Uploaded January 2022 | Updated September 2026, 2 weeks ago
Google insisted I stop...
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This video will show you how to set up an ethereum 2.0 node on a Linux Machine on Google Cloud Platform using Geth. An ethereum node can be used to validate transactions and mine ethereum as well as create private blockchains to develop web3 applications.
Mining is the process of creating a block of transactions to be added to the Ethereum blockchain.
Ethereum, like Bitcoin, currently uses a proof-of-work (PoW) consensus mechanism. Mining is the lifeblood of proof-of-work. Ethereum miners - computers running software - using their time and computation power to process transactions and produce blocks.
A blockchain is a public database that is updated and shared across many computers in a network.
"Block" refers to data and state being stored in consecutive groups known as "blocks". If you send ETH to someone else, the transaction data needs to be added to a block to be successful.
"Chain" refers to the fact that each block cryptographically references its parent. In other words, blocks get chained together. The data in a block cannot change without changing all subsequent blocks, which would require the consensus of the entire network.
Every computer in the network must agree upon each new block and the chain as a whole. These computers are known as "nodes". Nodes ensure everyone interacting with the blockchain has the same data. To accomplish this distributed agreement, blockchains need a consensus mechanism.
Linux Commands
gist.github.com/aioverlords/fd95b15e5b30acd0b5f5cf9032ba9a5d
Commands
Elevate to Root
sudo su -
Update Packages
apt-get update
Install Geth
geth.ethereum.org/downloads
wget file
tar -xvf package_name
Sync Node via Geth
geth --http --miner.etherbase 0xA92f293fF7f639f9d604662d12eac76a103942DD --datadir /ethereum-chain --ipcdisable --cache 3000 --maxpeers 50
Create Directory for Chain Data
mkdir ethereum-chian
Run Geth JavaScript Console
geth attach http://127.0.0.1:8545
Check Syncing Statuc
eth.syncing
Etherscan.io
etherscan.io
Check Progress with Geth JS Console
var lastPercentage = 0;
var lastBlocksToGo = 0;
var timeInterval = 10000;
setInterval(function () {
var percentage = eth.syncing.currentBlock / eth.syncing.highestBlock * 100;
var percentagePerTime = percentage - lastPercentage;
var blocksToGo = eth.syncing.highestBlock - eth.syncing.currentBlock;
var bps = (lastBlocksToGo - blocksToGo) / (timeInterval / 1000);
var etas = 100 / percentagePerTime * (timeInterval / 1000);
var etaM = parseInt(etas / 60, 10);
console.log(parseInt(percentage, 10) + '% ETA: ' + etaM + ' minutes @ ' + bps + 'bps');
lastPercentage = percentage;
lastBlocksToGo = blocksToGo;
console.log("Remaining Blocks: " + (eth.syncing.highestBlock - eth.syncing.currentBlock));
}, timeInterval);
Show Chain Data
cd /ethereum-data
du -shc ./*
Show System Utilization
htop
Show Disk Read/Write Activity
apt-get install iotop
iotop
Run TMUX
apt-get install tmux
tmux
Start Mining
geth --http --miner.etherbase 0xA92f293fF7f639f9d604662d12eac76a103942DD --datadir /mount-eth2/blockchain --ipcdisable --cache 30048 --maxpeers 150 --mine --miner.threads=4 --metrics
Outline
Intro 0:00 - 0:55
Ethereum Nodes 0:55 - 1:30
Syncing Methods 1:30 - 2:05
SSD 2:05 - 2:28
Create Virtual Machine 2:28 - 3:50
SSH Into VM 3:50 - 4:18
Install Geth 4:18 - 5:37
Sync Blockchain 5:37 - 7:26
Geth JS Console 7:26 - 9:55
Monitor Chain Data 9:55 - 10:58
Review System Utilization 10:58 - 11:34
Show Disk Activity 11:34 - 12:25
Run tmux 12:25 - 16:40
Start Miner 16:40 - 17:40
Open All Ports on Router 17:40 - 18:13
Review Billing on GCP 18:13 - 18:54
#ethereum #crypto
Google insisted I stop...
