Cloud Computing Security Thesis

Cloud Computing Security Thesis

  Cloud Computing Security Thesis is a perennial knowledge river which gives prosperity in your elitist research journey. Our well-experienced research team of experts offer contiguous and touching guidance based on technical advancement for students and research scholars who are pursuing ME, MTech, MCA, MPhil, MS and PhD. Our fantabulous skillful professionals are reequipping their miraculous knowledge with the main aspiration of furnish their knowledge for predominance of students and research scholars. If you require guidance to prepare your thesis by own, you can call us. We are always ready to provide our awesome of step by step guidance for you by our artistic and highly advanced knowledge.

Cloud Computing Security Thesis

  Cloud Computing Security Thesis service is found with the vast aspiration of help master of students and research intellectuals with the well-standardized thesis. We are only concentrating our scholar’s satisfaction. We offer high quality of Cloud Computing Security Thesis based on various research applications and databases including office productivity suites, electronic email and shared calendars, specialized line-of-business applications, financial and accounting applications, online storage management etc. To achieve your dream, just go with flow. Scholars, you can contact us today since our 100+ writers are eager to work on your thesis.

To write Thesis on Cloud Computing Security, you must be aware of Cloud Data Security:

  • Data Management at rest
  • Encryption Key Management
  • Access Controls
  • Long Term Resiliency
  • Data Protection in Motion
  • Data Residency and Breach Notification
  • Interception through unauthorized users
  • Interruption leads lost, unusable or unavailable
  • Modification on Original information

Let’s see few basic cryptographic concepts and applications,

-Symmetric Key based Cryptography

  • Used in: Data Confidentiality –in Data Storage, Secure Transmission and Storage
  • Algorithms: 3DES, AES (128, 192, 256 Bits), RC4, 5, 6
  • Limitations: Cryptanalysis, and Key compromise
  • Alternatives: Secure Key Storage (use VM, HSM restricted file system) and rollover/rotate keys every n years

-Asymmetric Key based Cryptography

  • Used in: Secure Communications and Authentication, Data Origin Authentication, Symmetric Key Exchange
  • Algorithms: Digital Signatures and Certificates, DSA, ECDSA, SHA_x,/RSA
  • Limitations: Private Key Compromise, Signature Forgery, etc.
  • Alternatives: Strong Encryption, Strong Hashes, Secure Private Key Storage

-1-Way Digests and Hashes

  • Used in: Secure Credential Data Storage , Digital Signatures, File Integrity verify
  • Algorithms: SHA-1: 160 bits, SHA-256: 256 bits, SHA-512: 512 bits, MD5: 128 bits
  • Limitations: Hash Collision, Rainbow Attacks, Pre-computed Dictionary Attacks
  • Alternatives: Use SHA-256 upwards (Stronger Versions) and 2-Factor Authentication

-Applications: Certificate Signatures, PGP Signal, Email, etc.

Current Cloud Computing Security Thesis Topics:

  • Data-Intensive Computing Using an Improved Struggler Identification Scheme on Cloud Platforms
  • Network Anomaly Identification with Stochastically Improved Auto-encoder Based Models
  • SaaS Provider Using SQL Injection Intrusion Detection System as a Service
  • Graph Kernel Based Graph Data Unsupervised Anomaly Detection Algorithm
  • Application of Deterministic Dendritic Cell Algorithm to Detect Smart Grid Cyber Attack
  • MPC (Most Privileged Container) for Runtime Behavior Monitoring in Secure Cloud Container
  • Security Recommender and Privacy Preserving System Enrich with Social Tagging and KNN
  • Novel Floating Point Format Implementation in Cloud Computing for Enhancing Bandwidth and Precision
  • Improving Energy Efficiency Running on Cluster for Parallel Applications
  • Conceptual National Information Sharing Security System Development to Combat Cybercrimes
  • Enhanced Replica Placement Policy on Cloud Platforms for Hadoop Distributed File System
  • Internet of Things Eye an Efficient Framework on Organization Level for Dynamic Internet of Things Devices Auto Discovery
  • Li-Fi Based Cyber Security Analysis in Green Data Storage Environments
  • Unsupervised Labeling in Cloud and Enterprise Networks for Supervised Anomaly Detection
  • Search Dynamic verifiable Encrypted Keyword Using Homomorphic MAC and Bitmap Index