diff options
Diffstat (limited to 'en_US.ISO8859-1/captions')
| -rw-r--r-- | en_US.ISO8859-1/captions/2007/meetbsd/brueffer-torprvacy.sbv | 340 | ||||
| -rw-r--r-- | en_US.ISO8859-1/captions/2007/nycbsdcon/dixon-bsdisdying.sbv | 116 |
2 files changed, 225 insertions, 231 deletions
diff --git a/en_US.ISO8859-1/captions/2007/meetbsd/brueffer-torprvacy.sbv b/en_US.ISO8859-1/captions/2007/meetbsd/brueffer-torprvacy.sbv index 1bba30ffdc..f4af5c5cd5 100644 --- a/en_US.ISO8859-1/captions/2007/meetbsd/brueffer-torprvacy.sbv +++ b/en_US.ISO8859-1/captions/2007/meetbsd/brueffer-torprvacy.sbv @@ -1,6 +1,6 @@ 0:00:09.649,0:00:15.249 Fortunately my slide will be centered, because -I'll have to change resolutions, I think this works out.. +I'll have to change resolutions. I think this works out... 0:00:15.249,0:00:19.310 And, it's about protecting your privacy with FreeBSD and Tor @@ -9,10 +9,10 @@ And, it's about protecting your privacy with FreeBSD and Tor and, uh... 0:00:20.859,0:00:21.480 -Privacy +Privacy. 0:00:21.480,0:00:25.859 -what I mean here is mostly anonymity +What I mean here is mostly anonymity 0:00:25.859,0:00:28.889 but there are some other aspects that @@ -27,10 +27,10 @@ uh, so... I want to first talk about who needs anonimity anyway 0:00:39.500,0:00:42.880 -is it just for criminals or some other bad guys, right? +Is it just for criminals or some other bad guys, right? 0:00:42.880,0:00:44.209 -after this +After this 0:00:44.209,0:00:50.940 anonymization concepts, then Tor. Tor's a, well, a tool @@ -52,7 +52,7 @@ you have to take care of when you want to be anonymous on the Web or the Internet 0:01:06.070,0:01:06.650 -and uh, +And uh, 0:01:06.650,0:01:12.280 if time permits I'd like to do a little demonstration @@ -79,16 +79,16 @@ Thailand last year when the military coup was going on 0:01:32.510,0:01:38.150 -and the journalists in Thailand couldn't really uh, +and the journalists in Thailand couldn't really uh 0:01:38.150,0:01:39.830 -journalists couldn't really, uh +Journalists couldn't really, uh 0:01:39.830,0:01:43.050 get the information they needed to do their work 0:01:43.050,0:01:45.750 -also, uh, informants +Also, uh, informants 0:01:45.750,0:01:49.100 whistleblowers... people who want to tell you about @@ -100,7 +100,7 @@ corruption going on in governments and companies and don't want to lose their job for it... Dissidents 0:01:56.460,0:01:58.250 -uh, best case +Uh, best case 0:01:58.250,0:02:01.610 when in Myanmar @@ -109,19 +109,19 @@ when in Myanmar last few weeks ago 0:02:03.750,0:02:05.290 -when the +When the 0:02:05.290,0:02:07.649 all the Buddhists monks were going to the streets and uh, 0:02:07.649,0:02:09.879 -the Internet was totally censored +the Internet was heavily censored 0:02:09.879,0:02:14.899 -it was really dangerous to do anything on the Internet +It was really dangerous to do anything on the Internet 0:02:14.899,0:02:17.719 -so, so umm +So, so umm 0:02:17.719,0:02:20.489 socialy sensitive information, like when you want to uh, @@ -140,7 +140,7 @@ know who you are as it will be very embarrassing 0:02:31.840,0:02:33.779 -also Law Enforcement, ah +Also Law Enforcement, ah 0:02:33.779,0:02:38.579 for example, uh, when you want to set up a @@ -149,7 +149,7 @@ for example, uh, when you want to set up a an anonymous tipline for crime reporting 0:02:41.669,0:02:45.810 -and uh, also companies that want to, uh +And uh, also companies that want to, uh 0:02:45.810,0:02:48.079 research competition, as one case that, uh @@ -192,7 +192,7 @@ driving forces behind the anonymization research. 0:03:24.319,0:03:26.169 -and maybe you +And maybe you 0:03:26.169,0:03:28.799 may have heard of the European Union @@ -201,7 +201,7 @@ may have heard of the European Union Data Retention Directive? 0:03:30.349,0:03:33.039 -where, umm +Where, umm 0:03:33.039,0:03:35.739 collection data gets stored @@ -217,7 +217,7 @@ Two weeks back this was, uh, the law was passed in Germany 0:03:47.729,0:03:48.900 -so, uh +So, uh 0:03:48.900,0:03:50.450 from first January on, @@ -235,7 +235,7 @@ email, or the dial-in data needs to be stored by providers for six months 0:04:00.449,0:04:02.510 -and, uh, +And, uh, 0:04:02.510,0:04:05.379 sooner or later it's going to be in Poland as well @@ -244,16 +244,16 @@ sooner or later it's going to be in Poland as well [talking] 0:04:07.689,0:04:14.689 -well, you're part of the Euro Union now, so ah, welcome! +Well, you're part of the Euro Union now, so ah, welcome! 