December 2003 - cypherpunks-legacy

Re: Stalling the crypto legislation for 2-3 more years
by tcmay＠netcom.com 17 Dec '03

17 Dec '03

Brad Huntting wrote: > The right to free speech is protected by the US constitution. We > need only show that encryption software == speech. > > This shouldn't be to difficult (a bit painful perhaps, but not > difficult). > > The act should involve a published work (preferably in the printed > sense). It should be clear of any gross patent infringements as > they might cloud the issue. > > Since the hardware will be confiscated it should probably be a > cheap PC. Also, it should probably be in a house with no other > computer equipment. That way when it's confiscated, they wont take > anything besides the ftp server. I _like_ this idea! Explicitly calling the site a "Free Speech" or "First Amendment" site, and publishing all sorts of things could help. I think we ought to think this out some more. Publishing encrypted stuff, etc. Of course, lots of sites already publish encrypted stuff, have PGP-encrypted files on them, etc., and the Feds have not moved to shut them down, so it may be real hard generating a test case. But I do like the explicit emphasis of the connection between encyption and free speech; this is the line I use with people. To wit, "Nobody can tell me what language I have to write or speak in." --Tim May -- .......................................................................... Timothy C. May | Crypto Anarchy: encryption, digital money, tcmay(a)netcom.com | anonymous networks, digital pseudonyms, zero 408-688-5409 | knowledge, reputations, information markets, W.A.S.T.E.: Aptos, CA | black markets, collapse of governments. Higher Power: 2^859433 | Public Key: PGP and MailSafe available. "National borders are just speed bumps on the information superhighway."

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Re: Voice/Fax Checks
by Hal 17 Dec '03

17 Dec '03

solman(a)MIT.EDU writes: >On a more important note, I believe that in one of the papers on my to-read >list for this weeked, Chaum demonstrates that e-cash can not be transferable >unless it grows bigger. Otherwise you have to give it back to the bank and >get a new one each time it is used. Given this, I think that it is highly >desireable for us to accept the increasing size of the e-cash and maintain >its transferability. I had the impression from that paper that with transferred ecash, a person earlier on the trail could always recognize the cash even at a later point. This followed, Chaum claimed, from the need to detect double-spending. I'd be interested to hear whether you get this from that paper as well. In the real world, I'd guess that most cash is not transferred very much before it goes back to the bank. I get money from the ATM and spend it at the grocery store, which takes it to the bank every day. The smaller bills may circulate a few times because they go back out as change, but even there I'd guess there are not many transfers. So there are two possible lessons from this: one is that perhaps transferrable cash is not very necessary; or the other is that it's not a significant problem if cash grows somewhat each time it is transferred because it probably won't get very big. Hal

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Traceless Communications
by kevin＠beach.com 17 Dec '03

17 Dec '03

For anyone interested in private communications: We have a way to make untraceable phone, fax and modem calls! We've negotiated with a reseller to pre-pay a (huge)chunk of minutes at a set price. No information is taken. My company simply gives them the money and they give us an 800 number and a ton of random access codes to get into their network...from anywhere in the world(it can also be used as a travel card). We then make the number and codes available with no record of ownership. As well, by the time we distribute the access codes, they have been sequestered through 3 levels of distribution. Payment is made up front in cash or by money order and no record is kept of who gets which access code. No records, no invoicing, no auditing by Uncle Sam. Just complete communications privacy. Trial access codes are available in a block of 100 minutes for $75. Large volume discounts apply thereafter. FYI, another company is providing this same service at 90 minutes for $99. Call or email: Kevin T. Smith, President TeleSource (408) 247-4782 voice (408) 247-1070 fax ksmith(a)beach.com *****************NeXTMail Preferred********************

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Re: "Key Escrow" --- the very idea
by smb＠research.att.com 17 Dec '03

