Steganography Thesis [Trending Areas]

Steganography is the security technology used to hide the sensitive information in the sample covers during data transmission through a communication channel.  The sample embedding here meant is an image, text/data, video & audio, and so on. “Are you surfing for an article regarding steganography thesis? Then this article is exclusively framed for those steganography enthusiasts”

Steganography is one of the major technologies in which data privacy and security are guaranteed. Compared to cryptography technology, it has more security features. Cyber attackers cannot understand the messages embedded in them. They are using several methods to hide the data. We can see about them in the upcoming sections.

            At the end of this article, you will be abundantly educated in the fields of steganography thesis and other concepts. Now let us begin this article, with the uses of steganography for your better understanding. Are you ready to jump into the article? Come let’s try to understand them.

Uses of Steganography

• Confidential data storage
• Secured data communication
• Reliability & sensitivity concealment

The above listed are the 3 reasons behind the usage of Steganography.  Apart from this they predominantly ensure the privacy of the data transmitted. The term stego is used to refer to the files in which secrecy is embedded. In this article we may use this term hence we have clarified it here for the ease of your understanding. In the following passage, we have mentioned to you how does the steganography algorithm work.

How does Steganography Algorithm Works?

• Stores secrete data in the (communication medium) carrier
• Forms the stego medium by embedding the hidden data into carriers
• Application of  stego algorithm & decryption keys for extraction

This is how the steganography algorithms work in general. Our researchers are well versed in algorithm application and they are highly capable of handling steganography projects and researches. In this regard, you need to know about the various types of steganography comprised in it. Yes, we are going to light up the next section with the types of steganography for your better understanding. Shall we get into that? Come on!

Types of Steganography

• Network-based Steganography
• Video-based Steganography   
• Text-based Steganography
• Audio-based Steganography
• Image-based Steganography
• Frequency Domain
• Spatial Domain
• Code & Collage
• RGB
• Mapping
• PVD & LSB

Here PVD stands for Pixel-Value Differencing and LSB stands for Least Significant Bits. The aforesaid are the various types of steganography with their sub-sections. These types are used according to the inputs taken. We can make use of these types while applying steganography techniques while transmitting data.  This technology is processing the embedded data in several steps. Our technical crew has listed the steps that are involved in the video steganography for ease of your understanding. Let’s get into the sections.

Steps in Video Steganography

• Step 1: Secret Embedded Data Frames (Sender)
  • Actual Video Frame
  • Frames/Feature Extraction
  • Use Embedding Technique
  • Frames Rebuilding
  • Stego Video/Object
• Step 2: Extracting Embedded Data Frames (Receiver)
  • Stego Video/Object
  • Frames/Feature Extraction
  • Use Extraction Technique
  • Frames Rebuilding
  • Actual Video Frame

The above listed are the 2 main steps that are taken for both receiver and sender endpoints. In short, secrete data is inserted into the video frames and then a technique will be applied to conceal the data. Further frames are rebuilt and converted into stego objects (video). There are so many techniques and methodologies are used to make invisible the data in the transmission medium.

As you know that, microdots & invisible ink are the best examples for hiding data in real-time.  In microdots, every 2nd letter of the text body indicates some message by means assembling. Apart from this, there are so many ways to hide the data in the supercomputers such as mentioned in the immediate section for the ease of your understanding.

• Void ciphers
• Channel conversions
• Hiding information/text on web pages

Null ciphers are just like microdots they make use of every word’s first letter to extract the meaning. Internet Control Message Protocol (ICMP) is the protocol used as the communication channel among cyber attackers, DDoS, and Loki. On the other hand, current and newfangled trends get to bond with steganography technology.

Carries are used as the transmission or communication medium in which various types of data (image, audio, video & text) are getting involved.  As this technical world is subject to various innovative advancements, steganography is also enhanced with the current trends. In this regard, let us move on to the next section which is intended to convey the current trends in steganography. Shall we have the section? Come on, guys!

Current Trends in Steganography Thesis

• Software & Circuitry
  • In this trend data can be concealed in the software applications
  • In addition, electrical circuits are well in data concealing
• Network Steganography
  • Secured communication channels by encrypted protocols
  • For instance, UDP, TCP & IP are some of the protocols used in network security
  • Skype application is hiding data by steganography techniques
  • Inter-protocol & intra-protocol are the 2 kinds of this steganography
• Genome-DNA
  • DNA stands for Deoxyribo-Nucleic Acid
  • It is otherwise known as Genome technology
  • Microdot & synthesis are the primers of the DNA
  • Synthesis is the initial primer where data is handled and stored in the microdots
• Multimedia Steganography
  • In embeds the confidential data in the multimedia files
  • For instance MP3 (audio), MP4 (video), image & text/data
  • These files have ease of accessibility and hide the data without alterations
  • Transform & spatial domains are used techniques here
• Disk Space
  • Here data is hidden in the hard disks/disk spaces
  • Disks logical channels are also keeping the secret data
  • Redundant fields are not visible to the cyber attackers
  • Sector size & disk space are aligned in non-bootable hard disks

The above listed are some of the existing current trends in steganography technology. We hope that this section will help you a lot.  Our experts are very familiar with these areas by observing and experimenting with every edge of steganography. On the other hand, our techniques are always based on the current technical updates.