0:04:16.989,0:04:18.529 -okay, uh +Okay, uh 0:04:18.529,0:04:21.220 that's a 0:04:21.220,0:04:27.110 -maybe you want to hide what interests you have and uh, +Maybe you want to hide what interests you have and uh, who you talk to, I mean uh, 0:04:27.110,0:04:30.889 @@ -267,15 +267,15 @@ talking to if they bother to find out 0:04:37.780,0:04:40.709 -yeah, and also +Yeah, and also 0:04:40.709,0:04:46.279 -criminals, but um, they already do illegal stuff and they +criminals, but they already do illegal stuff and they don't care about 0:04:46.279,0:04:51.629 doing more illegal stuff to stay anonymous, right? They can -uh, steal people's identities, they can rent botnets or +steal people's identities, they can rent botnets or create them in the first place 0:04:51.629,0:04:53.829 @@ -289,7 +289,7 @@ crack one of the thousands of Windows computers online, no big deal 0:04:59.689,0:05:02.029 -so, uh +So, uh 0:05:02.029,0:05:05.199 Criminals already do this and uh, @@ -322,7 +322,7 @@ you can't really stay anonymous on your own 0:05:25.930,0:05:28.999 -you needs the help of more people +you need the help of more people 0:05:28.999,0:05:30.559 and uh, @@ -339,12 +339,8 @@ Ok, so on to talking about two 0:05:40.979,0:05:42.949 anonymization concepts -0:05:42.949,0:05:44.539 -uh huh - 0:05:44.539,0:05:51.539 Proxy? Everyone here probably knows how a proxy works, -uh yeah 0:05:52.559,0:05:53.169 LANs connect to the proxy and request @@ -355,14 +351,8 @@ a website or whatever and the proxy 0:05:57.290,0:06:00.359 just passes it on and pass through -0:06:00.359,0:06:03.789 -right - -0:06:03.789,0:06:04.680 -um - 0:06:04.680,0:06:09.329 -Proxys are fast and simple but it's a single point of +Proxys are fast and simple but it's really a single point of failure, like uh, 0:06:09.329,0:06:13.139 @@ -379,52 +369,52 @@ get a subpoena or break into the computer room or whatever 0:06:22.440,0:06:26.400 -it's pretty easy +It's pretty easy 0:06:26.400,0:06:30.050 -Second anonymization concept is mixed, +Second anonymization concept is MIX, 0:06:30.050,0:06:32.549 it's really old from nineteen eighty one 0:06:32.549,0:06:35.099 -so you can see, uh, +So you can see, uh, 0:06:35.099,0:06:41.150 how long the research in this area is going on 0:06:41.150,0:06:43.150 -the mix is kind of similar to a proxy +The MIX is kind of similar to a proxy 0:06:43.150,0:06:47.090 -like, trying to connect to it to send the messages +Like, trying to connect to it to send the messages 0:06:47.090,0:06:50.779 -and the mix collects them +and the MIX collects them 0:06:50.779,0:06:54.550 -and no less than um +and coalesces them 0:06:54.550,0:06:56.699 -it puts them all +Like, it puts them all 0:06:56.699,0:06:58.319 -in through different coincides and uhm, +into coming sites and uhm, 0:06:58.319,0:07:00.169 you see here it 0:07:00.169,0:07:03.849 -shuffles them and waits +shuffles them. It waits 0:07:03.849,0:07:08.930 -til there's enough data in it and just +until there's enough data in it and just 0:07:08.930,0:07:11.039 -shoves them and sends them back out so +shuffles them and sends them back out so 0:07:11.039,0:07:18.039 -um, this is to protect against correlation effects. +um, this is to protect against correlation attacks. 0:07:20.219,0:07:22.439 But second in... @@ -433,22 +423,22 @@ But second in... Oh yeah, and 0:07:23.379,0:07:27.879 -when you actually put several mixes uh +when you actually put several MIXes uh 0:07:27.879,0:07:31.259 -behind them; it's a mixed escape and uh, +behind them; it's a MIX cascade and uh, 0:07:31.259,0:07:32.149 between mixes is also 0:07:32.149,0:07:35.330 -a friction going on, uh, the first +encryption going on, uh, the first 0:07:35.330,0:07:38.349 -or the client which is +or the client which 0:07:38.349,0:07:44.069 -you could see here if this lights would be centered, uh, +you could see here if the slides would be centered, uh, 0:07:44.069,0:07:46.029 what else gets the @@ -515,10 +505,10 @@ like web routing for example but what's good about it it's uh 0:08:47.060,0:08:50.500 -distrinuted trust uh, +distributed trust uh, 0:08:50.500,0:08:54.940 -just one these mixes has to be secure to actually +just one these MIXes has to be secure to actually 0:08:54.940,0:08:56.840 anonymize the whole connection @@ -542,13 +532,13 @@ It's a concept that is actually built on both these concepts 0:09:17.720,0:09:21.340 -mixes and proxies. +MIXes and proxies. 0:09:21.340,0:09:22.770 It's a TCP-Overlay network, 0:09:22.770,0:09:24.900 -means you can, uh +that means you can, uh 0:09:24.900,0:09:25.560 channel any @@ -560,29 +550,29 @@ TCP connection through it theoretically 0:09:28.480,0:09:31.310 -uh, theoretically I will explain +Uh, theoretically I will explain 0:09:31.310,0:09:33.790 a couple of slides later 0:09:33.790,0:09:37.040 -it provides a SOCKS interface so you don't need any uh, +It provides a SOCKS interface so you don't need any uh, 0:09:37.040,0:09:42.060 special application proxies like any application that uses -SOCKS interface can just, +SOCKS interface can just 0:09:42.060,0:09:43.370 -talk to talk +talk to Tor 0:09:43.370,0:09:48.070 and it's available on, um, all major platforms 0:09:48.070,0:09:53.940 -what is uh, especially important is available in Windows +What is uh, especially important it's available in Windows 0:09:53.940,0:09:55.850 -'cause, uhm, like I said earlier once +Because, uhm, like I said earlier once 0:09:55.850,0:09:57.740 you want a really diverse, @@ -606,7 +596,7 @@ Um, well it aims to uhm combine the positive attributes of 0:10:15.939,0:10:17.480 -proxies and mixes +proxies and MIXes 0:10:17.480,0:10:18.749 Like, proxies are fast, but @@ -615,7 +605,7 @@ Like, proxies are fast, but seem prone to failure 0:10:20.620,0:10:21.770 -and mixes +and MIXes 0:10:21.770,0:10:24.590 distributed trust, you want to combine them @@ -624,22 +614,22 @@ distributed trust, you want to combine them so uh 0:10:29.930,0:10:31.310 -Fast, uh, Tor use not only public key +Fast, uh, Tor uses not only public key 0:10:31.310,0:10:33.220 encryption but also session keys 0:10:33.220,0:10:35.170 -symmetrically encrypted. +so it's symmetrically encrypted. 