17 Dec '03

> they can detect abuses and possibly notify those tapped that > they've been compromised. They can't do that without either an Wait a second, they would notify those that have been victimized? Are you serious? Do you have one case in the history of the united states where they have done this? In point of fact, U.S. law has required after-the-fact notification of wiretaps since 1968. There's a statutory period within which notification must take place, unless extended by a judge on the grounds. This is 18 USC 2518(8)(d): (d) Within a reasonable time but not later than ninety days after the filing of an application for an order of approval under section 2518(7)(b) which is denied or the termination of the period of an order or extensions thereof, the issuing or denying judge shall cause to be served, on the persons named in the order or the application, and such other parties to inter- cepted communications as the judge may determine in his discre- tion that is in the interest of justice, and inventory which shall include notice of- (1) the fact of the entry of the order or the applica- tion; (2) the date of the entry and the period of autho- rized, approved or disapproved interception, or the denial of the application, and (3) the fact that during the period wire, oral, or electronic communications were or were not intercepted. The judge, upon the filing of a motion, may in his discretion make available to such person or his counsel for inspection such portions of the intercepted communications, applications and orders as the judge determines to be in the interest of justice. On an ex parte showing of good cause to a judge of competent jurisdiction the serving of the inventory required by this subsection may be postponed. This is for domestic surveillance, not for intercepts pursuant to the Foreign Intelligence Surveillance Act.

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Re: GUT and P=NP
by jamesd＠netcom.com 17 Dec '03

17 Dec '03

Ray wrote: > Everything is an algorithm This does not appear to be a very useful concept of what an algorithm is. > I can't think of a single thing which is non-algorithmic > except true randomness or non-determinism. How about any process where the state and the change between one state and another state can be described tolerably simply in some language that is not explicitly algorithmic, but which is enormously difficult, complex, and expensive to describe in explicitly algorithmic language, for example water pouring through a channel? -- --------------------------------------------------------------------- We have the right to defend ourselves and our property, because of the kind of animals that we James A. Donald are. True law derives from this right, not from jamesd(a)netcom.com the arbitrary power of the omnipotent state.

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Re: Travelling ants
by wcs＠anchor.ho.att.com 17 Dec '03

17 Dec '03

Tim May writes: > * By the way, there has been little progress in taking known > NP-complete decision/computation problems and making cryptosystems out > of them. I'm not sure why this is, and I get the impression that not > many others understand this either. > > In fact, I'll close with a nagging questio. Except for some work on > elliptic functions, there has been no real alternative to RSA for > public key crypto. Why? One would think that in 16-18 years of work, > some alternatives based on something other than the difficulty of > factoring or taking discrete logs would have been developed. Why not? Good one-way transformations are hard to find. Merkle & Hellman's knapsack-based cryptosystem predated RSA; it depended on transforming an easy subproblem of a NP-hard general problem into the general case. Shamir and others found ways to reverse the transformation that was used, reducing it to the easy problem. In general, a symmetric cryptosystem needs to have one easy path through it (using the key); an asymmetric system needs two (encryption & decryption), and that's much harder to find. The inter-relatedness of NP-complete problems probably doesn't help much. There may be some deep mathematical truth hiding somewhere in here, but I'm more of an applied-math type than a real theoretician :-) A separate problem is that signature and encryption are both useful, and it's hard to find a system that can do both securely. > "National borders are just speed bumps on the information superhighway." Lately they've been more like speed limits... Bill # Bill Stewart AT&T Global Information Solutions, aka NCR Corp # 6870 Koll Center Parkway, Pleasanton CA, 94566 Phone 1-510-484-6204 fax-6399 # email bill.stewart(a)pleasantonca.ncr.com billstewart(a)attmail.com # ViaCrypt PGP Key IDs 384/C2AFCD 1024/9D6465

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Re: Cordless phones with encryption
by wcs＠anchor.ho.att.com 17 Dec '03

