I've been a little conflicted about Nillion lately.
On October 6, Dusk officially launched on Ethereum mainnet. Then, on October 20, the team began emphasizing Covenants' ability to execute encrypted conditions. The technology roadmap is certainly interesting, but the more I look into it, the more I feel there are a few questions we can't ignore.
① Can hiding trading intent really make things completely fair?
What appeals to me most about Covenants is that you can encrypt trading instructions in advance and unlock them once price or time conditions are met.
Under the hood, it relies on identity-based encryption, threshold key shares, Blacklight nodes, and external data sources.
But here's the problem: while the contents of a trade can be hidden, its trigger conditions may not be private. According to the seven-stage roadmap, even nodes won't be able to read the conditions until the Neon phase in 2027.
So how much of the problem of trading information leakage does the current system actually solve? I think it's important to be clear about that.
② Who bears the cost of decentralization?
Blacklight nodes need to stake at least 70,000 NIL, and they also need ETH to pay for gas.
This design certainly raises the cost of malicious behavior, but it also raises the barrier to entry for node operators.
Node count, the share of independent operators, and the time it takes to reconstruct keys are more convincing metrics than simply promoting decentralization.
③ What worries me most is the cost.
Dusk is already live on mainnet, but a low-cost solution suited to everyday use won't arrive until Moonshine, the final stage of the roadmap.
With encrypted share submissions, on-chain verification, and gas consumption, can the costs hold up under high-frequency trading?
I really like the idea behind Covenants of sealing trading strategies in advance, and I respect Nillion for pursuing this kind of foundational innovation.
But for now, I won't assume the technology is mature just because it has launched on mainnet.
What I'd like to see next is real-world application data on execution latency, per-transaction costs, and failure rates—especially whether it can run reliably under complex conditions.
Cryptography can prove how secure a mechanism is, but only real markets can show how useful it actually is.
#nil @Nillion $NIL @Nillion #NIL
On October 6, Dusk officially launched on Ethereum mainnet. Then, on October 20, the team began emphasizing Covenants' ability to execute encrypted conditions. The technology roadmap is certainly interesting, but the more I look into it, the more I feel there are a few questions we can't ignore.
① Can hiding trading intent really make things completely fair?
What appeals to me most about Covenants is that you can encrypt trading instructions in advance and unlock them once price or time conditions are met.
Under the hood, it relies on identity-based encryption, threshold key shares, Blacklight nodes, and external data sources.
But here's the problem: while the contents of a trade can be hidden, its trigger conditions may not be private. According to the seven-stage roadmap, even nodes won't be able to read the conditions until the Neon phase in 2027.
So how much of the problem of trading information leakage does the current system actually solve? I think it's important to be clear about that.
② Who bears the cost of decentralization?
Blacklight nodes need to stake at least 70,000 NIL, and they also need ETH to pay for gas.
This design certainly raises the cost of malicious behavior, but it also raises the barrier to entry for node operators.
Node count, the share of independent operators, and the time it takes to reconstruct keys are more convincing metrics than simply promoting decentralization.
③ What worries me most is the cost.
Dusk is already live on mainnet, but a low-cost solution suited to everyday use won't arrive until Moonshine, the final stage of the roadmap.
With encrypted share submissions, on-chain verification, and gas consumption, can the costs hold up under high-frequency trading?
I really like the idea behind Covenants of sealing trading strategies in advance, and I respect Nillion for pursuing this kind of foundational innovation.
But for now, I won't assume the technology is mature just because it has launched on mainnet.
What I'd like to see next is real-world application data on execution latency, per-transaction costs, and failure rates—especially whether it can run reliably under complex conditions.
Cryptography can prove how secure a mechanism is, but only real markets can show how useful it actually is.
#nil @Nillion $NIL @Nillion #NIL