This is a work in progress, proceed with caution
- Install Proxmox 6.X iso I selected 2 drives in Raid 1 mirror
- Console/SSH into Proxmox
- nano /etc/apt/sources.list
/** By LnRouter.app */ | |
function bitShift(n: number, shiftBy: number): number { | |
let base = n; | |
for (let i = 0; i < shiftBy; i++) { | |
base = base * 2; | |
} | |
return base; | |
} | |
export function shortChannelIdToDecimalId(shortChannelId: string): string { |
// 1. Open the browser developper console on the network tab | |
// 2. Start the video | |
// 3. In the dev tab, locate the load of the "master.json" file, copy its full URL | |
// 4. Run: node vimeo-downloader.js "<URL>" | |
// 5. Combine the m4v and m4a files with mkvmerge | |
const fs = require('fs'); | |
const url = require('url'); | |
const https = require('https'); |
Darkpool: A chaumian blinded ecash like co-op mixing pool for self custodial savings accompanying Mints
Darkpool is a privacy preserving cooperative self-custody pool on bitcoin, utilizing taproot n-of-n musig on the key path and CTV (OP_CHECKTEMPLATEVERIFY) settlement tree on the script path. Tarpit is the name chosen for the proof of concept implementation project of darkpools.
With multiparty computation multisignatures like FROST [0], it is possible to build a collaborative custodian service that is extremely private for users.
Today's collaborative custodians can see your entire wallet history even if you never require them to help sign a transaction, and they have full liberty to censor any signature requests they deem inappropriate or are coerced into censoring.
With FROST, a private collaborative custodian can hold a key to a multisig while remaining unaware of the public key (and wallet) which they help control. By hiding this public key, we solve the issue of existing collaborative custodians who learn of all wallet transactions even if you never use them.
Further, in the scenario that we do call upon a private collaborative custodian to help sign a transaction, this transaction could be signed blindly. Being blind to the transaction request itself and unknowing of past onchain behavior, these custodians have no practical in
Name | Description | Exceptions |
---|---|---|
Avoid async void | Prefer async Task methods over async void methods | Event handlers |
Async all the way | Don't mix blocking and async code | Console main method |
Configure context | Use ConfigureAwait(false) when you can |
Methods that require context |
Sats4Files is a protocol for decentralized file hosting. It allows users to request data from untrusted servers, and upon receiving the encrypted data, they can pay for the decryption key via Lightning. The exchange is atomic, ensuring that the user only receives the data if they pay for it, and the seller only gets paid if they deliver the data. The protocol is an efficient form of verifiable encryption, which is similar to verifiable secret sharing using Shamir's algorithm.
This scheme is simplified and does not fully solve the problem, as discussed in the Limitations section. This writeup intends to spark interest to solve the remaining issues beyond the fixes that we suggest.
The client wants to buy from the server the file
corresponding to a particular file_id
.
Here, we assume we have PTLCs on Lightning instead of HTLCs. That means we can buy a discrete logarithm over Li
This is a guide that I wrote to improve the default security of my website https://fortran.io , which has a certificate from LetsEncrypt. I'm choosing to improve HTTPS security and transparency without consideration for legacy browser support.
I would recommend these steps only if you have a specific need for information security, privacy, and trust with your users, and/or maintain a separate secure.example.com domain which won't mess up your main site. If you've been thinking about hosting a site on Tor, then this might be a good option, too.
The best resources that I've found for explaining these steps are https://https.cio.gov , https://certificate-transparency.org , and https://twitter.com/konklone
#!/bin/bash | |
# Usage: yt-whisper URL [OUTPUT_FILENAME_TEMPLATE [LANGUAGE]] | |
# If OUTPUT_FILENAME_TEMPLATE is empty, output is yt-whisper-video | |
# If LANGAUGE is empty, it is set to "auto" | |
# General settings (paths) for whisper.cpp | |
# Note - this uses whisper.cpp, not official whisper. Get it at | |
# https://github.com/ggerganov/whisper.cpp | |
# You will have to adjust these |