Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Both sides previous revision Previous revision
Next revision		 Previous revision
Last revisionBoth sides next revision
public:papers:usenix2016 [2016-08-12 19:48] – [Q&A section] petrspublic:papers:usenix2016 [2022-10-12 08:55] – xsvenda
Line 1: Line 1:
-====== The Million-Key Question – Investigating the Origins of RSA Public Keys [Usenix Sec 2016] ======+====== The Million-Key Question – Investigating the Origins of RSA Public Keys [Usenix Sec 2016, Best Paper Award] ======
 ~~NOTOC~~ ~~NOTOC~~
 **Authors: Petr Svenda, Matus Nemec, Peter Sekan, Rudolf Kvasnovsky, David Formanek, David Komarek and Vashek Matyas** **Authors: Petr Svenda, Matus Nemec, Peter Sekan, Rudolf Kvasnovsky, David Formanek, David Komarek and Vashek Matyas**
 +
 +**[[https://rsa.sekan.eu/|---> Try online classification tool!]]**
 +
  
 **Primary contact:** Petr Svenda <svenda@fi.muni.cz>  **Primary contact:** Petr Svenda <svenda@fi.muni.cz> 
Line 13: Line 16:
   * Download extended version of paper: {{:public:papers:UsenixSec16_1MRSAKeys_TRFIMU_201603.pdf|FIMU-RS-2016-03}} (technical report, FI MUNI)    * Download extended version of paper: {{:public:papers:UsenixSec16_1MRSAKeys_TRFIMU_201603.pdf|FIMU-RS-2016-03}} (technical report, FI MUNI) 
   * Download presentation: {{:public:papers:1mrsa_usenix2016_20160812_final.pdf|pdf}}   * Download presentation: {{:public:papers:1mrsa_usenix2016_20160812_final.pdf|pdf}}
 +  * See 1 minute [[https://www.youtube.com/watch?v=Qa2M5JWStRw | lighting talk]]
 +  * See [[https://www.youtube.com/watch?v=Y4U1E4ievRk | full conference talk]]
 +  * {{fa>database}}\_//// [[https://owncloud.cesnet.cz/index.php/s/Ihhw3BKKzKTaxB9|Dataset of all collected RSA keys (39GB)]]
   * Download [[:public:papers:usenix2016#datasets_and_tools |datasets, tools and used scripts]]   * Download [[:public:papers:usenix2016#datasets_and_tools |datasets, tools and used scripts]]
   * Try online key classification tool: http://crcs.cz/rsapp/   * Try online key classification tool: http://crcs.cz/rsapp/
  
-**Bibtex (regular paper):**+ 
 +**Bibtex (regular paper)**
    @inproceedings{1mrsa_usenix2016,    @inproceedings{1mrsa_usenix2016,
      author = {Petr Svenda \and Matus Nemec \and Peter Sekan \and Rudolf Kvasnovsky \and David Formanek \and David Komarek \and Vashek Matyas},      author = {Petr Svenda \and Matus Nemec \and Peter Sekan \and Rudolf Kvasnovsky \and David Formanek \and David Komarek \and Vashek Matyas},
Line 27: Line 34:
    }    }
      
-**Bibtex (technical report):**+**Bibtex (technical report)**
    @inproceedings{1mrsa_usenix2016_TR,    @inproceedings{1mrsa_usenix2016_TR,
      author = {Petr Svenda \and Matus Nemec \and Peter Sekan \and Rudolf Kvasnovsky \and David Formanek \and David Komarek \and Vashek Matyas},      author = {Petr Svenda \and Matus Nemec \and Peter Sekan \and Rudolf Kvasnovsky \and David Formanek \and David Komarek \and Vashek Matyas},
Line 88: Line 95:
       * //Mask value// (first column) is computed as: 2nd-7th most significant bit of modulus | 2nd least significant bit of modulus | modulus mod 3 | modulus_length_in_bits mod 2       * //Mask value// (first column) is computed as: 2nd-7th most significant bit of modulus | 2nd least significant bit of modulus | modulus mod 3 | modulus_length_in_bits mod 2
       * Probability for given group is given in percentage. If a group never produces modulus with particular mask value, sign '-' is listed instead.       * Probability for given group is given in percentage. If a group never produces modulus with particular mask value, sign '-' is listed instead.
-  * Dataset: [[https://drive.google.com/folderview?id=0B0PpUrsKytcyUUV5d3kwX0VRNFk&usp=sharing | RSA keys from software libraries]] +  * {{fa>database}}\_//// [[https://owncloud.cesnet.cz/index.php/s/Ihhw3BKKzKTaxB9|Dataset of all collected RSA keys (39GB)]]
-    * Separate zip files for every library and length of RSA keys. Naming format: //library_version_keylength.zip//  +
-  * Dataset: [[https://drive.google.com/open?id=0B_DMu_2XOQ9XQWYyQmxXbDZuems | RSA keys from cryptographic smartcards]] +
-    * Separate zip files for every library and length of RSA keys. Format: //smartcard-numberOfKeys-keyLength.zip// +
-  * Dataset: [[https://drive.google.com/open?id=0B4LeBLNCWpOWN0MzM2tjcjhVNEk | Random data from cryptographic smartcards, up to 100MB]]  +
-    * Separate binary files for every smartcard obtained using RandomData.generate() on-card method. If more files for the same card were generated, appendix _0/1/2 is used. Format: //smartcard_type.bin// +
-  * Dataset: [[https://drive.google.com/open?id=0B4LeBLNCWpOWYzNVcTJpdE1acFU | Random data from cryptographic smartcards, up to 1GB]]  +
-    * Separate binary files for every smartcard obtained using RandomData.generate() on-card method. If more files for the same card were generated, appendix _0/1/2 is used. Format: //smartcard_type.bin// +
-  * Coming soon: Filtered TLS dataset, filtered PGP dataset, filtered Certificate Transparency set (for your convenience, you may obtain same results from original raw datasets) +
-  * Coming soon: Processing scripts (for filtering datasets)+