π§ Need expert help fast? Book a 1:1 session and get unstuck today π bit.ly/42I10y5
π₯ NEW: Unlock members-only videos and behind-the-scenes drops π bit.ly/4iyBm4I
π οΈ The exact tools and gear I trust (and actually use) π amzn.to/44fKDv4
π Step-by-step setup guides, templates, and insider resources π bit.ly/4ivZDID
π Grab custom gear and tools designed by me π etsy.me/4isKwjb
π© For sponsorships or business inquiries, reach out: macgyvertechnology@gmail.com
This video will show you how to set up an ethereum 2.0 node on a Linux Machine on Google Cloud Platform using Geth. An ethereum node can be used to validate transactions and mine ethereum as well as create private blockchains to develop web3 applications.
Mining is the process of creating a block of transactions to be added to the Ethereum blockchain.
Ethereum, like Bitcoin, currently uses a proof-of-work (PoW) consensus mechanism. Mining is the lifeblood of proof-of-work. Ethereum miners - computers running software - using their time and computation power to process transactions and produce blocks.
A blockchain is a public database that is updated and shared across many computers in a network.
"Block" refers to data and state being stored in consecutive groups known as "blocks". If you send ETH to someone else, the transaction data needs to be added to a block to be successful.
"Chain" refers to the fact that each block cryptographically references its parent. In other words, blocks get chained together. The data in a block cannot change without changing all subsequent blocks, which would require the consensus of the entire network.
Every computer in the network must agree upon each new block and the chain as a whole. These computers are known as "nodes". Nodes ensure everyone interacting with the blockchain has the same data. To accomplish this distributed agreement, blockchains need a consensus mechanism.
Linux Commands
gist.github.com/aioverlords/fd95b15e5b30acd0b5f5cf9032ba9a5d
Commands
Elevate to Root
sudo su -
Update Packages
apt-get update
Install Geth
geth.ethereum.org/downloads
wget file
tar -xvf package_name
Sync Node via Geth
geth --http --miner.etherbase 0xA92f293fF7f639f9d604662d12eac76a103942DD --datadir /ethereum-chain --ipcdisable --cache 3000 --maxpeers 50
Create Directory for Chain Data
mkdir ethereum-chian
Run Geth JavaScript Console
geth attach http://127.0.0.1:8545
Check Syncing Statuc
eth.syncing
Etherscan.io
etherscan.io
Check Progress with Geth JS Console
var lastPercentage = 0;
var lastBlocksToGo = 0;
var timeInterval = 10000;
setInterval(function () {
var percentage = eth.syncing.currentBlock / eth.syncing.highestBlock * 100;
var percentagePerTime = percentage - lastPercentage;
var blocksToGo = eth.syncing.highestBlock - eth.syncing.currentBlock;
var bps = (lastBlocksToGo - blocksToGo) / (timeInterval / 1000);
var etas = 100 / percentagePerTime * (timeInterval / 1000);
var etaM = parseInt(etas / 60, 10);
console.log(parseInt(percentage, 10) + '% ETA: ' + etaM + ' minutes @ ' + bps + 'bps');
lastPercentage = percentage;
lastBlocksToGo = blocksToGo;
console.log("Remaining Blocks: " + (eth.syncing.highestBlock - eth.syncing.currentBlock));
}, timeInterval);
Show Chain Data
cd /ethereum-data
du -shc ./*
Show System Utilization
htop
Show Disk Read/Write Activity
apt-get install iotop
iotop
Run TMUX
apt-get install tmux
tmux
Start Mining
geth --http --miner.etherbase 0xA92f293fF7f639f9d604662d12eac76a103942DD --datadir /mount-eth2/blockchain --ipcdisable --cache 30048 --maxpeers 150 --mine --miner.threads=4 --metrics
Outline
Intro 0:00 - 0:55
Ethereum Nodes 0:55 - 1:30
Syncing Methods 1:30 - 2:05
SSD 2:05 - 2:28
Create Virtual Machine 2:28 - 3:50
SSH Into VM 3:50 - 4:18
Install Geth 4:18 - 5:37
Sync Blockchain 5:37 - 7:26
Geth JS Console 7:26 - 9:55
Monitor Chain Data 9:55 - 10:58
Review System Utilization 10:58 - 11:34
Show Disk Activity 11:34 - 12:25
Run tmux 12:25 - 16:40
Start Miner 16:40 - 17:40
Open All Ports on Router 17:40 - 18:13
Review Billing on GCP 18:13 - 18:54
#ethereum #crypto

![How to Install Heat Sinks for Raspberry Pi 3 Model B+ to Unlock Better Performance
Raspberry Pi 4 π https://amzn.to/47RMh4i
π§ Need expert help fast? Book a 1:1 session and get unstuck today π https://bit.ly/42I10y5
π₯ NEW: Unlock members-only videos and behind-the-scenes drops π https://bit.ly/4iyBm4I
π οΈ The exact tools and gear I trust (and actually use) π https://amzn.to/44fKDv4
π Step-by-step setup guides, templates, and insider resources π https://bit.ly/4ivZDID
π Grab custom gear and tools designed by me π https://etsy.me/4isKwjb
π© For sponsorships or business inquiries, reach out: macgyvertechnology@gmail.com
Heat sinks will be applied to the CPU, network ethernet, and bluetooth chips on our Raspberry Pi 3 Model B+ in order to ensure we dont over heat out device. You can also explore fans and water cooling systems.