17 Dec '03

Nobody asks: > Can anyone recommend a good 900 Mhz. cordless phone with some > sort of voice encryption or scrambling? My most important > objective is maximum range from the base unit, but I'd also like > some privacy, too. Thanks. If all you're looking for is "some privacy", any of the digital systems will give you some, and spread-spectrum systems should do more. That'll do better than simple analog scrambling to keep scanner-users from listening in on your calls; spread-spectrum systems will continue to be useful after the scanner-users get basic digital capability. Neither one will really keep the NSA out, but they can tap the wireline your phone's base unit is connected to anyway :-) If you want to know whether a set is using spread-spectrum or just vanilla digital, you'll get better information at a specialty telephone or electronics store than at the large discount warehouse-place where you'll probably eventually buy it (:-), but it may take you a few contacts with manufacturers to find out more than what's on the box. (Shameless plug follows:) I think I remember reading that AT&T was doing a spread-spectrum cordless with a range of about a mile, and a price in the $400 range, but I haven't really kept track. (List-traffic-reduction plug follows:) I would have replied by email instead of sending this to all 700 people on the list, but you used a remailer without return message capability. anon.penet.fi gives you an anonymous account, and some of the cypherpunks remailers like soda.berkeley.edu now support encrypted return-blocks. Bill

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Emacs + PEM|PGP
by cyber1＠io.org 17 Dec '03

17 Dec '03

I noticed a beta of this "mew" program in gnu.emacs.sources. Perhaps someone on this list can assist in the PEM/PGP part. -Alex ............... > Kazuhiko Yamamoto > July 15, 1994 > kazu(a)is.aist-nara.ac.jp > >Mew(Message interface to Emacs Window) is a message interface to >Emacs/Mule(Epoch someday) that integrates structured message such as >MIME, PEM(PGP someday). Mew is now based on MH but will support USENET >news soon. > >Currently, following features are supported. > >* Selective MIME part viewer. >* User friendly MIME composer that maps directory structure to multipart. >* PEM auto decryption and functions for encrypting and signing. >* LRU message cache engine. > >... > >I'm very interested in support of numerous PEM implimentation and PGP. >Integration of MIME and PEM/PGP also interests me. > >If you use PEM other than FJPEM, please tell me > the overview of your PEM, > command line options for each PEM command, > the way to get public key. > >If you know PGP 2.5 excluding RSAREF 2.0 that Japanese may obtain from >the US, let me know. >

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legally circumvent the Sept 1,94 Legal Kludge, Program Part 000
by 0x7CF5048D＠nowhere 17 Dec '03

