COVID-19 Resource Page
I started a COVID-19 resource page.
I couldn’t find a concise article about creating a Debian installer USB key with a writable file system, so here is my take. This assumes you have an available Linux system. Note that some old BIOSes might not happily boot USB drives created in this way.
You can also automate the installation. See: http://www.debian.org/releases/stable/amd64/apb.html.en. The preseed.cfg file should go into the root folder of the USB key. You can then change the syslinux.cfg file to:
default vmlinuz
append initrd=initrd.gz auto file=/hd-media/preseed.cfg locale=en_US console-keymaps-at/keymap=us
 You now have a bootable USB key that you can also easily modify.
If you’ve deleted some apps (e.g. using TitaniumBackup) and have a custom recovery, but you still want to apply an OTA, here’s what you can do:
FILE=n/META-INF/com/google/android/updater-script
cp $FILE t
sed -i '/apply_patch_check.*EmailGoogle/d;/apply_patch.*EmailGoogle/,+2d' $FILE
sed -i '/apply_patch_check.*PlusOne/d;/apply_patch.*PlusOne/,+2d' $FILE
sed -i '/apply_patch_check.*Gmail/d;/apply_patch.*Gmail/,+2d' $FILE
diff -u t $FILE
rm n/recovery/etc/install-recovery.sh
cd n
zip -r ../o3.zip .
and then use your custom recovery (e.g. clockwork) to install the zip.
I am attending the USENIX security conference this week. Sessions are available online. Here are my notes from sessions that I found interesting (bold for extra):
Network Security in the Medium Term: 2061–2561 AD, Charles Stross
Stross is one of my favorite science fiction authors. The main direction of the talk was the future political importance of information security. This is due to the intrusiveness of future information breaches once lifelogging, bioinformatics and other very intimate technologies are adopted.
Fast and Precise Sanitizer Analysis with BEK, Pieter Hooimeijer, et al
Toward Secure Embedded Web Interfaces, Baptiste Gourdin, et al
Comprehensive Experimental Analyses of Automotive Attack Surfaces, Stephen Checkoway, et al
Privacy in the Age of Augmented Reality, Alessandro Acquisti, et al
Secure In-Band Wireless Pairing, Shyamnath Gollakota, et al
TRESOR Runs Encryption Securely Outside RAM, Tilo Müller and Felix C. Freiling:
A Study of Android Application Security, William Enck, et al
Permission Re-Delegation: Attacks and Defenses, Adrienne Porter Felt, et al
Telex: Anticensorship in the Network Infrastructure, Eric Wustrow, et al
Three Researchers, Five Conjectures: An Empirical Analysis of TOM-Skype Censorship and Surveillance, Jeffrey Knockel, et al
BuddyNS is a free secondary name service. Yes, free. I started using it a couple of months ago and had no issues.
Good for your random project domains where you can’t justify spending on DNS fees.
It’s interesting to see one of the major characters in the Extropian movement (precursor to the H+ movement) become the CEO of Alcor.
This is a somewhat technical article and assumes knowledge of Android and Linux.
Just got a Nexus S, and had some issues moving my contact list from my old phone. So I decided to write this up.
You have two options:
* If you come from a ROM that allows export to SD, just use Import/Export to USB storage, copy the file over, then import it
* Option #2 would have been to use Titanium Backup. However, it doesn’t seem to work right for restoring on the Nexus S (yet).
* Otherwise, you can copy the contacts2.db file. Of course, you have to root your target phone first. Then copy the db file to the sdcard.
As root, do (assuming standard layout):
cd /data/data/com.android.providers.contacts/databases
rm contacts2.db
cat /sdcard/contacts2.db > contacts2.db
chmod 660 contacts2.db
ls -l .. # see who owns this directory
chown
You might have to restart your phone for the contacts to be re-read.
Zyvex can now build atomically precise 3-D structures from silicon. That’s a nano equivalent to the MakerBot.
Arbitrary structures can be used to build templates and tools that can further build other tools, bootstrapping a new industry.
Over the past few years I’ve been thinking about whole brain emulation (WBE) and the required computational resources. My conclusion is that the required technology level will be reached in the 2025 – 2030 time frame.
