I noticed something while thinking about a disputed payment today. What stayed with me was not the transaction itself, but the judgment required after the system had already recorded it.
I normally think of smart contracts through their biggest advantage determinism. The more I study financial infrastructure, the clearer it becomes that this advantage has a limit. A contract can execute exactly as designed while the surraunding financial situation still requires interpretation.
That distinction matters to me in regulated markets. Disputes, restructurings, recovery decisions and exceptional corporate actions can introduce facts that simply did not exist when the original rule was written. The problem is not necessarily bad code. Reality may have changed after the rule was defined.
That changed how I look at automation. I am not interested in putting every financial decision into code just because it can be coded. The more useful question is where deterministic logic should stop and governed judgment should begin.
If every exception is encoded beforehand, I think contracts become harder to maintain and governance becomes more complicated. If every exception stays outside the protocol, too much of the process remains dependent on manual coordination.
This is where @Dusk becomes interesting to me. Dusk separates execution from its settlement foundation: DuskVM supports Rust/WASM contracts on the L1, DuskEVM provides EVM execution, while DuskDS provides consensus, finality and data availability.
The architectural question behind them is more important: can the boundary between automatic execution and institutional discretion be explicit, controlled and auditable?
For me, the objective is not maximum automation. It is precise automation: knowing what code should decide, what humans should decide, and how the financial system records the difference. ⚖️
#dusk #BinanceSquare $DUSK $PROM $SPK @Dusk
I normally think of smart contracts through their biggest advantage determinism. The more I study financial infrastructure, the clearer it becomes that this advantage has a limit. A contract can execute exactly as designed while the surraunding financial situation still requires interpretation.
That distinction matters to me in regulated markets. Disputes, restructurings, recovery decisions and exceptional corporate actions can introduce facts that simply did not exist when the original rule was written. The problem is not necessarily bad code. Reality may have changed after the rule was defined.
That changed how I look at automation. I am not interested in putting every financial decision into code just because it can be coded. The more useful question is where deterministic logic should stop and governed judgment should begin.
If every exception is encoded beforehand, I think contracts become harder to maintain and governance becomes more complicated. If every exception stays outside the protocol, too much of the process remains dependent on manual coordination.
This is where @Dusk becomes interesting to me. Dusk separates execution from its settlement foundation: DuskVM supports Rust/WASM contracts on the L1, DuskEVM provides EVM execution, while DuskDS provides consensus, finality and data availability.
The architectural question behind them is more important: can the boundary between automatic execution and institutional discretion be explicit, controlled and auditable?
For me, the objective is not maximum automation. It is precise automation: knowing what code should decide, what humans should decide, and how the financial system records the difference. ⚖️
#dusk #BinanceSquare $DUSK $PROM $SPK @Dusk