0:10:35.170,0:10:37.260 -so uh +So uh 0:10:37.260,0:10:41.710 -All the connection set up is this public key so you just, uh +all the connection set up is this public key so you just, uh 0:10:41.710,0:10:44.840 -authentication and stuff? +authentication and stuff 0:10:44.840,0:10:50.860 And uh, the actual communication that's going on later @@ -673,10 +663,10 @@ like dums want the user to actually have to patch his PC off the Operating System or something 0:11:12.680,0:11:16.070 -just be in a... workable state really fast +just be in a... workable state really fast. 0:11:16.070,0:11:19.340 -um, usability, +Um, usability, 0:11:19.340,0:11:20.600 so you get the uh, @@ -697,10 +687,10 @@ enable more research in this whole area. 0:11:32.010,0:11:33.059 -so, uh +So, uh 0:11:33.059,0:11:34.679 -the protocol to all users +the protocol Tor users 0:11:34.679,0:11:37.890 should be really flexible @@ -754,8 +744,8 @@ when she wants to talk to Jane for example 0:12:30.380,0:12:34.280 -The first one is the entry node, middle LAN nodes, and the -uh exit nodes, I will leave thes for later +The first one is the entry node, middleman nodes, and the +uh exit nodes, I will leave these for later 0:12:34.280,0:12:41.000 uh, so this @@ -774,7 +764,8 @@ and they establish a session key and same thing goes on 0:12:53.090,0:12:58.520 -in these two and these two so they can communicate later on +between these two and these two so they can communicate +later on 0:12:58.520,0:12:59.780 What's really important here @@ -792,10 +783,10 @@ I will talk about it later So it has to be unencrypted 0:13:06.610,0:13:13.610 -so you can get your request through +so you can actually get your request through 0:13:20.690,0:13:22.700 -this is a virtual circuit +This is a virtual circuit 0:13:22.700,0:13:24.490 that gets established and uh @@ -810,10 +801,10 @@ ten minutes a new circuit is built 0:13:32.450,0:13:37.250 -when a new website, when a new request come through, so uh +when a new website, when a new request comes through, so uh 0:13:37.250,0:13:40.080 -this one stays, all these connections above stays +this one stays, all these connections above stay 0:13:40.080,0:13:41.940 in this circuit @@ -840,13 +831,13 @@ anonymity in case one connection is compromised, for example. 0:14:00.220,0:14:01.600 -An these ten minutes +And these ten minutes 0:14:01.600,0:14:04.490 -are really an arbitrary value +are really an arbitrary value, 0:14:04.490,0:14:08.560 -,you can choose anything +you can choose anything 0:14:08.560,0:14:10.660 you have to do the research @@ -858,13 +849,13 @@ which value is best and so ten minutes is compromised. 0:14:19.840,0:14:22.240 -With all you get exit policies, +With Tor you get exit policies, 0:14:22.240,0:14:24.640 this is important for the exit node 0:14:24.640,0:14:27.880 -the one which actually send the uh, +the one which actually sends the uh, 0:14:27.880,0:14:30.410 original request to the destination server @@ -879,10 +870,10 @@ you can control which TCP connections you want 0:14:34.220,0:14:39.180 -to allow from your node if you want +to allow from your own node if you want 0:14:39.180,0:14:41.000 -that's default policy which uh +As default policy which uh 0:14:41.000,0:14:43.610 blocks SMTP and NNTP to prevent uh @@ -909,7 +900,7 @@ HTTP SSH all the important stuff 0:15:01.630,0:15:05.250 -that you would want to minimize just works +that you would want to anonymize just works 0:15:05.250,0:15:10.290 and uh, if you uh @@ -918,7 +909,7 @@ and uh, if you uh this is important for uh, if you 0:15:13.050,0:15:18.540 -want to run you node, uh +want to run you own node, uh 0:15:18.540,0:15:19.220 waht kind of node you actually want to run @@ -928,7 +919,7 @@ if you look at the picture, uh earlier 0:15:24.120,0:15:31.120 there's these three different nodes: entry node, -middleman note, and exit node +middleman node, and exit node 0:15:32.400,0:15:34.180 and uh, which node you want to run @@ -967,7 +958,7 @@ administrator of the forum will see the IP address of the 0:16:05.340,0:16:11.230 -exit node in his forum and not the one +exit node in his logs and not the one 0:16:11.230,0:16:15.330 of Alice so uh he's going to have the problems later on @@ -979,8 +970,8 @@ so I will talk about it later but you have to keep this in mind 0:16:21.600,0:16:28.600 -and uh, keep up everything and uh we can play the role of -entry nodes and middle man nodes +And uh, keep up everything and uh we can play the role of +entry nodes and middleman nodes 0:16:30.170,0:16:37.170 which is also important @@ -995,7 +986,7 @@ these are services which can be accessed 0:16:46.990,0:16:49.420 -without having an IP address +without having the IP address of them 