The Official Kaspa X Profile: šCome, join the celebration for #Kaspaās 3rd birthday! This is for the global #Spanish-speaking community and will be on ZOOM. šØš½āš» Zoom Call ā° 4:00 PM – 4:45 PM EST š lu.ma/m8urtx05 Celebration + Education! Meet fellow Kaspians and newcomers,ā¦
šCome, join Ambassador @CryptOliver_ to celebrate #Kaspaās 3rd birthday! This is for the global #Spanish-speaking community and will be on ZOOM. šØš½āš» Zoom Call ā° 4:00 PM – 4:45 PM EST š lu.ma/m8urtx05 Celebration + Education! Meet fellow Kaspians and newcomers,ā¦
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Leading Analyst Reveals Why Kaspa (KAS) Outshines Solana (SOL) for Investors
The crypto analyst known as Lee the Captain presents compelling reasons for choosing Kaspa (KAS) over Solana (SOL) as a more promising investment in the current market climate. In a YouTube video, Lee emphasizes that he would prefer to buy more Kaspa than Solana at this moment. He outlines a hypothetical scenario where if Kaspa […]
The post Top Analyst Explains Why…
Michael Sutton On X: No, we pipeline chunks of 1000 utxos, and while the next chunk is being received on the network layer, we accumulate the muhash of this chunk in parallel over the overall muhash and write the chunk to the DB. During IBD we don’t mix headers/utxos/blocks for various reasonsā Michael Sutton November 1, 2024
No, we pipeline chunks of 1000 utxos, and while the next chunk is being received on the network layer, we accumulate the muhash of this chunk in parallel over the overall muhash and write the chunk to the DB. During IBD we don’t mix headers/utxos/blocks for various reasonsā Michael Sutton (@MichaelSuttonIL) November 1, 2024
Michael Sutton On X: Actually MuHash is precisely named after Multiplicative Hash. There’s also Ah Hash which is additive basedhttps://t.co/XM4LtuQYut pic.twitter.com/wDulmMi4uUā Michael Sutton November 1, 2024
Actually MuHash is precisely named after Multiplicative Hash. There’s also Ah Hash which is additive basedhttps://t.co/XM4LtuQYut pic.twitter.com/wDulmMi4uUā Michael Sutton (@MichaelSuttonIL) November 1, 2024
Michael Sutton On X: No it’s only about pure offline processing times. It’s offline in the sense that’s not a DAG evolving at real-time but rather syncing a DAG the network has already composed (and catching up to real-time)ā Michael Sutton November 1, 2024
No it’s only about pure offline processing times. It’s offline in the sense that’s not a DAG evolving at real-time but rather syncing a DAG the network has already composed (and catching up to real-time)ā Michael Sutton (@MichaelSuttonIL) November 1, 2024
Michael Sutton On X: The onion is a great analogy. It’s also wrong to focus on things which are not on the surface.As the saying goes “premature optimization is the root of all evil”https://t.co/Ue2QNRa5yM ā November 1, 2024
The onion is a great analogy. It’s also wrong to focus on things which are not on the surface.As the saying goes “premature optimization is the root of all evil”https://t.co/Ue2QNRa5yMā Michael Sutton (@MichaelSuttonIL) November 1, 2024
Shai (Deshe) Wyborski On X: Or in other words, syncing a full $kas node is about 4-8 times faster than confirming a $btc transaction š https://t.co/ha9FNJpNr6ā November 1, 2024
Or in other words, syncing a full $kas node is about 4-8 times faster than confirming a $btc transaction š https://t.co/ha9FNJpNr6ā Shai ā¤ļø Deshe š Wyborsš¤i š (大č”å) (@DesheShai) November 1, 2024
