Love #syzkaller?
Our sibling team at Google is looking for #Linux Kernel Fuzzing & Hardening specialist in Zurich.
If KASAN/UBSAN/KCOV are your tools of the trade, we want to talk.
https://t.co/SWwVOABozr
I wrote the summary of "100 years of @BellLabs" inspired by @jongertner book.
It's available on my Telegram channel: https://t.co/lwLBT6Oesa
and also at my website: https://t.co/5vMomffhX7
Legendary R&D!
#belllabs#engineer#Physics
Vehicle as a Service (VaaS) is not just the future; it's freedom from the endless cycle of vehicle ownership costs! Imagine a world where you're free from the headaches of insurance, maintenance, loan interests, and the perpetual depreciation of value. With VaaS, all it takes is a few taps on your phone, and a #Robotaxi arrives to whisk you away anywhere, anytime. It's smart, efficient, and oh-so-liberating! 🚗
$TSLA 👑⚡️🤖🚀
Here's my 8.5 hour conversation with @elonmusk & @neuralink team.
It is the longest podcast I've ever done! 🤯 It's a fascinating, super technical, and wide-ranging conversation.
It's here on X & everywhere else, including YouTube: https://t.co/0kYbFNj2Su
On X, it's split up into 3 parts (in replies to this post) due to the current 4 hour limit for video. I continue to push the X engineering team to increase the limit... up it to 10 hours let's go! 🤣
Thank you to Elon Musk, DJ Seo, Matthew MacDougall, and Bliss Chapman who are part of the amazing Neuralink team: @elonmusk, @djseo_, @matthewmacdoug4, and @chapman_bliss.
And thank you to Noland Arbaugh (@ModdedQuad) who is the first human to have a Neuralink device implanted in his brain.
Timestamps:
0:00 - Introduction
0:49 - Elon Musk
4:06 - Telepathy
10:45 - Power of human mind
15:12 - Future of Neuralink
20:27 - Ayahuasca
29:57 - Merging with AI
34:44 - xAI
36:57 - Optimus
43:47 - Elon's approach to problem-solving
1:01:23 - History and geopolitics
1:05:53 - Lessons of history
1:10:12 - Collapse of empires
1:17:55 - Time
1:20:37 - Aliens and curiosity
1:28:12 - DJ Seo
1:36:20 - Neural dust
1:43:03 - History of brain–computer interface
1:51:07 - Biophysics of neural interfaces
2:01:36 - How Neuralink works
2:07:26 - Lex with Neuralink implant
2:27:24 - Digital telepathy
2:38:27 - Retracted threads
2:44:01 - Vertical integration
2:50:55 - Safety
3:00:50 - Upgrades
3:09:53 - Future capabilities
3:39:09 - Matthew MacDougall
3:44:58 - Neuroscience
3:52:07 - Neurosurgery
4:03:11 - Neuralink surgery
4:22:20 - Brain surgery details
4:38:03 - Implanting Neuralink on self
4:53:57 - Life and death
5:03:17 - Consciousness
5:06:11 - Bliss Chapman
5:19:27 - Neural signal
5:26:19 - Latency
5:30:59 - Neuralink app
5:35:40 - Intention vs action
5:46:54 - Calibration
5:56:26 - Webgrid
6:19:28 - Neural decoder
6:40:03 - Future improvements
6:48:59 - Noland Arbaugh
6:49:08 - Becoming paralyzed
7:02:43 - First Neuralink human participant
7:06:45 - Day of surgery
7:24:31 - Moving mouse with brain
7:49:50 - Webgrid
7:57:52 - Retracted threads
8:06:16 - App improvements
8:13:01 - Gaming
8:23:59 - Future Neuralink capabilities
8:26:55 - Controlling Optimus robot
8:31:16 - God
8:33:21 - Hope
@lexfridman@realDonaldTrump Why do @Tesla , @SpaceX require US citizenship or work permission (like green card) to be employed? That's unfair for the foreign specialists.
I wrote my 1st blog post on my website and started with:
Mutt setup with Gmail labels for Linux kernel emails
https://t.co/7i4nisAioH
This is my 1st experience with mutt, so configs are not advanced per se.
#linux#mutt
Published an exploit for this vulnerability: CVE-2024-0582.
A detailed write-up by me is not coming as the way I exploit it is the same as for another io_uring vulnerability, CVE-2023-2598.
https://t.co/9Hi9WxPibf
Often recognized as the first computer programmer, Ada Lovelace, in the 1840s, foresaw the potential of computers to go beyond mere number crunching. She speculated that machines like the Analytical Engine could compose music, produce graphics, and be useful in practical and scientific use.
if I use https://t.co/Yqh6ATlxRM for more static diagrams like architecture, then for sketches, I've just found out https://t.co/fbvoIKvNJB . Perfect tool for drawing something without pixel-level precision
@WitzelThomas@NuandLLC Pros of having 122.88 MHz instead of 62(?) MHz is the ability of low-quality 8-bit precision I/Q samples capture of 5G network which bandwidth usually <= 100 MHz for FR1. That's one case, another case is to do 5x20MHz carrier aggregation on 4G LTE