0:16:49.420,0:16:50.960 so uh @@ -1004,17 +995,17 @@ so uh you can't really find them physically 0:16:56.300,0:16:57.880 -so if you want to run a +So if you want to run a 0:16:57.880,0:16:59.720 hidden service you can do it from anywhere 0:16:59.720,0:17:01.850 -do it from inside this private network here +You can even do it from inside this private network here 0:17:01.850,0:17:05.950 -instead of a service and everyone in the outside world can -actually access it +You can set up a service and everyone in the outside world +can actually access it 0:17:05.950,0:17:07.770 even if you don't have the rights to do @@ -1029,13 +1020,13 @@ uh, this is really important to, uh resist Denial of Service, for example 0:17:15.690,0:17:20.160 -'cause every uh, +Because every uh, 0:17:20.160,0:17:20.519 every client that wants to 0:17:20.519,0:17:22.829 -access the service uh, gets +access the service uh, 0:17:22.829,0:17:25.700 gets a different route in the network @@ -1056,7 +1047,7 @@ resist censorship And the addresses look like this: 0:17:38.510,0:17:43.280 -it's really a hash of a private key +it's really a hash of a public key 0:17:43.280,0:17:47.340 and each hidden service is actually, well, identified @@ -1065,7 +1056,7 @@ and each hidden service is actually, well, identified by a public key 0:17:53.300,0:17:59.000 -this how it works, uhm, yet Alice the client +This how it works, uhm, yet Alice the client 0:17:59.000,0:18:02.170 and the hidden server, Bob. @@ -1090,14 +1081,14 @@ And Bob has the public key to identify the service, and uh he sends 0:18:22.530,0:18:26.860 -this public key into each of these three introduction +this public key and the list of three introduction points to the directory server. 0:18:26.860,0:18:28.740 Now Alice wants to uh, 0:18:28.740,0:18:31.610 -connect to Bob, but first the first thing she does +connect to Bob, the first the first thing she does 0:18:31.610,0:18:34.480 is download this @@ -1109,7 +1100,7 @@ this list with the introduction points and the uh public key from the directory server. After that, uh 0:18:50.120,0:18:54.299 -she choose one of the uh introduction points +she chooses one of the uh introduction points 0:18:54.299,0:18:55.930 and uh, @@ -1217,10 +1208,10 @@ then you have to give up your crypto keys so they can decrypt it later 0:20:42.910,0:20:47.860 -and uh, yeah, it's not... +and uh, yeah, it's not really great 0:20:47.860,0:20:50.010 -and it's actually last week was the first case +and actually last week was the first case 0:20:50.010,0:20:52.890 when this was actually used in @@ -1229,13 +1220,13 @@ when this was actually used in Great Britain 0:20:56.600,0:21:00.720 -uh, there can be special laws like in Germany +Uh, there can be special laws like in Germany 0:21:00.720,0:21:03.480 sort of like a hacker paragraph 0:21:03.480,0:21:06.990 -just a nickname, it has some cryptic legal name +It's just a nickname, it has some cryptic legal name 0:21:06.990,0:21:07.940 uh, in reality @@ -1274,7 +1265,7 @@ it could restrict anything. From a map to a 0:21:36.669,0:21:39.210 -to God know what? Network tools. +to God know what Network tools. 0:21:39.210,0:21:40.880 and uh @@ -1303,7 +1294,7 @@ but no one really knows and uh, the biggest Tor 0:22:00.990,0:22:02.250 -problems +problem is 0:22:02.250,0:22:07.480 that, uh @@ -1375,13 +1366,13 @@ and uh, that's random stuff that can happen 0:22:55.530,0:22:56.540 -though, uh, +So uh, 0:22:56.540,0:22:59.559 as an exit nodes provider you can get 0:22:59.559,0:23:03.690 -letters from Law Enforcement entities, and uh +letters from Law Enforcement agencies, and uh 0:23:03.690,0:23:05.649 What are you doing there? @@ -1393,7 +1384,7 @@ Maybe some illegal stuff? And you have to explain to them that you are 0:23:10.040,0:23:12.260 -providing Tor server +providing Tor server and 0:23:12.260,0:23:13.980 it wasn't you @@ -1429,7 +1420,7 @@ Law Enforcement agencies, actually are, so so depends on what kind of guy you're actually talking to 0:23:41.440,0:23:47.120 -So what's... what kind of role plays FreeBSD here? +So what's... What kind of role plays FreeBSD here? 0:23:47.120,0:23:51.880 uh, FreeBSD is really well suited as a Tor node, uh @@ -1445,7 +1436,7 @@ it doesn't matter what kind of system you use and it shouldn't matter 0:23:59.150,0:24:00.830 -There's one of the, uh +This is one of the, uh 0:24:00.830,0:24:03.130 like I said earlier one of the design @@ -1463,7 +1454,7 @@ But if you're using the Tor as actually uh, 0:24:14.290,0:24:17.320 -the security of other depends on your node +the security of others depends on your node 0:24:17.320,0:24:20.690 and uh, @@ -1493,7 +1484,7 @@ which is important, especialy the swap encryption. And uh, there's also audit 0:24:39.390,0:24:40.740 -and the mac framework +and the MAC framework 0:24:40.740,0:24:43.780 when you want to run your installation @@ -1520,16 +1511,16 @@ And uh, probably the biggest feature: Well maintained Tor-related ports. 0:25:04.060,0:25:07.390 -There is the main port, security Tor +There is the main port, security/Tor 0:25:07.390,0:25:11.370 -Which is a client and server if you want to run +Which is a client and server if you want to run 0:25:11.370,0:25:13.610 a network node, or just a client. 