c03rad0r

Your local ISP

Public Key

npub1c03rad0r6q833vh57kyd3ndu2jry30nkr0wepqfpsm05vq7he25slryrnw

Profile Code

nprofile1qqsv8c37kh3aqrcckt60tzxcek79fpjghemphhvssyscdh6xq0tu42gpp4mhxue69uhkummn9ekx7mqpzemhxue69uhky6t5vdhkjmn9wgh8xmmrd9skc7lepaj

Publishing to

nos.lol

bitcoiner.social

relay.damus.io

Author Public Key

npub1c03rad0r6q833vh57kyd3ndu2jry30nkr0wepqfpsm05vq7he25slryrnw

Show more details

Last Notes

2025-06-18 06:01:31

- reply

Does this mean we now have a got server that we can sign into with our nsec?

2025-05-04 16:59:31

- reply

Thanks for doing this Sandwich! Nsite has come a long way since then @nprofile…c33q 😀
Do we already have a way to pay other people's blossom servers to host nsites?

2025-05-02 19:01:09

- reply

@npub1wnlu28xrq9gv77dkevck6ws4euej4v568rlvn66gf2c428tdrptqq3n3wr after realizing that miners who are too small to receive transactions out of band benefit from a permissive relay policy, I'm starting to wonder if DATUM and StratumV2 are the right tools for node operators to express their opinions rather than mempool policy.
Perhaps its time to stop calling our nodes "full nodes" if they aren't producing cost effective hash-rate.
Whats your take on this?

2025-05-02 18:51:21

- reply

Thanks for pointing out that small pools benefit from less strict mempool policy @nprofile…z2zr . I hadn't considered that.
Do you think Bitcoin core could benefit from moving the social interactions around the repository to nostr? gitworkshop.dev features nostr based pull request and issue management for instance.

2025-04-25 20:28:22

- reply

I love how the deleted PRs are still visible to remind us that we can't un publish nostr events.
Also nice to see that squashed branches have a new history now 😀
https://image.nostr.build/868e3fc04809db8a722dc5aee8610b47044d03345fd4f9db270effea9087a040.jpg

2025-04-04 23:22:38

- reply

@nprofile…ntqg we need you

2025-04-03 18:27:17

- reply

Is that a V shaped wing tip? Looks like a 737 max..

2025-04-03 15:07:09

- reply

Have you considered cryptpad.fr instead of proton for docs?

2025-04-03 13:54:15

- reply

When nostr?

2025-03-27 23:01:49

Flash memory cells don't keep working forever. The more times each cell is written to, the more it degrades. Wikipedia states that typical memory sticks are only designed to have each cell written to a few thousand times before the degradation causes data corruption.
Most devices use a technique called "wear levelling" that attempts to spread writes around the memory. That means you're not constantly hammering the same cells and causing them to fail when the rest of the memory is still fresh. Because of wear levelling, a USB flash drive should last until the amount of data that has been written to it is approximately a few thousand times its capacity. For example, a gigabyte drive should be able to cope with a few terabytes of data being written to it, over its lifetime.
I'm not sure what you mean by "full erasing" but I guess it means either overwriting all the data on the card or overwriting the entire card. That has just the same effect as writing the same amount of data, in terms of memory wear. So, for example, writing a megabyte of data and then overwriting it all should have roughly the same effect, in the long term, as just writing two megabytes of data. Reformatting the flash drive should have roughly the same effect as completely filling the card with data.
So, long story short, if every time you write data to the drive, you eventually delete it by overwriting, that should roughly halve the life of the drive (as compared to a standard operating system delete, which just marks the areas of the card as unused, without overwriting the data stored there). Maybe you care about that; maybe you don't. It would have been good for a few thousand uses; now you can "only" use it a couple of thousand times.
If you delete by reformatting, the drive will wear faster: if you fill the drive to x-percent, then reformat, you're writing as much data as you would if you filled it to (100+x)-percent. If you just deleted the data, you'd be able to use the drive a few thousand times 100/x times; reformatting means you only get to use it a few thousand times 100/(100+x) times. The life of the card is reduced by a factor of (100+x)/x. For example, by a factor of three if you only half-filled it, and by a factor of 11 if you were only 10%-filling it.
https://superuser.com/a/948220

2025-03-25 15:01:36

- reply

How can I start making compute available?

2025-03-25 14:59:34

I love these new gitworkshop features!
Thanks for your amazing work @npub15qy…yejr and @npub1hw6…65gr !
https://m.primal.net/Psfo.png https://m.primal.net/Psfs.png https://m.primal.net/Psfw.png

2025-03-23 21:06:36

- reply

For interoperability

2025-02-28 16:03:31

You may think I'm a `c03rad0r`, but I'm not the only one.

2025-02-28 08:10:06

- reply

Good point

2025-02-28 07:35:12

- reply

Thanks, that worked 😃
It doesn't show up in the search though...
https://chachi.chat/groups.0xchat.com/KxQtWfEJXpJxeKB9

2025-02-26 11:20:13

How can I create a group in `https://chachi.chat/`?
Do I need to setup a relay for this?
#asknostr

2025-02-25 09:11:53

I love next.nostr.watch @nprofile…ntru

2025-02-25 08:39:19

What relays do you use for NIP-46 @nprofile…dgp0 ?
https://www.nobsbitcoin.com/cashu-address-transitions-to-npub-cash/

2025-02-25 08:04:27

- reply

@nprofile…ktdx it costs facebook almost nothing to have traffic within its own networking infrastructure. They only need to start paying once they send traffic through a gateway, because they are using someone else's infrastructure at that point. #TollGate enables anyone with access to a gateway to undercut facebook's data plans.