ICT Thesis Proposal

To help you in the process of organizing the research proposal based on ICT (Information and Communication Technology), we serve this instance which reflects the effective topic and description of each segment:


Enhancing Data Security in Cloud Computing Environments through Advanced Encryption Techniques


  • Background: In current digital architecture, give a short note on cloud computing and its relevance. Among the cloud-based services, specify the vital problem of data security.
  • Problem Statement: Along with cloud storage and processing, describe the certain security threats. To secure the sensible details, it is required to highlight the necessity for advanced encryption techniques.
  • Objective: To improve the data security in cloud computing contexts, formulate and assess the modernized encryption methods and it is considered as the key objective of this research area.

Literature Review

  • As this study mainly concentrates on the constraints of advanced encryption techniques, you must provide an overview of modern literature on cloud computing security. Encompassing the enhanced cryptographic techniques like homomorphic encryption, symmetric and asymmetric, the numerous encryption algorithms should be addressed.
  • In the modern literature, detect the gaps which require further details or secure encryption findings for analyzing where your study intends to dedicate novel insights.


  • Research Design: By means of generating innovative encryption methods, summarize the process of your approach. Consider whether you aim to recommend a novel technique, improving the prior ones or integration of both?
  • Data Collection and Analysis: The data which you require for processes like security standards, measures and function need to be explained and describe the process on how you accumulate, whether it may be cloud computing platforms or simulation. For estimating the capacity of your encryption algorithms like security phases, needed computational resources and speed, illustrate the involved steps.
  • Tools and Technologies: Regarding the process of executing and examining your encryption techniques, crucially mention the utilized software, cryptographic libraries and programming languages like Python and Java.

Expected Results

  • Based on cloud computing services, forecast the anticipated implications of your study which includes estimating the expenses of modest performance, improving the consumer reliability and fundamental advancement of security for cloud-stored data.
  • Regarding digital security, examine the work on how it might impact cloud computing methods, future analysis or policy-making.


  • In resolving an emerging problem in ICT, significantly highlight the relevance of your study. Considering the domain of secure cloud computing frameworks, your project should provide beneficial information for the development process. From IT experts to consumers, your work should be valuable for a broad scope of investors.


  • For your research stages, serve an appropriate time bound which involves literature review, algorithm advancement, examination and analysis, and the process of writing your thesis.


  • To insert reference for research, you can insert an initial list of books, educational magazines and other sources.

How do you write a research proposal for ICT?

In the academic journey, writing a research proposal is a significant process that commonly includes the summary of our research objectives, importance, utilized techniques and furthermore. To write a valuable or productive research proposal on ICT (Information and Communication Technology), analyze the following gradual procedures:

  1. Title

The key essence of our study required to be indicated properly by our brief and illustrative title in the beginning. Without being very extensive, the title needs to provide an explicit concept of what our research is about.

  1. Introduction
  • Background: Specifying the significance in the environment of ICT, we must serve a short summary of the subject area. For our research question or problem, this segment builds a strong base.
  • Research Problem: In our research, state the problem explicitly that our study aims to address or the question which you want to solve. It is advisable to describe the problem, why it is important and deserving for exploration.
  • Objectives: The main purpose or aspirations which our study intends to attain should be mentioned. Precisely, problem statement must be discussed by our objectives.
  1. Literature Review
  • According to our topic, outline the main result from current literature. It assists us in detecting the gaps or unsolved queries which our research intends to contribute and it reflects our interpretation of the advanced literature.
  1. Research Methodology
  • Design: Research structure or methods needs to be summarized in this segment. It might be case analysis, practicals and
  • Data Collection: The techniques that we employed for the data collection process must be explained, such as online surveys, evaluations and conferences.
  • Data Analysis: Examine the gathered data, in what way we evaluate it for solving our research queries or attaining the key goals. Certain software or techniques which we deployed must be discussed here.
  • Ethical Considerations: Specifically if our research includes human or sensible subjects, mention the moral problems according to our study and describe the plan on how it might solve them.
  1. Anticipated Result
  • From our study and their impacts, address the probable result which we predicted before. It might encompass in formulating innovative ICT findings, dedicating the theoretical conception to the domain and offering perceptions for solving an ICT issue.
  1. Importance of the Research
  • Depending on the domain of ICT, the relevance and expected effect of our study should be described. Developments in theoretical conception, novelties in technology or real-world implementations might be included.
  1. Timeline
  • By summarizing the main stages and landmarks, we must offer an accurate deadline for our study. Within a logical timeline, this assists us in indicating that, whether we have an obvious plan for finishing the research.
  1. Budget (if required)
  • Incorporate a complete budget to overview the anticipated costs, if our study demands finance. It may involve expenses for travel, device, software or contestant payments.
  1. References
  • The sources which we mentioned in our proposal required to be cited here like books, sources and educational magazines. According to our institution standards, adhere to the constant reference format.

Hints for Writing an ICT Research Proposal:

  • Clarity and Precision: To explain your research schedule and its significance, make use of explicit and proper language.
  • Relevance: In accordance with the domain of ICT, verify the research topic whether it is appropriate and solve the gap by contributing to the real-world issue or modern literature.
  • Feasibility: Based on time, range and sources, justify the research if it is practically workable.
  • Engagement: Among the extensive educational environment, organize your study by intensely connected with modern research and trending concepts.