0:25:13.610,0:25:15.210 -There's Tor level +There's tor-devel 0:25:15.210,0:25:16.450 and these are really up to date, uhm @@ -1538,7 +1529,7 @@ and these are really up to date, uhm Tor development happens really fast 0:25:22.830,0:25:23.710 -and ports get updated +and the ports get updated 0:25:23.710,0:25:30.710 pretty soon after a release is made. @@ -1549,7 +1540,7 @@ we'll use it later when we do the demonstration 0:25:41.320,0:25:44.310 And there's net management Vidalia which is a -graphical content +graphical frontend 0:25:44.310,0:25:47.200 also for Windows @@ -1558,7 +1549,7 @@ also for Windows and, uhm 0:25:48.260,0:25:53.929 -there's trans-proxy Tor +there's trans-proxy-tor 0:25:53.929,0:25:58.650 which enables you to actually @@ -1576,10 +1567,10 @@ that do stuff that's that makes it hard for Tor to 0:26:07.510,0:26:08.860 -run with them +anonymize them 0:26:08.860,0:26:10.810 -and you can use trans-proxy Tor +and you can use trans-proxy-tor 0:26:10.810,0:26:15.510 to tunnel such connections through the Tor network. @@ -1601,7 +1592,7 @@ Some applications just bypass the configured proxy 0:26:30.500,0:26:34.500 -for example FireFox versions below version 1.5, +for example Firefox versions below version 1.5, 0:26:34.500,0:26:35.700 which send every data, @@ -1703,7 +1694,7 @@ out all the passwords. And it's really surprising how many people uh, do this. 0:28:13.450,0:28:16.700 -So, lesson learned: use secure protocol. +So, lesson learned: use secure protocols. 0:28:16.700,0:28:18.220 There are also other services that require @@ -1742,13 +1733,14 @@ Uh, I've installed Tor and Privoxy on this system 0:29:24.810,0:29:27.180 -the config files are on the usual places. +Config files are on the usual places. 0:29:27.180,0:29:34.180 -And if you read this, this little.. small.. Is this alright? +And if you read this, this little... small... +Is this alright? 0:29:46.950,0:29:50.600 -So there is this Tor I see sample file +So there is this torrc sample file 0:29:50.600,0:29:57.600 which we can use @@ -1772,7 +1764,7 @@ there's this uh, SOCKS port and SOCKS listen address information 0:30:24.220,0:30:31.220 -that's the +that just 0:30:32.770,0:30:34.659 tells you where to connect your uh, @@ -1818,7 +1810,7 @@ we need to tell Privoxy uh, 0:31:33.809,0:31:40.809 -where to send connections requests. +where to send connection requests. 0:31:51.740,0:31:53.659 Ok, I've actually entered this earlier @@ -1839,19 +1831,19 @@ the uh, SOCKS client So we just start 0:32:34.120,0:32:38.870 -Ok, so we all set +Ok, so we are all set 0:32:38.870,0:32:40.480 Now we can just do 0:32:40.480,0:32:47.480 -everything with our brother +everything with our browser 0:32:50.790,0:32:52.029 -we all started times +Startup time sucks a bit 0:32:52.029,0:32:59.029 -a bit slow on my external drive +because of my external drive 0:33:06.860,0:33:08.070 okay, uh @@ -1863,7 +1855,7 @@ proxy settings we just put in our Privoxy server 0:33:16.140,0:33:23.140 -which listens on port 3128, hopefully, or does it? +which listens on port 3128, hopefully, or doesn't? Oh, 8108, that's it. 0:33:47.360,0:33:49.060 @@ -1877,7 +1869,7 @@ through the Tor network uhm, this is going to take a little bit, 0:33:58.880,0:34:01.950 -'cause all the route selection needs to be done +Because all the route selection needs to be done 0:34:01.950,0:34:08.950 all the public crypto, there's also network latency @@ -1904,7 +1896,7 @@ if you have a node that is running a modem then, you'll have problem, it's really slow 0:34:36.099,0:34:42.989 -ok, while waiting +Ok, while waiting 0:34:42.989,0:34:45.319 we can actually take a look @@ -1913,7 +1905,7 @@ we can actually take a look at how our hidden service is configured 0:34:59.699,0:35:03.369 -there's some lines for the Tor config file +There's some lines for the Tor config file 0:35:03.369,0:35:07.439 the routing services @@ -1927,7 +1919,7 @@ as I said, the hidden service is identified by a public key, and uh, if you 0:35:19.369,0:35:22.159 -uncommand this sutff, +uncomment this sutff, 0:35:22.159,0:35:24.999 and uh, @@ -1964,14 +1956,14 @@ that an exit node doesn't uh, 0:36:11.599,0:36:18.599 -allow +allow DNS 0:36:19.779,0:36:22.900 Ok, this is typical that when you want to show stuff it doesn't work 0:36:22.900,0:36:25.369 -it worked earlier, so uh, it's not the network's fault +It worked earlier, so uh, it's not the network's fault 0:36:25.369,0:36:27.619 let's uh, @@ -1986,7 +1978,7 @@ So we actually need to change this 0:36:51.170,0:36:55.099 -The default directory in FreeBSD is bar/db/Tor +The default directory in FreeBSD is /var/db/tor 0:36:55.099,0:36:57.909 and uh, @@ -1998,7 +1990,7 @@ and when we start Tor it will actually, uh create the service directory 0:37:07.499,0:37:11.789 -by itself. It's also a web server listening on port 80 +by itself. It's also a web server listening on port 80 on localhost 0:37:11.789,0:37:13.889 @@ -2008,7 +2000,7 @@ so we can and hopefully will be able to see