The Raspberry Pi is a series of small single-board computers developed in the United Kingdom by the Raspberry Pi Foundation to promote teaching of basic computer science in schools and in developing countries.
Intro 0:00 - 0:08
Why Install Heat Sinks? 0:08 - 0:35
Chip Layout 0:35 - 1:13
Thermal Sticker Heat Sink 1:13 - 2:10
Overheating 2:10 - 2:41
#raspberrypi #singleboardcomputer #internetofthings
Raspberry Pi
Raspberry Pi 3 B+
Raspberry Pi 3 Model B+
Also known as RPi
Operating system 9front
Alpine Linux
Android Things
Arch Linux ARM
CentOS
Daylight Linux
Debian
emteria.OS
Fedora
FreeBSD
Freedombox
Gentoo Linux
Kali Linux
Kano
LibreELEC
LineageOS
motioneyeOS
NetBSD
OpenBSD
OpenELEC
openSUSE
OpenWrt
OSMC
piBang
piCorePlayer
Pi-Top OS
Plan 9
Puppy Linux
Raspbian
RISC OS
Slackware
Sugar (software)
SUSE
Ubuntu Core
Ubuntu MATE
Void Linux
Windows 10 IoT Core[2]
System-on-chip used Broadcom BCM2837B0
CPU 1.4 GHz 64/32-bit quad-core ARM Cortex-A53
Memory 1 GB LPDDR2 RAM at 900 MHz[3]
Storage MicroSDHC slot
Graphics Broadcom VideoCore IV 300 MHz/400 MHz
Power 1.5 W (average when idle) to 6.7 W (maximum under stress)[4]
Website raspberrypi.org
https://www.raspberrypi.org/ How to Install Heat Sinks for Raspberry Pi 3 Model B+ to Unlock Better Performance](https://i.ytimg.com/vi/JFarNZ-WTXk/mqdefault.jpg)






![Not All Stablecoins Are Stable: What Happened with Terra Luna
This video discusses the collapse of the Terra Luna stable coin as well as the two types of stable coins.
Outline
Intro 0:00 -
How Stable Coins DePeg 0:35 - 0:42
Backed Stable Coin 0:42 - 1:39
Algorithmic Stable Coin 1:39 - 2:30
A stablecoin is a digital currency that is pegged to a βstableβ reserve asset like the U.S. dollar or gold. Stablecoins are designed to reduce volatility relative to unpegged cryptocurrencies like Bitcoin.
Stablecoins bridge the worlds of cryptocurrency and everyday fiat currency because their prices are pegged to a reserve asset like the U.S. dollar or gold. This dramatically reduces volatility compared to something like Bitcoin and results in a form of digital money that is better suited to everything from day-to-day commerce to making transfers between exchanges.
The combination of traditional-asset stability with digital-asset flexibility has proven to be a wildly popular idea. Billions of dollars in value have flowed into stablecoins like USD Coin (USDC) as theyβve become some of the most popular ways to store and trade value in the crypto ecosystem.
#terraluna #dokwon #stablecoin
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https://statechange.ai/ Not All Stablecoins Are Stable: What Happened with Terra Luna](https://i.ytimg.com/vi/LWKrMvBzYyQ/mqdefault.jpg)