Michael Sutton On X: We do it by need and by opportunity. Sometimes an optimization is a result of identifying the current bottleneck, analyzing it and understanding if it can be circumvented. Then designing a solution which decreases or avoids it. Other times it’s just a developer out of the manyā¦ā Michael Sutton November 1, 2024
We do it by need and by opportunity. Sometimes an optimization is a result of identifying the current bottleneck, analyzing it and understanding if it can be circumvented. Then designing a solution which decreases or avoids it. Other times it’s just a developer out of the manyā¦ā Michael Sutton (@MichaelSuttonIL) November 1, 2024
Michael Sutton On X: https://t.co/gieNjbkRnSā Michael SuttonNovember 1, 2024
https://t.co/gieNjbkRnSā Michael Sutton (@MichaelSuttonIL) November 1, 2024
Michael Sutton On X: Recent benchmarks showed us that a significant bottleneck of UTXO processing was composing the UTXO commitment. The UTXO commitment is a cryptographic commitment to the full state of the UTXO set that must be verified by the syncing node. Computing the commitment involvesā¦ā November 1, 2024
Recent benchmarks showed us that a significant bottleneck of UTXO processing was composing the UTXO commitment. The UTXO commitment is a cryptographic commitment to the full state of the UTXO set that must be verified by the syncing node. Computing the commitment involvesā¦ā Michael Sutton (@MichaelSuttonIL) November 1, 2024
Michael Sutton On X: A more detailed breakdown of the processing times āProcessing rates:Headers/seconds = 205314/161 = 1,275 [header/s]UTXO/seconds = 62568000/193 = 324,186.5 [ utxo/s]Blocks/seconds= 205313/119 = 1,725[ block/s]Notes:- Executed on a 24 cores Intel i9-13900K machine; thisā¦ https://t.co/nvwQ6uv1cl pic.twitter.com/jmO2MXeJOS
![Michael Sutton On X: A more detailed breakdown of the processing times āProcessing rates:Headers/seconds = 205314/161 = 1,275 [header/s]UTXO/seconds = 62568000/193 = 324,186.5 [ utxo/s]Blocks/seconds= 205313/119 = 1,725[ block/s]Notes:- Executed on a 24 cores Intel i9-13900K machine; thisā¦ https://t.co/nvwQ6uv1cl pic.twitter.com/jmO2MXeJOS](https://pbs.twimg.com/media/GbSuqbaXMAA4Vbs.png "Michael Sutton On X: A more detailed breakdown of the processing times āProcessing rates:Headers/seconds = 205314/161 = 1,275 [header/s]UTXO/seconds = 62568000/193 = 324,186.5 [ utxo/s]Blocks/seconds= 205313/119 = 1,725[ block/s]Notes:- Executed on a 24 cores Intel i9-13900K machine; thisā¦ https://t.co/nvwQ6uv1cl pic.twitter.com/jmO2MXeJOS")
A more detailed breakdown of the processing times āProcessing rates:Headers/seconds = 205314/161 = 1,275 [header/s]UTXO/seconds = 62568000/193 = 324,186.5 [ utxo/s]Blocks/seconds= 205313/119 = 1,725[ block/s]Notes:- Executed on a 24 cores Intel i9-13900K machine; thisā¦ https://t.co/nvwQ6uv1cl pic.twitter.com/jmO2MXeJOSā Michael Sutton (@MichaelSuttonIL) November 1, 2024
Shai (Deshe) Wyborski On X: $kas TN11 nodes process 6000 times the blocks and 1200 times the transactions $btc nodes do, yet Bitcoin nodes take 50-500 times longer to sync. https://t.co/m3coR6yAxt November 1, 2024
$kas TN11 nodes process 6000 times the blocks and 1200 times the transactions $btc nodes do, yet Bitcoin nodes take 50-500 times longer to sync. https://t.co/m3coR6yAxtā Shai ā¤ļø Deshe š Wyborsš¤i š (大č”å) (@DesheShai) November 1, 2024
Michael Sutton On X: Fwiw, this version of the master branch fully synced my mainnet node end to end in 13 minutes https://t.co/uGQlJBcRGW pic.twitter.com/xle8XGF0Riā Michael Sutton October 31, 2024
Fwiw, this version of the master branch fully synced my mainnet node end to end in 13 minutes https://t.co/uGQlJBcRGW pic.twitter.com/xle8XGF0Riā Michael Sutton (@MichaelSuttonIL) October 31, 2024