Editorial brief
Every figure about this project that we checked against its source page, newest first.
12 figures
-
5
block size to 5 MiB
“…article announcing the 5 MiB block…”
Used in One Full Algorand Block Holds About a Ninth as Many Post-Quantum Payments
-
200
“…for this test, including a 200 ALGO order, and AlgoRoll shared its report on that order; the transactions those orders…”
Used in One Full Algorand Block Holds About a Ninth as Many Post-Quantum Payments
-
1,000,000
“…adds 2,000,000 of usage to an ordinary transaction's 1,000,000, so it pays three minimum fees instead of one.”
Used in One Full Algorand Block Holds About a Ninth as Many Post-Quantum Payments
-
2,000,000
A transaction authorized with a post-quantum signature adds 2,000,000
“…protocol engineers, a post-quantum authorization adds 2,000,000 of usage to an ordinary transaction's 1,000,000, so it…”
Used in One Full Algorand Block Holds About a Ninth as Many Post-Quantum Payments
-
32.9 million
Transactions
“…transactions between August 20 and September 7, against 32.9 million transactions on the network in August.”
Used in One Full Algorand Block Holds About a Ninth as Many Post-Quantum Payments
-
10,000
network built to handle up to 10,000 transactions per second
“…a network built to handle up to 10,000 transactions per second…”
Used in One Full Algorand Block Holds About a Ninth as Many Post-Quantum Payments
-
26,000
“Fitting 26,000 into 5,242,880 bytes implies about 202 bytes each; at 3,340 bytes the same block holds roughly a…”
Used in One Full Algorand Block Holds About a Ninth as Many Post-Quantum Payments
-
v5.0.0
Algorand v5.0.0
“…v5.0.0 explainer…”
Used in One Full Algorand Block Holds About a Ninth as Many Post-Quantum Payments
-
1,800
Quantum-resilient accounts
“1,800 quantum-resilient accounts and 1.24 million quantum-resilient transactions between August 20 and September 7,…”
Used in One Full Algorand Block Holds About a Ninth as Many Post-Quantum Payments
-
2.8
second block time
“At Algorand's roughly 2.8-second block time, 10,000 a second would need a block averaging under 200 bytes a…”
Used in One Full Algorand Block Holds About a Ninth as Many Post-Quantum Payments
-
5,242,880
each block holds up to 5,242,880 bytes
“Load is a protocol field: the share of a block's 5,242,880-byte transaction budget that it has spent.”
Used in One Full Algorand Block Holds About a Ninth as Many Post-Quantum Payments
-
1.24 million
Quantum-resilient transactions
“1,800 quantum-resilient accounts and 1.24 million quantum-resilient transactions between August 20 and September 7,…”
Used in One Full Algorand Block Holds About a Ninth as Many Post-Quantum Payments