it later on 0:37:45.849,0:37:48.529 -okay, so let's see if +Okay, so let's see if 0:37:48.529,0:37:49.679 this stuff is already @@ -2024,6 +2016,7 @@ two parts in this directory 0:38:05.069,0:38:11.650 hostname and private key. Private key is uh, +self-explanatory 0:38:11.650,0:38:14.739 and the hostname is actually what you give to people @@ -2033,7 +2026,7 @@ if you want to to publish your service 0:38:33.319,0:38:36.039 -this is actually less likely to work right now +This is actually less likely to work right now 0:38:36.039,0:38:40.059 because it takes some time for Tor to choose these @@ -2045,13 +2038,13 @@ introduction points, send all this stuff to directory services 0:38:44.880,0:38:47.369 -it takes time for directory services to sync up +It takes time for directory services to sync up 0:38:47.369,0:38:54.329 and actually distribute information to the clients 0:38:54.329,0:39:00.789 -and when we want to exit the service, we actually put +and when we want to access the service, we actually put this address into the uh, 0:39:00.789,0:39:03.889 @@ -2061,7 +2054,7 @@ the address line, and uh, Tor knows how to 0:39:05.069,0:39:12.069 -deal with this uh, the Onion pop up domain, so uh +deal with this uh, the Onion top-level domain, so uh 0:39:15.410,0:39:22.410 this usually actually works. Let's see what's going on here... @@ -2097,7 +2090,7 @@ localized web page. For example, when you are from Germany, and you go to 0:40:02.879,0:40:04.099 -Google.com, you get a German webpage +google.com, you get a German webpage 0:40:04.099,0:40:07.379 and if you're using Tor and you go to Google, @@ -2118,7 +2111,7 @@ if it is in the Netherlands, you get a Dutch Google, which is uh, pretty cool. 0:40:23.329,0:40:25.549 -so uh, +So uh, 0:40:25.549,0:40:27.419 I'll have to take a look later @@ -2127,10 +2120,10 @@ I'll have to take a look later while I'm working 0:40:28.829,0:40:35.829 -so let's just, continue for a moment +So let's just, continue for a moment 0:40:38.569,0:40:41.009 -ok, to summarize, uh +Ok, to summarize, uh 0:40:41.009,0:40:44.799 Tor is actually useful if @@ -2149,23 +2142,23 @@ so theoretically it should work 0:41:02.509,0:41:03.549 -I should +that I 0:41:03.549,0:41:06.049 -publish my hidden services from around here +publish my hidden service around here 0:41:06.049,0:41:10.429 and anyone in the world that's connected to the Tor network -can actually exit it, access it +can actually access it 0:41:10.429,0:41:12.169 and uh 0:41:12.169,0:41:14.799 -Privoxy is a pretty cool platform for Tor +FreeBSD is a pretty cool platform for Tor 0:41:14.799,0:41:18.819 -'cause it's for one, it has very nice +Because it has very nice 0:41:18.819,0:41:21.779 security features like jail @@ -2220,7 +2213,7 @@ it depends upon you can use any port you like 0:42:33.140,0:42:34.539 -depend on uh, +It depends on uh, 0:42:34.539,0:42:39.279 what port the nodes use. Nodes can use any port @@ -2247,7 +2240,7 @@ HTTP access can actually access my node so uh 0:42:56.529,0:43:01.299 -yet in theory uh +In theory uh 0:43:01.299,0:43:05.959 you can use any port you like. @@ -2276,9 +2269,6 @@ Yes? 0:44:06.140,0:44:08.689 Well, usually I use Opera, so -0:44:08.689,0:44:13.679 -a - 0:44:13.679,0:44:15.659 I didn't know @@ -2316,7 +2306,7 @@ so, the uh Tor developers actually run those directory servers 0:45:01.499,0:45:08.499 -but this is really crypto infrastucture +but this is really critical infrastucture 0:45:11.729,0:45:12.719 uhm @@ -2325,7 +2315,7 @@ uhm Well it's it's hard to say 0:45:14.729,0:45:16.219 -'cause the question was uh +Because the question was uh 0:45:16.219,0:45:21.799 Were there any estimates on uh, @@ -2372,10 +2362,10 @@ going on and unfortunately also a lot of filesharing systems 0:45:56.259,0:45:59.739 -which it doesn't relly make sense 'cause they're slow +which it doesn't relly make sense because they're slow 0:45:59.739,0:46:00.570 -so uhm, +So uhm, 0:46:00.570,0:46:01.609 Tor is really cool @@ -2388,4 +2378,4 @@ but if you really want to move a lot of data it's not a good tool 0:46:10.759,0:46:11.479 -ah, any other questions? Doesn't seem to be the case. Ok! +Ah, any other questions? Doesn't seem to be the case. Ok! diff --git a/en_US.ISO8859-1/captions/2007/nycbsdcon/dixon-bsdisdying.sbv b/en_US.ISO8859-1/captions/2007/nycbsdcon/dixon-bsdisdying.sbv index e3ff5ee343..55d933cd40 100644 --- a/en_US.ISO8859-1/captions/2007/nycbsdcon/dixon-bsdisdying.sbv +++ b/en_US.ISO8859-1/captions/2007/nycbsdcon/dixon-bsdisdying.sbv @@ -14,7 +14,7 @@ we're getting there. Anybody out here last year? 0:00:18.949,0:00:24.939 -Okay. I gave a really bad talk on pf, so and I +Okay. I gave a really bad talk on pf, and I appreciate Bob coming out and correcting me this year. 0:00:24.939,0:00:28.550 @@ -49,10 +49,10 @@ But, what is a computer? 0:00:56.610,0:01:03.610 It helps users accomplish tasks. What is a user? -A user is somebody biped like +A user is somebody biped 0:01:07.409,0:01:10.600 -biped that stands up right sort of like me. +that stands up right sort of like me. 0:01:10.600,0:01:14.280 Who am I? My name is Jason Dixon. @@ -94,7 +94,7 @@ That’s the question I've been asking myself all along. To talk about why BSD is dying. 