Stenography is when someone is ored
Steganography is good with JAVA because JAVA is a highly secured language. If we use steganography with JAVA, it will enforce multiple levels of security of data. form: RISHU
Hiding messages in digital data. See http://en.wikipedia.org/wiki/Steganography which will help.
The only real advantages of using Java for steganography is that it has built in support for reading and storing various image types (probably the most common medium used for steganography). Other than that, it's no more suitable than any other language than can read from and write to files.
Audio steganography means that the hide the information in that audio formate on the audio formate by using the LSB ,Echo,phase and spread spectrum coading. in these steganography method is most usefual and good method to hide the data in audio formate but one major disadvantage is if in audio steganography metod in processing data in that some intrupts are ocurred then input is not equal to output.
Steganography offers several benefits, including enhanced security for sensitive information by concealing data within other non-suspicious files, making it less likely to be detected by unauthorized parties. It helps maintain privacy and confidentiality, especially in communication, by obscuring the existence of the message itself. Additionally, it can be used for digital watermarking, allowing for the protection of intellectual property and verification of content authenticity. Overall, steganography provides a layer of security that complements encryption techniques.
Steganography is hiding a message within something else, in such a way so that someone who doesn't know it is there will have trouble finding it. It is not considered to be as good as encryption, since it is not really hard to discover by people looking for it.
I think no same meaning , only spellings are different.
I think you mean "Steganography".
Data hiding falls into the major category of information warfare known as "steganography." This technique involves concealing information within other non-suspicious data, such as images or audio files, to evade detection during transmission. By masking the true content, steganography can be used for covert communication, making it a useful tool in both cyber terror and espionage.
Some uses are: Signals Analysis, DSP, cryptography, steganography, and image editing.
An example of social steganography is encoding hidden messages within publicly shared images, such as using specific colors or patterns to convey information only understood by a select group of people. This practice allows individuals to communicate discreetly within a public forum without drawing attention to sensitive content.
Text encryption with audio typically employs algorithms that combine audio steganography and cryptography. Steganography techniques hide text within audio files, while cryptographic algorithms, such as AES (Advanced Encryption Standard), encrypt the text before embedding it. This dual approach ensures that the information remains secure and concealed within the audio medium, making it difficult to detect and access without the appropriate decryption key.