Why does blockchain need an authorization layer?We’ve built lightning-fast settlement on public chains, but the trust model is still broken. You send crypto to an address and pray the counterparty isn’t shady, sanctioned, or about to ghost. TradFi coordinates details and compliance before money moves. Onchain? We settle first and sort problems later. That’s not innovation it’s unnecessary risk. @NewtonProtocol #Newt
This is exactly why TAP (Transaction Authorization Protocol) exists as an open authorization layer. It sits before settlement, letting parties exchange signed messages, verify identities where required, and handle compliance privately without touching the blockchain itself. 
Simple scenario: A company sending stablecoins to a supplier. TAP lets them send a Transfer Request, confirm details, run checks, and get authorization back. Only then does the actual transaction hit the chain. Fewer address mistakes, reduced sanctions surprises, and much smoother cross-border payments works across wallets, exchanges, and DeFi.
Naturally, challenges remain. It adds a small step (and slight latency), which pure onchain natives might dislike. Privacy design must be flawless, and real adoption needs broad integration. @NewtonProtocol $NEWT #Newt
This ties directly into the maturing infrastructure wave: programmable trust for RWAs, stablecoins, and institutional flows. We’re evolving from “trust the code” to “trust the process” that actually works in reality.
Do you see open authorization layers like TAP becoming standard for serious crypto payments, or will most volume stay fully permissionless?$IN $CAP
This is exactly why TAP (Transaction Authorization Protocol) exists as an open authorization layer. It sits before settlement, letting parties exchange signed messages, verify identities where required, and handle compliance privately without touching the blockchain itself. 
Simple scenario: A company sending stablecoins to a supplier. TAP lets them send a Transfer Request, confirm details, run checks, and get authorization back. Only then does the actual transaction hit the chain. Fewer address mistakes, reduced sanctions surprises, and much smoother cross-border payments works across wallets, exchanges, and DeFi.
Naturally, challenges remain. It adds a small step (and slight latency), which pure onchain natives might dislike. Privacy design must be flawless, and real adoption needs broad integration. @NewtonProtocol $NEWT #Newt
This ties directly into the maturing infrastructure wave: programmable trust for RWAs, stablecoins, and institutional flows. We’re evolving from “trust the code” to “trust the process” that actually works in reality.
Do you see open authorization layers like TAP becoming standard for serious crypto payments, or will most volume stay fully permissionless?$IN $CAP