0:01:48.630,0:01:52.380 -Sex, and greed. +Sex and greed. 0:01:52.380,0:01:59.380 Someone kick these guys out. @@ -122,7 +122,8 @@ This is a computer. This is also known as a computer. This is a really big computer. 0:02:22.459,0:02:28.309 -This is a fake computer, and sometimes, just can, well, compute +This is a big big computer, and sometimes, +it just can, well, compute 0:02:28.309,0:02:31.339 But what does a computer really do? @@ -132,7 +133,7 @@ All right, it helps us write documents, 0:02:33.729,0:02:40.729 shopping lists. Sometimes, it can even delete documents. -It helps us work with emails, +It helps us work with email, 0:02:42.050,0:02:46.749 surf the Web, movies, @@ -158,7 +159,7 @@ that is the foundation 0:03:01.489,0:03:07.999 for kernel, libraries, userland applications, -otherwise known as operating system. +otherwise known as an operating system. 0:03:07.999,0:03:10.659 like BSD. @@ -170,12 +171,12 @@ What is a kernel? It's a wonderful thing, it allows 0:03:16.439,0:03:23.439 -The management and processes of memory, peripheral devices, +The management of processes memory, peripheral devices, and by extension, allows us to do networking, security, 0:03:23.540,0:03:26.639 work with disks and file systems, user interfaces, -userland applications, +userland applications, like 0:03:26.639,0:03:33.619 people can write documents, check email, surf the Web, @@ -231,10 +232,10 @@ wasn’t. The Multics was a commercial 0:04:24.970,0:04:29.690 failure. So, a couple of gentlemen like Ken Thompson and -Dennis Ritchie +Dennis Ritchie were not 0:04:29.690,0:04:34.539 -[xx] support, like to play games. They worked at Bell Labs +[xx] support, liked to play games. They worked at Bell Labs and they had this game called 0:04:34.539,0:04:36.470 @@ -248,7 +249,7 @@ it ran on a PDP-7. 0:04:43.639,0:04:48.989 What is an assembly programmer to do when a game -doesn’t work properly on the star board? He moves +doesn’t work properly on the star board? He mauls 0:04:48.989,0:04:53.240 it. So, in 1969, Ken Thompson @@ -272,7 +273,7 @@ up to two. And by 0:05:07.100,0:05:11.949 -1970, UNIX was officially known as U-N-I-X +1970, UNIX was officially known as U-N-I-X Unix 0:05:11.949,0:05:14.759 It ran on a PDP1145 @@ -346,7 +347,7 @@ precursor to sendmail, curses, libraries. 1981, 4.1BSD, this one, we are recorded through VAX 0:06:24.750,0:06:30.539 -4.1BSD addressed memory performance issues with UNIX on VAX +addressed a number of memory performance issues with UNIX on VAX 0:06:30.539,0:06:34.159 1983, 4.2BSD uses TCP/IP from BBN, @@ -358,7 +359,7 @@ and also the Berkeley Fast File System from the gentleman, Kirk McKusick, 0:06:39.219,0:06:44.100 -who also brought us the original BSD mascot. +who also brought us the original Beastie today. 0:06:44.100,0:06:49.280 In 1986, 4.3BSD introduced performance improvements @@ -375,7 +376,7 @@ originally intended to run on the Power 6/32 That platform actually never came to fruition 0:07:00.160,0:07:04.280 -but it did allow us to extract some of the +but it did allow us to abstract some of the machine-independent 0:07:04.280,0:07:07.240 @@ -444,7 +445,7 @@ BSD3, I'm sorry, the 386BSD, which later on became BSD/OS by BSDI 0:08:09.659,0:08:14.599 -Exodus. Back in 1992, a wholly own subsidiary of +Exodus. Back in 1992, a wholly owned subsidiary of 0:08:14.599,0:08:18.699 AT&T called Unix System Laboratories @@ -472,7 +473,7 @@ code in the BSD. 0:08:35.960,0:08:40.200 -This was one of their advertising and again, they used +This was one of their advertising things again, they used this as the basis for the 0:08:40.200,0:08:42.150 @@ -517,7 +518,7 @@ for BSD is that he hinted, that…actually by this 0:09:21.829,0:09:25.770 -point, the lawsuit with California Berkeley had been +point, the University of California Berkeley had been also added into the 0:09:25.770,0:09:29.030 @@ -565,16 +566,16 @@ the lawsuit was settled out of court in secret for ten years. 0:10:07.150,0:10:08.870 -In 2004, +In 2004, a site Groklaw primarily got 0:10:11.490,0:10:14.990 -done with the actual settlement +what the actual settlement 0:10:14.990,0:10:16.120 -was and really sit. +was released. 0:10:16.120,0:10:17.910 -And, +And, well 0:10:17.910,0:10:19.560 USL, AT&T and @@ -602,10 +603,10 @@ and became the foundation for 0:10:40.600,0:10:43.470 -a FreeBSD. + FreeBSD. 