systems and IoT devices. The algorithm is designed to be lightweight and suitable for resource-constrained devices. It operates on 64-bit blocks using a 128-bit key and incorporates a Feistel network structure. Simulation results showed the algorithm provided security within 10 encryption rounds. When implemented on a microcontroller, it had low code size and memory usage. The paper compares the performance of the proposed algorithm to other common algorithms like AES. In conclusion, Enhanced SIT is presented as an efficient and secure encryption method suitable for embedded applications and IoT security.
Improving Data Storage Security in Cloud using Hadoop
The rising abuse of information stored on large data centres in cloud emphasizes the need to safe guard the data. Despite adopting strict authentication policies for cloud users data while transferred over to secure channel when reaches data centres is vulnerable to numerous attacks .The most widely adoptable methodology is safeguarding the cloud data is through encryption algorithm. Encryption of large data deployed in cloud is actually a time consuming process. For the secure transmission of information AES encryption has been used which provides most secure way to transfer the sensitive information from sender to the intended receiver. The main purpose of using this technique is to make sensitive information unreadable to all other except the receiver. The data thus compressed enables utilization of storage space in cloud environment. It has been augmented with Hadoop‟s map-reduce paradigm which works in a parallel mode. The experimental results clearly reflect the effectiveness of the methodology to improve the security of data in cloud environment.
Cryptography Final Presentation.pptx
Cloud cryptography is encryption that protects data stored in the cloud. It allows authorized users to access encrypted data stored on cloud servers securely. The document discusses the need for cloud cryptography to safeguard data from unauthorized access or data breaches. Symmetric and asymmetric key algorithms are commonly used for encryption. The system architecture involves a data processor that encrypts data before uploading to the cloud. Authorized users can then access segments of encrypted data using tokens and credentials. Cloud cryptography provides advantages like full disk encryption, end-to-end encryption, and file encryption to enhance data security in the cloud.
Similar to Cloud computing tp ny (20)
IRJET- Mutual Key Oversight Procedure for Cloud Security and Distribution of ...
IRJET- Mutual Key Oversight Procedure for Cloud Security and Distribution of ...
IRJET - Data Security in Cloud Computing using Homomorphic Algoritham
IRJET - Data Security in Cloud Computing using Homomorphic Algoritham
IRJET- Secure Sharing of Personal Data on Cloud using Key Aggregation and...
IRJET- Secure Sharing of Personal Data on Cloud using Key Aggregation and...
READ ON HOW TO FUTURE PROOFING TODAY’S SECURE SYSTEMS
READ ON HOW TO FUTURE PROOFING TODAY’S SECURE SYSTEMS
READ ON HOW FUTURE PROOFING TODAY’S SECURE SYSTEMS
READ ON HOW FUTURE PROOFING TODAY’S SECURE SYSTEMS
SECURE THIRD PARTY AUDITOR (TPA) FOR ENSURING DATA INTEGRITY IN FOG COMPUTING
SECURE THIRD PARTY AUDITOR (TPA) FOR ENSURING DATA INTEGRITY IN FOG COMPUTING
SECURE THIRD PARTY AUDITOR (TPA) FOR ENSURING DATA INTEGRITY IN FOG COMPUTING
SECURE THIRD PARTY AUDITOR (TPA) FOR ENSURING DATA INTEGRITY IN FOG COMPUTING
IRJET- Review on Privacy Preserving on Multi Keyword Search over Encrypte...
IRJET- Review on Privacy Preserving on Multi Keyword Search over Encrypte...
Achieving Data Dissemination with Security using FIWARE and Intel Software Gu...
Achieving Data Dissemination with Security using FIWARE and Intel Software Gu...
Blbs prod-bloombase-store safe-product-brochure-uslet-en-r3
Blbs prod-bloombase-store safe-product-brochure-uslet-en-r3
IRJET- Schemes for Securing Cloud Data when the Cryptographic Material is Exp...
IRJET- Schemes for Securing Cloud Data when the Cryptographic Material is Exp...
Secure Channel Establishment Techniques for Homomorphic Encryption in Cloud C...
Secure Channel Establishment Techniques for Homomorphic Encryption in Cloud C...
Block Armour Zero Trust Cybersecurity Mesh for Oil and Gas
Block Armour Zero Trust Cybersecurity Mesh for Oil and Gas
Cloud technology to ensure the protection of fundamental methods and use of i...
Cloud technology to ensure the protection of fundamental methods and use of i...
Survey on Privacy- Preserving Multi keyword Ranked Search over Encrypted Clou...
Survey on Privacy- Preserving Multi keyword Ranked Search over Encrypted Clou...
IRJET- Enhanced SIT Algorithm for Embedded Systems
IRJET- Enhanced SIT Algorithm for Embedded Systems
Improving Data Storage Security in Cloud using Hadoop
Improving Data Storage Security in Cloud using Hadoop
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Gena tp ny
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Cloud computing tp ny
- 1. ADVANCED SECURITY SYSTEM FOR CLOUD STORAGE Keywords: cloud computing, encryption technology, data security, data storage Background A significant portion of the world market for encryption technology forecasted to exceed 1 billion dollar in 2014 will be used in connection with securing data information stored “in the Clouds”. Most of this turnover is related to software sales; however, the actual control and handling of the related encryption keys are often at least partly hardware based. Storing information on external servers (in the “clouds”) is rapidly becoming very attractive as the cost is competitive and the ease and flexibility of transferring data to and from cloud storage units have improved vastly over the last couple of years. It is therefore a significant need for better protection of information that is stored “in the clouds”. Description The technology described here is based upon an invention that makes it possible to exchange encryption keys without having to keep these keys secret. This is unique compared to today’s encryption and key handling methods and will drastically simplify the work associated with data protection. Furthermore, the person performing the original document encryption has full control over the future distribution of the document. The new technology can easily be adapted for use by small and large companies, governmental offices as well as use by private persons. It is especially suitable for use within “Cloud Storage”. Applications and benefits - Adoptable prototype hardware system to different security levels required by the various customer groups - The technology is able to handle extremely large files (from 10 GBytes upwards to many TBytes) - Both software and hardware based security Status - Prototype testing - Technology verification IPR The IP portfolio includes granted patents and pending applications We are seeking partners from the data storage and data security market