I spent part of today going back through Nillion’s Covenant documentation, and I started looking at it from an auction perspective rather than just a privacy feature.
On a transparent chain, bidders can potentially see information that changes how they behave. So could a sealed Covenant bid make an onchain auction fairer by keeping each participant’s intention hidden until the auction closes? That seems more interesting to me than simply hiding an address or amount.
The bigger question is what transparency itself makes difficult. Is the main limitation that traders and applications reveal their intentions before those intentions actually matter?
Then I reached the roadmap, and the cross-chain direction caught my attention. If Skyglow allows a Covenant to observe a condition on one blockchain and settle on another, what new applications become possible without relying on a centralized coordinator?
Neon raises another question. If even the trigger can eventually remain private, how does that change the security model and the way nodes verify execution?
I’m also still trying to understand where $NIL fits as Nillion moves toward a permissionless network and node operators participate in resolving Covenants.
Most importantly, I want to understand the mechanism behind keeping a Covenant unreadable while it waits.
Could this become a real programmable privacy primitive, and what governance or decentralization trade-offs appear as it scales?
#nil $NIL @Nillion
On a transparent chain, bidders can potentially see information that changes how they behave. So could a sealed Covenant bid make an onchain auction fairer by keeping each participant’s intention hidden until the auction closes? That seems more interesting to me than simply hiding an address or amount.
The bigger question is what transparency itself makes difficult. Is the main limitation that traders and applications reveal their intentions before those intentions actually matter?
Then I reached the roadmap, and the cross-chain direction caught my attention. If Skyglow allows a Covenant to observe a condition on one blockchain and settle on another, what new applications become possible without relying on a centralized coordinator?
Neon raises another question. If even the trigger can eventually remain private, how does that change the security model and the way nodes verify execution?
I’m also still trying to understand where $NIL fits as Nillion moves toward a permissionless network and node operators participate in resolving Covenants.
Most importantly, I want to understand the mechanism behind keeping a Covenant unreadable while it waits.
Could this become a real programmable privacy primitive, and what governance or decentralization trade-offs appear as it scales?
#nil $NIL @Nillion