From c4ca6782eca80e0de72882b05cbb8f68ae7660ee Mon Sep 17 00:00:00 2001 From: Peter Harpending Date: Thu, 5 Mar 2026 16:43:04 -0800 Subject: [PATCH] test --- ...net of Economics%2C the Gajumaru %26 QPQ Un-White Paper.-.md | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/The Internet of Economics%2C the Gajumaru %26 QPQ Un-White Paper.-.md b/The Internet of Economics%2C the Gajumaru %26 QPQ Un-White Paper.-.md index 812131d..c6050fd 100644 --- a/The Internet of Economics%2C the Gajumaru %26 QPQ Un-White Paper.-.md +++ b/The Internet of Economics%2C the Gajumaru %26 QPQ Un-White Paper.-.md @@ -1344,7 +1344,7 @@ Very rarely, due to network latency or a slow miner, a new keyblock might be bas ##### At every stage, the value sits on a trustless layer requiring no third party's cooperation. -No bank can freeze it. No intermediary can reverse it. No software update can make it disappear. The certainty is mathematical, not institutional because the maximum possible attack window is only 2-4 minutes instead of an hour or more. Therefore, the computing power needed to even try a reversal is enormous - which is why, in normal operation, it simply doesn't happen. +No bank can freeze it. No intermediary can reverse it. No software update can make it disappear. The certainty is mathematical, not institutional because the maximum possible attack window is only 2–4 minutes instead of an hour or more. Therefore, the computing power needed to even try a reversal is enormous - which is why, in normal operation, it simply doesn't happen. That's the difference Groot makes. For low- and medium-value transactions you barely wait at all. For big ones you wait minutes instead of days - and you always know exactly when it's safe, because the traffic light indicator displays a clear visual signal when a transaction has reached a defined threshold of certainty with absolute finality at 4 minutes, regardless.