update bib

sietch.bib

@@ -1,11 +1,11 @@
-%   [CBCTIME]  Canvel, B., Hiltgen, A., Vaudenay, S., and M. Vuagnoux,
-%              "Password Interception in a SSL/TLS Channel", Advances in
-%              Cryptology -- CRYPTO , 2003.
-%
-%   [COMPLEAK]
-%              Kelsey, K., "Compression and information leakage of
-%              plaintext", Fast software encryption , 2002.
-%
+% Thank You, Satoshi
+@misc{Bitcoin,
+   author={Satoshi Nakamoto},
+   title={Bitcoin: A Peer-to-Peer Electronic Cash System},
+   date={2020-05-08},
+   url={https://bitcoin.org/bitcoin.pdf},
+   urldate={2020-05-08}
+}
 
 @misc{Zcash,
    author={Daira Hopwood},
@@ -14,6 +14,55 @@
    urldate={2020-05-08}
 }
 
+@misc{CBCTIME,
+    author={Canvel, B., Hiltgen, A., Vaudenay, S., and M. Vuagnoux},
+    title={Password Interception in a SSL/TLS Channel},
+    url={https://www.iacr.org/cryptodb/archive/2003/CRYPTO/1069/1069.pdf},
+    howpublished={Advances in Cryptology -- CRYPTO 2003}
+}
+
+% http://www.breachattack.com/
+@misc{BREACH,
+    author={Wikipedia},
+    url={https://en.wikipedia.org/wiki/BREACH},
+    urldate={2020-05-08}
+}
+
+@misc{CRIME,
+    author={Wikipedia},
+    url={https://en.wikipedia.org/wiki/CRIME},
+    urldate={2020-05-08}
+
+}
+
+@misc{HEIST,
+    author={Mathy Vanhoef and Tom Van Goethem},
+    url={https://tom.vg/papers/heist_blackhat2016.pdf},
+    urldate={2020-05-08}
+}
+% https://tom.vg/papers/heist_blackhat2016.pdf
+
+%@misc{COMPLEAK,
+%    author={Kelsey, K.},
+%    title={Compression and information leakage of plaintext},
+%    howpublished={Fast software encryption, 2002}
+%}
+
+%@inproceedings{fse-2002-3091,
+@misc{COMPLEAK,
+  title={Compression and Information Leakage of Plaintext},
+  booktitle={Fast Software Encryption, 9th International Workshop, FSE 2002, Leuven, Belgium, February 4-6, 2002, Revised Papers},
+  series={Lecture Notes in Computer Science},
+  publisher={Springer},
+  volume={2365},
+  pages={263-276},
+  url={https://iacr.org/archive/fse2002/23650264/23650264.pdf},
+  doi={10.1007/3-540-45661-9_21},
+  author={John Kelsey},
+  year=2002
+}
+
+
 @misc{SietchRPC,
     author={The Hush Developers},
     title={hushd src/wallet/rpcwallet.cpp},

sietch.tex

@@ -547,7 +547,7 @@ the core concepts here can be applied.
 \nsubsection{Types Of Shielded Transactions}
 
 There are many types of shielded transactions, mirroring the complexity of transparent transactions
-in Bitcoin Protocol. Here we introduce a convention for describing transactions and list commononly seen transactions:
+in \cite{Bitcoin} Protocol. Here we introduce a convention for describing transactions and list commononly seen transactions:
 
 \begin{itemize}
 
@@ -781,10 +781,18 @@ that particular reason is conveniently given when consensus-level errors are emi
 The ITM Attack is a special case of what we name \textbf{Metaverse Metadata Attacks}, applied
 to Zcash Protocol shielded transaction graphs.
 
-The term \textbf{Metaverse} is appropriate because alternate possible blockchain histories can be simulated to see what consensus rules would have produced. By meticulously changing
-one piece of data at a time, the analyst can use the consensus rules at that moment in blockchain history as an \textbf{oracle}. In this sense, \textbf{Metaverse} attacks can be classified as \textbf{consensus oracle attacks}, similar to \textbf{compression oracle} attacks and \textbf{padding oracle} attacks such as BREACH and CRIME against TLS.
+The term \textbf{Metaverse} is appropriate because alternate possible blockchain histories can be simulated to see what consensus rules would have produced.
+By meticulously changing one piece of data at a time, the analyst can use the consensus rules at that moment in blockchain history as an \textbf{oracle}.
+In this sense, \textbf{Metaverse} attacks can be classified as \textbf{consensus oracle attacks}, similar to \textbf{compression oracle} attacks and \textbf{padding oracle}
+attacks such as \cite{BREACH}, \cite{CRIME} and \cite{HEIST} against SSL/TLS.
 
-As far as the authors know this is a new technique that has not been publicly described. Blockchain consensus rules can be simulated in a vacuum and the scientific method of changing one variable at a time can be used to extract metadata from privacy coin public data.
+While the above attacks are \textbf{side-channel attacks} using the timing response of requests,
+Metaverse Metadata Attacks are side-channels that study public chain data and consensus-level
+errors in simulations.
+
+As far as the authors know this is a new technique that has not been publicly described.
+Blockchain consensus rules can be simulated in a vacuum and the scientific method of changing one variable at a time can be used to extract metadata from privacy coin public data.
+There is untold amounts of metadata which can be "mined" from public blockchain data married to OSINT datasources.
 
 \nsection{Sietch: Theory}