Does anyone find JSCAD modeling inside Atom useful?
Tips/suggestions? I've been working on this project [1]
75 karma · joined March 31, 2013
twitter: @matias_baruch
[ my public key: https://keybase.io/minsaurralde; my proof: https://keybase.io/minsaurralde/sigs/igbEOYPR1UThcRvB3uVGSr3rOenRaq2odnS4y6wC7Zk ]
Does anyone find JSCAD modeling inside Atom useful?
Tips/suggestions? I've been working on this project [1]
Contact me for details!
I think I've posted it here [0], I will hopefully finish a better release soon, and I'll share it again.
Thank you!
[0] https://www.reddit.com/r/ethereum/comments/3ynznd/poll_what_...
This means all the posts are cryptographically signed and stored in the blockchain.
I'm still learning it, my last hack was a (J)SCAD file previewer inside Atom:
You are seeing this page because website has reached CPU usage limit of the server, and it was temporarily disabled.
I bought my first iMac one month ago, after using HP, Acer, etc. w/ Slackware for years.
Would like to acquire a Macbook Pro soon, just to give you an idea, a Macbook Pro, i7, 16 GB RAM, SSD 512 GB is around 2900 U$ here.
I finished school two years ago and I'm currently looking for scholarships (undergrad level, would like to study in North America or Europe).
Currently working for ScrapingHub, doing stuff with Python :)
So I started generating random numbers between common document number ranges (1000000-4000000).
Our public health system has a web app that lets you check your enrollment status by entering an document #, and there are no CAPTCHAs! So the attack was like this: generate a random document number, send a request to the public health app and get the target's info (name, date of enrollment and other info). The most interesting thing was that I tried to login into all accounts by using the birth date of the target as a password (the bank's password policy: just numbers, a min. of 6 numbers...). Around 40% of the clients were vulnerable.