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If blocks per second (BPS) were like employees in a company, each "employee" would represent a unit of productivity — a block being completed and added to the chain. Kaspa, operating at 10 BPS, would be like a high-efficiency tech startup with 10 workers each finishing a task every second — rapid, parallel, and highly responsive. Bitcoin, producing one block every 10 minutes, would resemble a traditional legacy firm with a single craftsman completing one meticulous project every so often — stable but slow. Ethereum, especially after its upgrades, is like a mid-sized company with a decent number of workers getting tasks done steadily, balancing speed with security. Meanwhile, Solana, known for its high throughput, might be compared to a large, fast-paced production company churning out tasks at breakneck speed, sometimes trading off stability for raw performance. In this analogy, blockchains aren't just protocols — they're workforces with distinct cultures, speeds, and priorities.
10 BPS on
$KAS Kaspa or 1 Block Time per 0.1 second,
@kaspacurrency @hashdag @MichaelSuttonIL @ShaiWyborski
@KaspaChris @DesheShai @KaspaChris @BrendonSedo @cassieydz @kasplex @KaspaKii @Igra_Labs @knsdomain 🚀✨✨✨🥇🎖️👑Kaspa finality is near instantly less than averaged 3 seconds. Prior to 10 BPS, 1 BPS achieved the maximum TPS 1173, therefore 10.5 x 1173 = TPS 12,316🔥👑🎉🌍
5 BPS on
$HYPE Hyperliquid or 1 Block Time per 0.2 second,
@HyperliquidX @chameleon_jeff🏎️✨✨🥈
2.565 BPS on
$SUI Sui or 1 Block Time per 0.390 second,
@SuiNetwork @EvanWeb3 @b1ackd0g @EmanAbio Sui has experienced a downtime☠️
2.5 BPS on
$SOL Solana or 1 Block Time per 0.4 second,
@solana @toly Solana has experienced multiple downtime since existence due to heavy usage☠️
1.539 BPS on
$INJ Injective or 1 Block Time per 0.65 second,
@injective @ericinjective 🚗✨🥉
1 BPS on
$AZERO Aleph Zero or 1 Block Time per 1 second,
@aleph_zero alexstrz
0.9099 BPS on
$NEAR Near Protocol or 1 Block Time per 1.1 seconds, nearprotocol ilblackdragon
0.5 BPS on
$TON The Open Network or an averaged 1 Block Time per 2 (2 - 5) seconds,
@ton_blockchain maximilian_crown
0.5 BPS on
$POL Polygon or 1 Block Time per 2 seconds,
@0xpolygon sandeepnailwal
0.5 BPS on
$MNT Mantle or 1 Block Time per 2 seconds,
@mantle_official cooper_midroni
0.5 BPS on
$AVAX Avalanche or 1 Block Time per 2 seconds,
@avax el33th4xor
0.3334 BPS on
$TRX Tron or 1 Block Time per 3 seconds,
@trondao @justinsuntron
0.3334 BPS on
$BNB BNB Chain or 1 Block Time per 3 seconds,
@bnbchain @cz_binance heyibinance
0.3334 BPS on
$XRP or 1 Block Time per (average 3 to 5) 3 seconds,
@Ripple @bgarlinghouse
0.3334 BPS on
$ALGO or 1 Block Time per 3 seconds,
@algodevs silvio_micali
0.3334 BPS on
$CORE Core or 1 Block Time per 3 seconds,
@coredao_org BrendonSedo cassieydz
0.3334 BPS on
$HBAR Hedera or an averaged 1 Block Time per 3 (3 - 5) seconds,
@hedera leemonbaird ManceHarmon
0.1667 BPS on
$DOT Polkadot or 1 Block Time per 6 seconds,
@polkadot gavofyork
0.1667 BPS on
$RUNE Thorchain or 1 Block Time per 6 seconds,
@thorchain @jpthor
0.1667 BPS on
$EGLD Multiversx or 1 Block Time per 6 seconds, multiversx
@beniaminmincu
0.1539 BPS on
$ATOM Cosmos or 1 Block Time per 6.5 seconds, cosmos
@jaekwon @buchmanster
0.0834 BPS on
$TAO Bittensor or 1 Block Time per 12 seconds,
@opentensor @const_reborn
0.083 BPS on
$ETH Ethereum or 1 Block Time per 12.05 seconds,
@ethereum @VitalikButerin The Pectra upgrade it does not address scalability, but rather it makes
$ETH more centralised☠️
0.05 BPS on
$ADA Cardano or 1 Block Time per 20 seconds,
@cardano_cf @IOHK_Charles