I didn't expect the part that bothers me most about @Nillion to be what developers no longer need to know.
Dusk is already live on Ethereum mainnet. That matters. But I keep coming back to Covenants, where an instruction can exist without exposing its contents before execution.
Think about a trader placing a conditional order. Normally, someone somewhere can inspect the condition before it triggers. Maybe the application, maybe the infrastructure handling it. That information exists outside the trader's control.
Nillion $NIL is trying to change that boundary.
The developer builds around an instruction without necessarily seeing the intention inside it. The condition stays hidden until execution. But then another question appears.
Who decides whether the condition was actually satisfied?
Because hiding an instruction doesn't automatically make its execution trustworthy. Someone still needs to establish what happened, when it happened, and whether the result followed the original rules.
That's the part I'm watching.
Nillion's seven-era roadmap suggests Dusk is only the beginning. More applications could inherit this separation between private intent and public execution.
But I wonder how much complexity moves into the execution layer once nobody can inspect the instruction beforehand.
Privacy removes one kind of trust.
It doesn't remove the need for trust entirely.
#nil $NIL @Nillion
Dusk is already live on Ethereum mainnet. That matters. But I keep coming back to Covenants, where an instruction can exist without exposing its contents before execution.
Think about a trader placing a conditional order. Normally, someone somewhere can inspect the condition before it triggers. Maybe the application, maybe the infrastructure handling it. That information exists outside the trader's control.
Nillion $NIL is trying to change that boundary.
The developer builds around an instruction without necessarily seeing the intention inside it. The condition stays hidden until execution. But then another question appears.
Who decides whether the condition was actually satisfied?
Because hiding an instruction doesn't automatically make its execution trustworthy. Someone still needs to establish what happened, when it happened, and whether the result followed the original rules.
That's the part I'm watching.
Nillion's seven-era roadmap suggests Dusk is only the beginning. More applications could inherit this separation between private intent and public execution.
But I wonder how much complexity moves into the execution layer once nobody can inspect the instruction beforehand.
Privacy removes one kind of trust.
It doesn't remove the need for trust entirely.
#nil $NIL @Nillion