  In the following passage, we are stated about the interesting steganography techniques used for data transmission. Are you interested in stepping into the next phase? Yes, we know that you are already in tune with the flow of the article. Come let’s try to understand the interesting techniques.

Interesting Steganography Techniques

• Frequency Domain Techniques
  • Perceptual Masking
  • Discrete Wavelet Transform
  • Fourier Transform
  • Discrete Cosine Transform
• Steganography Techniques
  • Mapping & Coding
  • Prediction Error Expansion
  • And Histogram Shifting
  • Difference Expansion
  • Pixel-Value Differencing
  • Least Significant Bits
• Steg Analysis Techniques
  • Universal Techniques
  • Transform Domain Method
  • Spread Spectrum Techniques
  • Statistical Analysis
  • Signature Specific Methodologies
  • Visual Steg Analysis

The above listed are some of the interesting security techniques used in steganography. It transmits the data in various sorts. In other words, audio, images, text/data & video are some of the forms of transmission files. Major technologies of communication are widely using steganography techniques to achieve great security levels. A good steganography system should have some effective features. We are going to list out those features for ease of your understanding.

• Signal to voice ratio
• Security layers
• Hidden/invisible features
• Resilient features
• Interfere resistance
• High capacity

The foregoing passage has revealed to you the various interesting steganography techniques and the features to be presented for a good steganography system. So far, we have come up with the basic and advanced concepts of steganography in a hierarchical manner. We hope that you are getting the points as of now listed. If you are still having any doubts about the above-listed areas you could approach our technical team at any time.

In the following passage, our technical team wanted to list out the various algorithms very commonly used for the steganography techniques to make you understand. They are playing a major role to improve the performance of steganography technology. Are you interested to know about the algorithms used in it? Come let us grab them.

Algorithms for Steganography

• Deep Q-Learning Networks
• Recurrent Neural Networks
• Residual Networks
• Convolutional Neural Networks
• Wasserstein GAN & Cycle GAN
• Generative Adversarial Networks

The above listed are some of the algorithms used in steganography technologies. We are only concerned with top world-class engineers and subject matter experts with dynamic skill sets. In every steganography thesis, we do give our innovations to make unique compared to others.

We never imitate others or existing ones to build our newfangled thesis. As this article is focused on the steganography thesis, now we are going to envelop the next section on how to write a high-quality thesis for the ease of your understanding. Shall we move on to the next section? Come on guys let us also learn them.

How to Write a High-Quality Thesis?

            There are three factors that are important to improve the quality of thesis writing which are highlighted in the following,

• Quality of the research is determined as per the originality of the research and involves several aspects. 
• Originality is determined according to the novel data in researches.
• While developing a new idea/research consider the existing researches to make innovation and to abolish the constraints arouse in it.

Find the differences between the existing and your researches. It should be a novel idea. In your determined research, inject the primary and second inputs and finally measure the performance. In the immediate passage, we have listed the steps involved in preparing the high-quality thesis for your better understanding.

• Formulating
  • Research question formulation
  • Review protocol development
• Planning
  • Similar literature recognition
  • Selecting the appropriate literature
  • Quality evaluations
  • Extraction of data
  • Synthesis outcomes
• Reviewing
  • Literature review based research report

These are steps involved in framing the high-quality thesis. If you need any guidance in these areas you can feel free to approach our experts. We are delighted to serve you in the fields of technology. In addition to this section, we would also like to highlight the thesis features that are to be presented in a good structure. Come on lets we move on to the next section.

Thesis Writing Guidelines

• Abstract
  • Brief description of the research concepts
• Introduction
  • Statements of thesis
  • Reviews of Literature
  • Subject Transitions
• Supporting Chapters
  • Essential section of studies
• Discussion
  • Connecting with introduction
  • Innovative repercussions
• Suggestions & Conclusions
  • Final conclusions
  • Summarization of sections

This is how a structure of a good thesis looks like whereas we can add typical innovations approaches in it to make them unique. We do like this and offer more than 200 successful steganography thesis with matchless techniques. If you are getting any doubts in the above-listed areas you could reach our experts to get incredible benefits at any time. We are also supposing you to explore more steganography technologies.

“Let’s begin to work on your research dreams and shine with us”

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