Stenography is just security by more obscurity.
Specifically, shuffling compression, bit-rate, encryption, and barely human-perceivable signal around mediums (x-M) to obscure the entrophic/random state of any medium as to not break the generally-available plausible-deniability from a human-perception.
Can't break Shannon's law, but hides who intent of who is behind the knocks on the all doors. Obscures which house Shannon lives in, and whom who knocks wishes to communicate.
Security-by-obscurity is when security hinges on keeping your algorithm itself (as opposed to some key) hidden from the adversary.
I don't see how it has any connnection with what you're alluding to here.
all security is just obscurity, eventually, where you are obscuring your private key's semi-prime's factors.
This is a lazy take that obscures the definition to uselessness. It’s perpetuated by people who make insecure systems that break when the algorithm is known.
There is a vast gulf between:
- security depends on secret algorithm
- security depends on keeping a personal asymmetric key secret
The latter is trivial to change, it doesn’t compromise the security of others using the scheme, and if it has perfect forward secrecy it doesn’t even compromise past messages.
Please don’t repeat that mantra. You’re doing a disservice to anyone who reads it and ultimately yourself.
Understanding the differences that you outlined is so basic that a good commenter wouldn't assume they don't know the difference, they are making a deeper point.
yes my latin half-Freudian trans-alliterations can be tempting to pick out, i had another tab with stylometry obfuscation described, incident, and mitigated.
also giigles spellcheck sucks ass, and im tired of being gaslit of my word choice/spelling by giigles, who should know every word by now, in all languages
>don't possess deeper level knowledge
umm besides error-correcting codes reducing the bitrate, compression, and random byte padding to fend off correlation/timing attacks, there is no where to hide data, outside of the shannon limit for information thru a medium.but its easy to hide data you cannot perceive; and everyone being conscious of this feat/fingerprinting, even if barely, does more towards efficacy to deter leaking via second-order "chilling effect" than the aftermath; I.P theft is hard to un-approximate
also stenography, ironically still being the only "real" signature, is still security thru obscurity with more steps; your literal stenographic signature is unique, but not preventable from duplicity, so it is un-obscurable.
also i know rsa != ECC plz dont
What you’re doing is the equivalent of saying there is no difference between a parachute and an airplane.
Good luck bro, continuing to obscure the entropic state of the x-M medium and remain plausibly deniable. Shannon in the (his?) house, mothafucka! Stenography FTW!
>second order chilling effects
in the context of preventing leaks: if/when this nears ubiquity, the first ID'ing of leaks will obviously lead to the second effect of deterring further leaks. >their ability to outsmart Google
it knows all the words: that is why i should not had had to had reminded it incessantly. >continuing to obscure the entropic state of the x-M medium and remain plausibly deniable
lemme draw this out cuz you seem intimidated with simple abstractions.imagine a three page power-point composed of Header, Text, companyLogo, no other data, aside from inclination from the plane.
under the plausibility presumption the header and text and company logo cannot be within ~15 interval degrees from the plane, you only have a state-space of so many combinations, which puts a hard limit (Shannon's) on the medium's maximum signal/noise ratio.
assuming people cannot collude to delineate between copies, they arent going to be able to perceive subtle shifts in the inclination/position/font/inclusion/exclusion of elements.
however more generally, this key-space needed for the LEAKER_ID wont be much larger (in magnitude) than the user pool of potential leakers, with a simple CRC for resiliency.
In June 1996, Ross Anderson organized the first workshop dedicated specifically to information hiding at Cambridge University. This event marked the beginning of a long series known as the Information Hiding Workshops, during which foundational terminology for the field was established. Information hiding, i.e., concealing a message within a host content, branches into two main applications: digital watermarking and steganography. In the case of watermarking, hiding means robustly embedding the message, permanently linking it to the content. In the case of steganography, hiding means concealing without leaving any statistically detectable traces.
References: 1. R. J. Anderson, editor. Proc. 1st Intl. Workshop on Inf. Hiding, volume 1174 of LNCS, 1996. 2. B. Pfitzmann: Information hiding terminology - Results of an informal plenary meeting and additional proposals. In Anderson [1], pages 347–350.