Although most estimates focus on calculations per second, the relevant parameters are:
Missed Eliezer Yudkowsky: Simplified Humanism and Positive Futurism.
9:40 – Ramez Naam: The Digital Biome
Plenty of carrying capacity for the biome – 30-300 billion people with advanced biotech. We are using only 1/1000 of the incident energy from the sun. There’s no reason to crash due to lack of resources with advanced tech. Population is predicted to level off at 10 billion.
Good points, but the Singularity is likely to happen on a shorter time scale.
9:30 – Missed Michael Vassar‘s talk.
9:50 – Gregory Stock is talking. He is skeptical about progress in the bio realm. He says that the FDA is a damper on progress, but he also says that there are difficult problems. He brings up Alzheimer’s as an example. I think he is underestimating the power of info tech to change the way we do bio-science. Having read/write access to DNA, plus “in-silico” simulations will change the game.
Now he is talking about Silicon and saying that the complexity of computers rivals that of life. And now he is talking about the rapid exponential progress in DNA technology. As far as I understand, he is worried that we will create new life forms that will supersede humans. He is saying that human evolution is “not exponential”. I think he means that it’s a very slow exponential compared to tech.
Martin talks about the future of the cosmos and our responsibility to prevent existential risks at a long now foundation seminar.
Nice to see H+ memes coming from the president of the Royal Society.
H/T Tom McCabe @ Kurzweil AI
Raghavendra Singh and Dharmendra S Modha published a paper in PNAS detailing 383 brain regions and 6,602 connections between them.
A very insightful talk about how we lost our freedom and how to regain it
You can also read the full transcript linked from there.
Here are some background pointers:
AÂ list of projects in this space. Â The Diaspora project is listed under “deployable on commodity webhosting”. Â I was under the impression that they are actually more of a p2p application.
AÂ set of ideas for this space on the GNU Social wiki.
Adriana Lukas talks about the user-controlled web and the mine project. Â (She coins a fun acronym: Relationships on Individuals’ Own Terms -Â RIOT. )
(flash video removed June 2016)
There seems to be quite a bit of activity with 20-30 projects, but the efforts are fragmented. Â Different projects have different goals and approaches. Â Some focus on a piece of the user experience and others focus on technology. Â For example, the Mine! project is a technology piece focused on rich sharing of data (including links, photos) with strong user control. Â OneSocialWeb is focused on messaging. Â With Elgg you can create social networks – but it’s not really user controlled.
Diversity is great, but one or two well-thought out efforts need to win. Â Critical mass is a must in order to win in this space.
I’m pretty excited about the Diaspora project generating a groundswell of support. They managed to raise $170K in two weeks through kickstarter (they asked for $10K).
Why am I excited? I’ve written before about walled gardens and user controlled Internet apps. It is crucial that we invert the control structure of the web if we want to be in control of our destiny.
There are some critical challenges that a user-controlled system must face:
I can’t wait to see what the first prototype looks like.
There are some additional projects along these lines that are worth a look and are actually further along:
Maybe none of these will make it. But the $170K is a signal – that people care about this.
Tihamer Toth-Fejel writes about Productive Nanosystems and the 2009 Financial Meltdown.
The collisions between unstoppable juggernauts and immovable obstacles are always fascinating—we just cannot tear our eyes away from the immense conflict, especially if we have a glimmer of the immense consequences it will have for us. So it will be when Productive Nanosystems emerge from the global financial meltdown. To predict what will happen in the next decade or so, we must understand the essential nature of wealth, and we must understand the capabilities of productive nanosystems.
Sanity prevails in federal court! News at 11.
As a Cryonics member, I became interested in a new initiative to fixate the brain in a plastic medium: brainpreservation.org
Would be excellent to have a high fidelity preservation procedure that doesn’t require maintenance (such as liquid nitrogen in the case of Cryonics).
After attending a couple of Quantified Self meetups, I was inspired to quantify various aspects of myself and my life. For example, I was wondering if I am breathing well while I sleep, since I have been waking up tired on occasion.
I bought the Contec CMS50-F oximeter from here.
The software that comes with the CMS50 could be more reliable and user-friendly, and only runs on Windows. I ended up spending a day reverse engineering the USB protocol and writing a Python program to acquire and graph the data. The software is on Gitorious.
Here are some of the charts you can get: