Kaspa (KAS)

Can someone reply with some nice #Kaspa infographics?
About programability, maybe something with AI to it as well. Things that devs might like.
So students that are looking already get a first idea about $KAS and what it can do.

Help us getting the second core dev @asaefstroem to London! $500-ish

Help us incentivise the hackaton tracks by putting $500 or $1,000 as a reward for the winner. This will attract more teams to build on #Kaspa during the #Imperial hackaton.

Help us buy t-shirts for the Kaspians like @IzioDev being present so they can be recognized as such. $100-ish

Help us buy merch for the students so they can feel they are part of #Kaspa. stickers, prints, caps t-shirts and alike for $400-ish

And if we want more video's it will also be $500-ish to get some videos done by @Cryptopumpzzzz

You can help by donating $KAS towards this event. We are almost there! Help us get over the finish line!

Disclaimer: the above are guestimates, but still rather realistic.

For builders and institutions evaluating settlement infrastructure or programmable money on a high-performance base layer: Every interesting thing about Kaspa is something the EVM structurally cannot do. State is local and linear a UTXO is consumed exactly once.
Composition happens at the transaction level, not through synchronous calls. The chain itself is concurrent by construction (GHOSTDAG).

Execution is gasless, bounded, and total. On top of this foundation, the script engine has been extended with powerful new primitives:
• Transaction introspection • Lineage tracking via covenant IDs in consensus • Native ZK proof verification

These are not layered on top of an account-based, gas-metered VM. They are native to Kaspa’s UTXO + BlockDAG model.
Solidity was designed for the opposite world: global mutable state, reentrant calls, ambient authority, and gas-metered Turing-completeness. Almost every famous EVM exploit is a direct tax on those fundamental choices.

These architectural properties predictable