don nacho

DevOps | Decentralization | Gaming

[don nacho @gespi_]

As promised a How-To on migrating your #ReactJS app onto the #ICP network https://t.co/1x6uziRl57

[don nacho @gespi_]

@0xVestica @SuperRare @ROBNESSOFFICIAL Are these digitally or phiscally made. Owner get original?

[don nacho @gespi_]

@zxhntt invite sent

[Morning Brew ☕️ @MorningBrew]

Dating a model Dating a model
(2004) (2024)

[#BertaOut @NadavIsHere]

Drake bars that aged poorly:

[☔ @Whotfismick]

the older we get, the more we understand this guy

[DJ Akademiks @Akademiks]

Drakes house on google maps says ‘owned by Kendrick’

[Teller Bank$ / 𐕣 𐕣 𐕣 / Marion Wood$ @Teller_Banks357]

Baby Keem woulda ended this beef 3 weeks ago. No punchlines not nothin just the craziest beat you ever heard and baby voice chanting “stranger danger”

[DFINITY Foundation @dfinity]

The EVM RPC canister Beta is live ⌛

This service helps easily build integrations between ICP & Ethereum smart contracts 🖇️

It keeps dapps secure by automatically inferring consensus among multiple RPC providers with each outbound request 🔒

Try it 📑 https://t.co/J07bRlx0Hp

[Magnus Carlsen @MagnusCarlsen]

The format I have been waiting for♟️

[dom | icp @dominic_w]

ICP is designed to revolutionise compute, and decentralization is key to its design.

The network runs under the direct control of an advanced DAO called the Network Nervous System (NNS).

Anyone can vote on proposals submitted to the NNS by locking up ICP tokens to create "voting neurons" (they are called neurons because they can be configured to vote automatically by following other neurons on a topic-by-topic basis).

Large numbers of proposals are being processed all the time, and they can be submitted by anyone. Some are related to general governance, and simply coalesce community opinion, for example regarding questions of network design.

Other proposals actually cause the network to do something in a fully automated way. For example, they can upgrade the node software running on node machines around the world, or adjust one of its internal subnet blockchains – the decentralized NNS directly manages and evolves the network.

The purpose of ICP is to revolutionise compute. You can build a social network on ICP, 100% on-chain (see OpenChat, https://t.co/CZ2UwofoZI, for a great example of what's possible). This raises the challenge of decentralization Vs efficiency.

The automation of the network by autonomous decentralized governance is essential to the network's application of "deterministic decentralization."

Deterministic decentralization is how the network solves the efficiency challenge: the Internet Computer is created by special "node machines" that are currently run by about 120 different "node providers" around the world, which nodes the NNS organizes into subnet blockchains in ways that create high-certaInty large Nakamoto coefficients, while minimizing replication, and thus cost.

When creating or reconfiguring a subnet blockchain (e.g. by adding or removing node machines), in applying deterministic decentralization, the NNS takes account of a lot of information.

It aims to ensure that the node machines that make up a subnet are a) owned/operated by independent node providers, b) installed in different data centers/co-location facilities, which are c) in dispersed geographies and d) different jurisdictions.

This can provide much more robust decentralization than anonymous PoS validators running on Big Tech's clouds, while – crucially – massively reducing replication cost, which is essential to the Internet Computer's mission of revolutionising backend compute on blockchain.

Last note: the configuration of subnet blockchains by the NNS also allows for the creation of specialist subnets e.g. recently a subnet was formed entirely from node machines running in the EU, which will allow canister smart contracts uploaded to the network to be tagged "GDPR-compliant."

Last last note: ICP subnet blockchains are true subnets, not standalone blockchains. They are combined into a single seamless blockchain environment, and are invisible to hosted smart contracts and users.

Last last last note: technically, the reconfiguration of subnets by the ICP protocol (Internet Computer Protocol) on direction of the NNS is highly complex, and involves a lot of specialized cryptographic protocols, including a "non interactive distributed key generation" protocol, "key resharing" protocols, and many other things.

TLDR; the Internet Computer is very decentralized by virtue of highly advanced unique crypto technologies

[don nacho @gespi_]

@crypto_is_good Make the videos! We’ve been missing out on A tier content

[hiimrave.icp Ƹ̵̡Ӝ̵̨̄Ʒ ∞ @ohiimRave]

anon explains $ICP is multi-chain

[don nacho @gespi_]

@grafana has the “Intro to Grafana Mimir” started? Link doesn’t redirect to seminar

[ΛIBΞN @aibenxyz]

The Force.

[Nick Ford @itsnickford]

$100K wagered in 24 hours. $GAMBLX $820K mcap.

RT to claim clout later. 👀

[don nacho @gespi_]

@CryptoWithNick @pendle_fi Nick always with the great updates! Ty for what you do out here man

[dom | icp @dominic_w]

Today, most Web3 is built on AWS, and just keeps its tokens and NFTs on a blockchain. Usually that blockchain also runs on AWS

I'm proud that the Internet Computer | #ICP eliminates the need for the centralized Web2 stack

Glad to see others raising this:
https://t.co/EYqH0Tlg10