ICT Thesis Topics

ICT Proposal Writing Services

phdprojects.com assists high quality customized ICT Proposal writing services. Our team of highly qualified professionals, including PhD holders, writers, and researchers, is dedicated to providing exceptional research proposals that not only meet but surpass your expectations. Our researchers, who have extensive experience in academic publishing, will expertly assist you throughout the entire process. Some of our ICT proposal ideas are shared below.

  1. Employment Factor Correlation Analysis Using Self-Organizing Data Mining Based on GMDH Principle
  2. Using ADMIRE data mining and integration tools in hydrological forecast use case
  3. Applications of data mining technique for power system transient stability prediction
  4. Using data mining in optimisation of building energy consumption and thermal comfort management
  5. Development of a manufacturing industry success rate analyzer using data mining technique
  6. Data mining based network intrusion detection system: A database centric approach
  7. Intelligent Gear Decision Method for Automatic Vehicles Based on Data Mining Under Uphill Conditions
  8. Service-Oriented Distributed Data Mining
  9. Case-based reasoning framework based on data mining technique
  10. Data mining challenges and knowledge discovery in real life applications
  11. A Neural Network Clustering Based Algorithm for Privacy Preserving Data Mining
  12. Building Data Mining Applications with SQL Server 2005
  13. Research on the Acquirement of Enterprise Risk Competitive Intelligence Based on Data Mining
  14. Realization of intrusion detection system based on the improved data mining technology
  15. Executive Information Systems Based on Data Mining Techniques Modeled through Quadratic Programming
  16. Business constraints, internet use, and partnership among micro and small enterprises in manufacturing: a data mining to official statistics
  17. A Large Scale Data Mining Approach to Antibiotic Resistance Surveillance
  18. Using Data Mining Techniques to Discover Customer Behavioural Patterns for Direct Marketing
  19. Evaluating a rule evaluation support method with learning models based on objective rule evaluation indices – a case study with a meningitis data mining result
  20. U&I Aware: A Framework Using Data Mining and Collision Detection to Increase Awareness for Intersection Users
  21. Defending Against Collaborative Attacks by Malicious Nodes in MANETs: A Cooperative Bait Detection Approach
  22. End-to-End Delay Modeling in Buffer-Limited MANETs: A General Theoretical Framework
  23. Performance Evaluation of Security Algorithms for the AODV MANET Routing Protocol
  24. PSO based route lifetime prediction algorithm for maximizing network lifetime in MANET
  25. An SDN-Based Approach to Support Dynamic Operations of Multi-Domain Heterogeneous MANETs
  26. A Reputation-Based Clustering Mechanism for MANET Routing Security
  27. Testbed for Node Communication in MANETs to Uniformly Cover Unknown Geographical Terrain Using Genetic Algorithms
  28. RRP: Reinforced Routing Policy Architecture for MANET Routing
  29. A Model for Specification and Validation of a Trust Management Based Security Scheme in a MANET Environment
  30. Implementation on smartphone of a geographical based routing protocol in a MANET perspective
  31. eSQMAA: Security, QoS and Mobility Aware ACO Based Opportunistic Routing Protocol for MANET
  32. Efficient Node Admission and Certificateless Secure Communication in Short-Lived MANETs
  33. A study of MANET routing protocols: Joint node density, packet length and mobility
  34. A Distributed System for Consuming Web Services and Caching Their Responses in MANETs
  35. Probe packet based congestion free service discovery architecture for MANET
  36. Challenges and Recent Advances in QoS Provisioning, Signaling, Routing and MAC protocols for MANETs
  37. A study on secure intrusion detection system in wireless MANETs to increase the performance of Eaack
  38. Implementation of a peer-to-peer-type SIP client application on a MANET emulator
  39. Performance analysis of AODV nthBR protocol for multimedia transmission under different traffic conditions for sparse and densely populated MANETs
  40. Preventing DOS & MITM Attacks in “anonymous location based efficient routing protocol” in MANET
  41. A Simplified Scheme of Internet Gateway Discovery and Selection for MANET
  42. Evaluation of the LDR protocol in a hybrid sensor networks/MANET architecture
  43. Simultaneous and dynamic location updatiion and call data synchronization in virtual global MANET
  44. New Approach for Address Auto-Configuration in MANET Based on Virtual Address Space Mapping (VASM)
  45. Distributed Wireless Links Repair for Maximizing Reliability and Utilization in Multicast MANET
  46. An Efficient Method for Identifying IDS Agent Nodes by Discovering Compromised Nodes in MANET
  47. Robust Mesh-based Multicast Protocol with a second-route discovery scheme in MANET
  48. MANET link performance using Ant Colony Optimization and Particle Swarm Optimization algorithms
  49. Development of a Real-Time System for Visualizing Network Topology and Packet Flow in MANET Field Experiments
  50. Preliminary Performance Benchmarking of OLSRd2 Using Emulated TDMA MANETs and an ODR