Tangram should add RandomX

Raizen______

Tangram should add RandomX in the protocol to benchmark nodes to avoid slow nodes and have an incentive to always have powerful nodes to keep the TPS high.

Example:

Minimum score to join the network in 2020 : 1000 pts

Alice have a node with 1500 pts -> can join the network
Bob have a node with 900 pts -> will get rejected by the network
Chris have a node with 1200 pts -> can join the network


Minimum score to join the network in 2022 : 1500 pts

Alice have a node with 1500 pts -> can join the network
Bob have a node with 900 pts -> will get rejected by the network
Chris have a node with 1200 pts -> will get rejected by the network

The score should be a factor in the staking part too.

Edit :

So for staking let's pretend this scenario :

-Minimum points to join the network = 1000 pts
-Minimum will get you X amount of Tangram if you're node is between 1000 and 3000 pts
-If node score is between 3001 and 6000 pts you get X*2 amount of Tangram
-If node score is between 6001 and 9000 pts you get X*3 amount of Tangram

A system on 3 levels that give incentive to use higher specs for node
So it's a bit like mining but more power doesn't mean more tangram if you have a node level 3

Pizzi

Wen raizen node?

stang

Pizzi wen docker

Oppa_Tangram_style

What makes you think better node specs will result in better TPS?
Afaik TPS is determined by the property of consensus mechanism.
If the nodes are really bad, they would probably fail during the syncing process which imo is a more intensive event than just validating tx.

Cleo

Actually, I'm pretty sure that the specs and speeds of the computers running the nodes will have an impact on the speed of the network and thus upon transaction times. There will be an interaction between the form of the consensus algorithm, the specs of the nodes, and the speed of the Internet connections (and thus the speed of the communication between nodes). It's hard to see how it would be otherwise. Our course, in particular situations, one element or another could create a bottleneck. But I think the specs of the nodes does deserve some attention.