0:10:43.470,0:10:47.500 -NetBSD, I'm sorry, FreeBSD +NetBSD, I'm sorry, FreeBSD, it ends right there 0:10:49.150,0:10:55.670 FreeBSD, people with background, only different BSDs @@ -639,13 +640,13 @@ and that’s pretty much what it's known for. To be honest 0:11:25.520,0:11:31.790 I mean, I got to admit I'm an Open BSD guy, I was looking for -a really cool and innovative features in NetBSD and I really +a really cool and innovative features for NetBSD and I really 0:11:31.790,0:11:32.329 couldn’t find any. 0:11:32.329,0:11:34.940 -Why am I hanging on this. +so let them hang their head on this. 0:11:34.940,0:11:37.160 Sorry, @@ -654,15 +655,16 @@ Sorry, I know people are going to… 0:11:39.650,0:11:46.650 -I know the NetBSD is going to get me…I can +I know the NetBSDers is going to jump me…I can handle two of you. Okay? And this is 0:11:48.680,0:11:51.490 -a list of the platforms that probably +a list of the hardware platforms that currently supported on 0:11:51.490,0:11:53.820 including a toaster. + 0:11:53.820,0:11:55.000 @@ -688,7 +690,7 @@ And it comes out with a new release every six months, generally, in May and November 0:12:17.570,0:12:20.810 -1st, so if you haven’t already, pick a copy, it just came +1st, so if you haven’t already, pick a copy, that just came 0:12:20.810,0:12:24.880 out of the foil. It's unofficial model is secure by default @@ -714,7 +716,7 @@ the most obvious example. ProPolice 0:12:52.180,0:12:58.070 Some other features that they’d given us through -the years – PF, authpf, CARP, fsyncd, +the years – PF, authpf, CARP, pfsyncd, 0:12:58.070,0:13:01.380 which I think some of these are probably in the @@ -727,11 +729,11 @@ FreeBSD 4.8. Again, DragonFlyBSD was 0:13:11.160,0:13:15.640 -FreeBSD 4.8 and was intended to basically +forked with FreeBSD 4.8 and was intended to basically 0:13:15.640,0:13:21.580 overhaul the SMP features in FreeBSD 6 -and 7,5,6, and 7. +and 7..5,6, and 7. 0:13:21.580,0:13:25.690 DragonFly is another example. If you look at their goals, @@ -750,13 +752,13 @@ Of course, Tiger is an old I'm sorry, OSX 0:13:36.890,0:13:43.890 -It started from the Jolitz project, but it's sort of a inbred +It started from the Jolitz project, but it's sort of an inbred 0:13:48.870,0:13:53.800 - +and then various others spearBSD, ecoBSD 0:13:53.800,0:13:58.350 - +and other minor BSDs 0:13:58.350,0:14:04.130 That is all about, I wanted to cover kind of the present of @@ -772,7 +774,7 @@ of the project and topic is. Well, first, because IDC said so. 0:14:16.270,0:14:21.480 -Market share for BSD is, right now, all time low, under 1% +Market share for BSD is, right now, at an all time low, under 1% 0:14:21.480,0:14:28.480 And, of course, Netcraft confirms these findings. @@ -789,24 +791,25 @@ I mean, we can't possibly make money, so that, obviously, means that 0:14:39.310,0:14:46.310 -we're dying. And free software is… +we're dying. And free software is terrible 0:14:46.390,0:14:53.390 -We know how to say this, when we came out. -Free software equals terrorism. +We know the insane let me get out. +Free software equals terrism. 0:14:55.120,0:14:57.910 0:14:57.910,0:15:04.910 -Our inability to adapt. As you can see by this graph +Our inability to adapt. As you can see by this graph 0:15:09.630,0:15:15.980 Let's be serious here, people. +As per FreeBSD network pages per hour search 0:15:15.980,0:15:20.520 -We see Windows, I mean, the way people. Come on, -they’ve been doing this for a number of what? 15, +We see Windows, obviously I mean, they are way ahead people. +Come on, they’ve been doing this for a number of what? 15, 0:15:20.520,0:15:22.180 20 years. Linux is second. @@ -815,17 +818,18 @@ they’ve been doing this for a number of what? 15, They actually are showing some. 0:15:24.349,0:15:29.259 -We presume that someone is doing office by doing +We presume that someone is doing authentication +by reading user pages 0:15:29.259,0:15:35.450 The BSD is only for register, so we've got to work on that, of course 0:15:35.450,0:15:37.030 -Loss of talent. Free +Loss of talent. 0:15:37.030,0:15:41.410 -BSD has lost 93% of their core developers. +FreeBSD has lost 93% of their core developers. 0:15:41.410,0:15:45.300 Okay, come on, guys, let's go. @@ -851,12 +855,11 @@ sponsor, and some other company that didn’t sponsor us 0:16:16.070,0:16:17.560 - 0:16:17.560,0:16:20.070 I should just end right there. 0:16:20.070,0:16:21.870 - +because we're the nearest to them 0:16:21.870,0:16:28.130 Seriously, though, the technological challenge that we @@ -870,13 +873,13 @@ Of course, developers are in the market, so, if that happens, that 0:16:33.230,0:16:35.370 -happens. The end is really, really cool. +happens. Although the end is really, really cool. 0:16:35.370,0:16:40.150 DRM, is obviously evil, yes, I know, I don’t care about 0:16:40.150,0:16:41.690 -DRM. Ran out. +DRM. Run Dell. 0:16:41.690,0:16:43.980 Right? @@ -885,10 +888,11 @@ Right? Political challenges 0:16:45.310,0:16:48.710 -No, this has been hard to admit, but I can't beat +Now, this has been hard to entertain, +but I can't read this out in front of 0:16:48.710,0:16:50.530 -people, blobs, +people. Blobs, 0:16:50.530,0:16:52.140 binary is bad, @@ -897,10 +901,10 @@ binary is bad, don’t do it 0:16:53.140,0:16:56.180 -just smoke in the same crack +just smoke in the same crap 0:16:56.180,0:16:57.540 - +when it says 0:16:57.540,0:16:59.590 NDAs @@ -922,7 +926,7 @@ out okay 0:17:10.120,0:17:12.000 -get your files with your supplier, +get in touch with your supplier, 0:17:12.000,0:17:16.740 let's get some documentation to these guys. @@ -931,7 +935,7 @@ let's get some documentation to these guys. Because without the 0:17:18.159,0:17:20.100 -diversity, we'll have +diversity, we have 0:17:20.100,0:17:22.220 unity |