17 Dec '03

-----BEGIN PGP SIGNED MESSAGE----- released to the public domain. The legal kludge makes output from PGP 2.6 from an Eastern University incompatible with earlier versions after Sept 1 1994. A Usenet article has documented a discovery by Paul Elliott that the pgp 2.6 legal kludge can be disabled by invoking it with the following parameters: pgp +CERT_DEPTH=0 +LEGAL_KLUDGE=OFF +CERT_DEPTH=real_desired_value others This program invokes pgp with the above parameters. "real_desired_value" is taken from the CONFIG.TXT file. This will cause the legal kludge that makes PGP from an Eastern University incompatible with earlier versions of PGP to be turned off. This program does not address the incompatible signature format problem. This does not modify the code or the executable of PGP in any way. It simply invokes it with unusual parameters. Therefore it should be legal. The program searches your config.txt file for the default value of CERT_DEPTH. It will run slightly faster if this variable is at the top of that file. The program to be invoked may be controlled by the environment variable "PGPEU". EU stands for Eastern university. This variable may specify the file name or a complete path. If this variable is undefined, the program indicated by the hard coded string "PGPEXE" will be invoked this string may be defined with a -DPGPEXE= flag at compile time. By default (that is if PGPEU is undefined) PGPNOKLG.EXE will search your path for a program called "PGP.EXE". Thus the command: PGPNOKLG -e file will call PGP 2.6 in a way so that the result will be compatible with earlier versions of PGP. The program PGPNOKLX.EXE invokes (by default) a program called "PGP26.EXE". So you could take the original program "PGP.EXE" from an Eastern University and rename it to "PGP26.EXE" somewhere in your path. You could the rename "PGPNOKLX.EXE" to "PGP.EXE" then when PGP is invoked normally it will really be PGPNOKLX which will invoke the original pgp (AS PGP26) in a way that output will be compatible with earlier versions. Thus scripts, shells and mail programs that are designed to invoke pgp could continue to work, but in a way that the output is compatible with earlier versions of PGP. This program has been ported to MSDOS and OS/2. Somebody please port to all other platforms. I have posted a zip file which contains source, makefiles and binaries as a pgp signed binary, in 3 posts. The following is the source for the programs pgpnoklg and pgpnoklx. - ---------------------------------------------------------------------- /* Released to public domain! works dos os/2, please port to all other platforms It has been recently discovered by paul elliott that the PGP26 (eastern University) legal kludge can be disabled by invoking pgp with the following parameters: pgp +CERT_DEPTH=0 +LEGAL_KLUDGE=OFF +CERT_DEPTH=real_desired_value others This program invokes pgp with the above parameters. "real_desired_value" is taken from the CONFIG.TXT file. This will cause the legal kludge that makes PGP from an Eastern University incompatible with earlier versions of PGP be turned off. This program does not address the incompatible signature format problem. The program to be invoked may be controled by the environment variable "PGPEU". EU stands for Eastern university. this variable may specify the file name or a complete path. If this varriable is undefined, the program indicated by the hard coded string "PGPEXE" will be invoked this string may be defined with a -DPGPEXE= flag at compile time. The program searches your config.txt file for the default value of CERT_DEPTH. It will run slightly faster if this variable is at the top of the file. deveolped for borland c++ compilers for msdos and os2 to compile bcc pgpknolg.cpp */ // necessary include files. #include <stdlib.h> #include <string.h> #include <dir.h> #include <iostream.h> #include <fstream.h> #include <strstrea.h> #include <iomanip.h> #include <process.h> // define executable path to invoke pgp. #ifndef PGPEXE #define PGPEXE "pgp" #endif #if defined(__OS2__) || defined(__MSDOS__) #define SEP '\\' #define SEPSTR "\\" #else #define SEP '/' #define SEPSTR "/" #endif int main(int argc,char *argv[]) { // path to invoke pgp. char pgpexe[MAXPATH]; // if environment variable PGPEU is defined use it // as the program to invoke as pgp! char * pgpeust=getenv("PGPEU"); if (pgpeust) strcpy(pgpexe,pgpeust); else *pgpexe=0; // If no such environment variable use hard coded PGPEXE macro! if (*pgpexe == 0 ) strcpy(pgpexe,PGPEXE); char path[MAXPATH]; // get the path where the config.txt file is supposed to be strcpy(path,getenv("PGPPATH") ); // and get its length int len=strlen(path); #if defined(__OS2__) || defined(__MSDOS__) // convert all '/' to backslashes for dos os/2 char *w; for(w=path;*w;w++) if(*w=='/') *w=SEP; #endif // if there some chars and last one is not \ then add one. if (len) { if ( path[len-1] != SEP ) strcat(path,SEPSTR); }; // add the filespec. strcat(path,"CONFIG.TXT"); // default value if can not get from config.txt file // this is the value in the pgp26 executable int cert_depth=4; // parse the config file for the value of CERT_DEPTH { // open the file ifstream config(path); if ( config.good() ) { // read till eof while( !config.eof() ) { char buf[512]; // read a line config.getline(buf,sizeof(buf)); // if not commented. if ( *buf != '#' ) { istrstream line(buf); char field[80],equ[80]; int depth; // parse line to first field equal char and value line >> field >> equ >>depth; if ( line) { // upcase the field strupr(field); // if we have a "CERT_DEPTH=val" LINE if ( (strcmp(field,"CERT_DEPTH") == 0) && (strcmp(equ ,"=") == 0 ) ) { // save stored depth cert_depth =depth; // abort search of rest of file // this program will go faster if CERT_DEPTH is // at top of file! break; } } } } } } // create a parameter string fo the form "CERT_DEPTH=val" // where val was found in the config.txt file! char reset_par[20]; { ostrstream reset_file(reset_par,sizeof(reset_par)); reset_file << "+CERT_DEPTH=" << cert_depth << ends; } typedef char * string; // list of arguements! string list[200]; // leading arguemnts int out_idx = 0; // name of program list[out_idx++] = "PGP.EXE"; // we do this to set the variable "value" in pgp 2.6 to =0 // the value of CERT_DEPTH is not really needed to be 0 list[out_idx++] = "+CERT_DEPTH=0"; // this will set pgp varriable "legal_kludge" =value=0 // works because value is zero because of above. list[out_idx++] = "+LEGAL_KLUDGE=OFF"; // set value of CERT_DEPTH back to its proper value. list[out_idx++] = reset_par; // add all the rest of the parameters from the command line! for( argc--, argv++; argc; argc--,argv++,out_idx++) list[out_idx] = *argv; // termintate the line! list[out_idx]=NULL; // replace the current program with an execvp call // never returns from execvp return execvp(pgpexe,list); } -----BEGIN PGP SIGNATURE----- Version: 2.6 iQCVAgUBLi2sYw2Gnhl89QSNAQFAGwQAsYh2fCaK9y9ssONU6k9VMDKQLmc5Qz9L 7FdNOl3Qj5Kd7mudMLU/e0tsSPL9Sr4i629bKVFOlFXUXloYn5xRBsz+Ura4pgZD X2H5bzMAldrwdSN0zfjYX6G8NnvkcpXAZ0BFqw7tBWsflSx3wOjOXLxRDrfKvVvC DNx7M3uD3vg= =xdD6 -----END PGP SIGNATURE-----

