Michael Sutton On X: 🏓 1:0— Michael Sutton January 16, 2025
🏓 1:0— Michael Sutton (@MichaelSuttonIL) January 16, 2025
Michael Sutton On X: “Sure. Thx for the ack.”
Sure. Thx for the ack.— Michael Sutton (@MichaelSuttonIL) January 16, 2025
What’s Driving the Kaspa (KAS) Price Surge?
Kaspa’s price has been rising steadily over the past three days. Per CoinMarketCap, KAS has seen a 13.33% price increase in the past 24 hours, accompanied by an 18.21% surge in trading volume. This rise suggests growing investor interest and activity around the token, bolstered by recent developments and market speculation. KAS price is pumping because […]
The post Why is Kaspa (KAS)…
Michael Sutton On X: Nice post.— Michael Sutton January 16, 2025
Nice post.— Michael Sutton (@MichaelSuttonIL) January 16, 2025
Michael Sutton On X: Nothing to come for. I just felt that a clarification was in place here.— Michael Sutton January 16, 2025
Nothing to come for. I just felt that a clarification was in place here.— Michael Sutton (@MichaelSuttonIL) January 16, 2025
Michael Sutton On X: I need to explain it in detail when I find time. I guess there’s no explicit post about it yet.— Michael Sutton January 16, 2025
I need to explain it in detail when I find time. I guess there’s no explicit post about it yet.— Michael Sutton (@MichaelSuttonIL) January 16, 2025
Michael Sutton On X: No, DAG history meaning the full ordered sequence of accepted transactions from pov of this header.— Michael Sutton January 16, 2025
No, DAG history meaning the full ordered sequence of accepted transactions from pov of this header.— Michael Sutton (@MichaelSuttonIL) January 16, 2025
Michael Sutton On X: 1. Right. 2. NO. It only needs to save the state as of the last proven point (i.e., that which is encoded in the last SCU). To be more safe regarding reorgs it might need to save the state at the time of L1’s recent pruning point, but not before. The L2 essentially inherits…— Michael Sutton January 16, 2025
1. Right. 2. NO. It only needs to save the state as of the last proven point (i.e., that which is encoded in the last SCU). To be more safe regarding reorgs it might need to save the state at the time of L1’s recent pruning point, but not before. The L2 essentially inherits…— Michael Sutton (@MichaelSuttonIL) January 16, 2025
Michael Sutton On X: To the best of my knowledge, IOTA never implemented ZK technology over it, so this is not a correct comment. This whole design effort linked in my post focuses on implementing ZK-based SC tech over a scalable UTXO/scripting system (and specifically with the *based* approach)— Michael Sutton January 16, 2025
To the best of my knowledge, IOTA never implemented ZK technology over it, so this is not a correct comment. This whole design effort linked in my post focuses on implementing ZK-based SC tech over a scalable UTXO/scripting system (and specifically with the *based* approach)— Michael Sutton (@MichaelSuttonIL) January 16, 2025
Michael Sutton On X: The SCU (State Commitment UTXO), holds a single hash which in turn is the hash of the following tuple: — Michael Sutton January 16, 2025
The SCU (State Commitment UTXO), holds a single hash which in turn is the hash of the following tuple: — Michael Sutton (@MichaelSuttonIL) January 16, 2025
Michael Sutton On X: The wallet submits the L1 exit request tx. The L2 operators apply the exit as part of their routine proof submission— Michael Sutton January 16, 2025
The wallet submits the L1 exit request tx. The L2 operators apply the exit as part of their routine proof submission— Michael Sutton (@MichaelSuttonIL) January 16, 2025
Michael Sutton On X: “Sounds about right” — Michael Sutton January 16, 2025
Sounds about right— Michael Sutton (@MichaelSuttonIL) January 16, 2025
Michael Sutton On X: “Can you explain a bit more? the analogy sounds interesting” — January 16, 2025
Can you explain a bit more? the analogy sounds interesting— Michael Sutton (@MichaelSuttonIL) January 16, 2025
Michael Sutton On X: However L2 wallets for instance will need to interact with L2 state through nodes holding the full L2 state etc-> i.e., they need to interact with L2 in order to compose the L2-targeted payload they will insert to the L1-submitted tx— Michael Sutton January 16, 2025
However L2 wallets for instance will need to interact with L2 state through nodes holding the full L2 state etc-> i.e., they need to interact with L2 in order to compose the L2-targeted payload they will insert to the L1-submitted tx— Michael Sutton (@MichaelSuttonIL) January 16, 2025
Michael Sutton On X: “(going over your other questions now)” — Michael Sutton (January 16, 2025)
(going over your other questions now)— Michael Sutton (@MichaelSuttonIL) January 16, 2025