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Mostrando 158 de 301 momentos. 143 están en otro idioma y quedan aparte, no degradados — mostrar todos los idiomas. 7 de ellos están en una sesión que tiene traducción a este idioma: quedaron aparte por el idioma hablado, pero son legibles — abra la sesión y cambie la transcripción.
Taught 7 times across 4 recorded calls (Ch2GL, Ch4EN) between 2026-08-11 and 2026-09-21 , in EN .
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Consensus algorithms and proof of work
The shallowest moment on this topic anyone at your level can reach — not the highest-scoring one, which is usually deep inside a discussion and a poor first click.
Lo que se enseñó
What each stretch was called — the session's own chapter heading where there is one, otherwise what the stretch teaches, derived from the recording. Ranked by how much of this topic sits under each, and naming what was taught alongside it rather than repeating the title of this page. Each one opens the recording where that thread starts, at the depth it needs to play.
- Blocks, blockchain, nodes, and stake pools
- Consensus algorithms and proof of work
- ADA Stat Pools Exploration
- Governance and Delegation Mechanics
- Transaction Submission Flow
- Proof Mechanisms Compared
- Smart contracts, UTXOs, datums and redeemers
En sus propias palabras
Verbatim from the transcripts, not paraphrased — a paraphrase of a recording is a claim about it, and this page does not make claims it cannot link to.
But what I just said is like, you know, the relays help because they are, you know, trusted by the block producer. Something that like. The question here was a bit like, what if the block producer goes down? Do the relays speak for it in producing blocks? I don't think so, but yeah, just to be clari
You see here, for example, very clearly. He's not producing any blocks. He's only produced one block here. That's why the return on ADA is at zero here. Even though he produced one block, the return on ADA is at zero. Probably because there is a min fee, which is, you know, for producing, for runnin
But just keep in mind that when the applications decide on moving something in the blockchain, there needs to be a signature on a transaction and it needs to be routed either through the mobile app to the back end app to the data provider or, I don't know, some kind of way of submitting that transac
So it's a human or it's a server that's deciding I want to spend this because it's mine and I completely control it. Unlike that, you can have a wallet address that is actually a smart contract. The difference is that there's no signing keys to move money out of this smart contract. The reason or th
Las palabras que lo marcan
The terms that identified these moments, counted over the ones you can reach. Shown for the same reason the concept index shows them: a term-based index that hides its reasoning is indistinguishable from one that is wrong.
- node4
- stake pool operator4
- block producer3
- spo2
- cardano node1
- running a node1
- epoch1
- infrastructure1
- nó1
- server1
Dónde se enseñó
Each call, and every moment on this topic inside it — timestamp, the session's own heading, what was said, and the terms that matched. Open one to read the evidence; every timestamp opens the recording at the second it starts, with the depth already set so it plays.
Web3 Workshops Ch#4 EN Sess#4 2 moments
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- 42:35 Debate Blocks, blockchain, nodes, and stake pools Pedro Lucas But what I just said is like, you know, the relays help because they are, you know, trusted by the block producer. Something that like. The question here was a bit like, what if the block producer goes down? Do the relays speak for it in producing blocks? I don't think so, but yeah, just to be clari block producer · cardano node · node · running a node · spo · stake pool operator
- 51:50 TLDR Consensus algorithms and proof of work Pedro Lucas It restricts the consensus algorithm, which is what we're looking at here, restricts the right to speak in the network in a way to avoid spam. So if some computer is putting out rubbish blocks or pretending or fake or something, it's invalidated by the consistency algorithm, sort of proving it to be block producer · spo · stake pool operator
EN Web3 Workshop #22 2 moments
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- 34:52 TLDR ADA Stat Pools Exploration Pedro Lucas You see here, for example, very clearly. He's not producing any blocks. He's only produced one block here. That's why the return on ADA is at zero here. Even though he produced one block, the return on ADA is at zero. Probably because there is a min fee, which is, you know, for producing, for runnin epoch · node
- 14:31 TLDR Governance and Delegation Mechanics Pedro Lucas I'm going to be moving this around and I have a lot more hidden there besides Cardano being just businesses and infra or nodes. So we have obviously these two players, people building projects that are DeFi or Web3 and we also have people building node software and a lot of infrastructure. So what e infrastructure · node · stake pool operator
Web3 Workshops Ch#4 EN Sess#5 2 moments
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- 44:27 TLDR Transaction Submission Flow Pedro Lucas But just keep in mind that when the applications decide on moving something in the blockchain, there needs to be a signature on a transaction and it needs to be routed either through the mobile app to the back end app to the data provider or, I don't know, some kind of way of submitting that transac block producer · node
- 19:19 TLDR Proof Mechanisms Compared Pedro Lucas Proof of work is just this. Proof of stake is owning ada. And because you own ada, that gives you the right to decide who is the computer or the stake pool operator. That's going to produce blocks. Okay, so this was just a quick recap. I can also say that this is how hard it is to produce blocks in stake pool operator
Meet – [45B] Web3 Workshops Ch#2 Sess#27 1 moment
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- 27:48 TLDR Smart contracts, UTXOs, datums and redeemers Pedro Lucas So it's a human or it's a server that's deciding I want to spend this because it's mine and I completely control it. Unlike that, you can have a wallet address that is actually a smart contract. The difference is that there's no signing keys to move money out of this smart contract. The reason or th nó · server
A “moment” is a run of the transcript where the topic was being taught, not every time a word was said in passing. Matching is term-based and every match keeps the term that fired it, so this page is auditable rather than magic. It is assembled when you ask for it, from the calls you may see at the depth you may read.