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legally circumvent the Sept 1,94 Legal Kludge, Program Part 003
by 0x7CF5048D＠nowhere 17 Dec '03

17 Dec '03

part 3/3 of a pgp signed zip file=kludge.zip not encrypted. -----BEGIN PGP MESSAGE, PART 03/03----- SPAi93zPJHaCy2Qm13gOFppFRyZMae56jIMTHPyKgyEWYc5VQOPMwuOlgKZmcSYk KLKIywDcaqEoOzg4DvMVonxkETdmWYSfSEKFQIykGWLeJQg/ngi0SqSY3Ry0SmIU wty8RWM5qEkTFQC3cNCUKXYDqOXg8SxxAWS9xCpMgaydPJdDkujPgoYZhZ+WQD0l cS+4bjISUI1iBKJcMAqvQti3LGIPIqZF+CO4nrEIXwAYlyZc64KuSxP3Q4LaNPFB AC1p4mEAz6WJBwD8PE18FEAaUFgAY9Kp2Lp0kdloyvigDW9xsDeDgNMqjAB2m20V ps8HnmgVC2ECDc+kdJszxaOQy7pMMRuSr84UW7JoBuSBqzRTPA6uRZkiAw5yS6Z4 FlwHeTqYCMsgyhuZ4jYAw7PI8wYOVmYJm241syeyhJcBPJQl/HixmQ21UViGTXwU ElzDXZU28TS4XrMJPWWAS9zzezbxlB36xSbcAZ4xm8jsll3jzcI5i7DCLAwB4vuK WRgJ4KccPEJg13iL8IFF6LAIg5E8pwv3AtiMAFrHKP8yLlNMZuKHkL+TUf6AEdPB FeVRwjxKK0htg2BMeJR1AqH6dwWOVxw8LYgeSJctii2YHAg6gGruulUU6wA8Joq7 AbwqUvKoKB4H16ei2AzgY1HcByDfIB4GUGGgdPcbKKZHEp8Cl5uDSiDhAFZycDeQ dwB3cvBvEmX2TQ5+IlEJ/8HBoxw8x8HvJCrhNQ6GGmn6GI3CnQBKjQJbZGaNHONb jcKzMMOuNFGUdJNwI3TBfD5rf849v2MS2spIFkFPI5+Zz5jFq6DPgmYxF8CwNM4E 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