Do on-chain stop-losses always get “liquidated with pinpoint precision”? Let’s talk about Nillion’s stealth solution
When trading in crypto markets, most retail traders have fallen into the same trap: the moment you place a stop-loss order on-chain, it’s like laying your cards bare for MEV sandwich bots across the network.
But what if you don’t place your stop-loss on-chain? Keeping it on a CEX means losing the feeling of decentralized control; handing it to a third-party Keeper means yielding control to a single service provider.
This deadlock—“exposed orders get sandwiched, while unplaced orders leave risk unchecked”—is exactly the problem @Nillion aims to solve with Covenants (encrypted contracts).
1. What is “encrypted intent”? Until conditions are met, it’s ciphertext for the whole network
Traditional on-chain orders are like “placing bets with your cards face up.” At the heart of Nillion’s mechanism is this: transaction intents are encrypted and only decrypted when triggered.
Scenario: You set “automatically sell 50 ETH if the price drops below 2,300 USDT.”
Encryption: Before the trigger, nobody on the network knows what order you placed or how much you’re selling.
Unlocking: Threshold cryptography splits the key among independent nodes. Only after the trigger condition is met and enough nodes confirm it will each node submit its share for reconstruction and automatic execution.
2. Mainnet launch and a privacy layer that requires no migration
On September 28, 2026, the first mainnet version of Covenants, Dusk, officially launched on Ethereum L1.
In the past, achieving privacy meant either using a private RPC (with limited use cases) or moving all your funds to a privacy-focused blockchain. Nillion instead offers a “privacy layer that requires no migration”: your assets and DeFi stack stay on Ethereum, while only the “transaction intent itself” is encrypted.
3. From Dusk to Moonshine: a roadmap spanning 7 eras
With Dusk now live, Nillion has also announced a clear roadmap covering 7 eras:
1. Dusk: Launch on Ethereum L1 mainnet (live).
2. Darkfall: Seamless expansion to EVM ecosystems such as Arbitrum, Base, and OP.
3. Skyglow: Further development of cross-chain intent triggers without staking or bridges.
4. Nightside: A dedicated programming language for Covenants and VM optimizations.
5. Neon: “Extreme stealth,” where even validator nodes cannot detect conditions in plaintext.
6. Aurora: Upgrades to post-quantum cryptography and an FHE fully homomorphic co-processor.
7. Moonshine: Optimized ciphertext storage and aggregated proofs, bringing privacy costs down to an accessible level.
#nil $NIL @Nillion
When trading in crypto markets, most retail traders have fallen into the same trap: the moment you place a stop-loss order on-chain, it’s like laying your cards bare for MEV sandwich bots across the network.
But what if you don’t place your stop-loss on-chain? Keeping it on a CEX means losing the feeling of decentralized control; handing it to a third-party Keeper means yielding control to a single service provider.
This deadlock—“exposed orders get sandwiched, while unplaced orders leave risk unchecked”—is exactly the problem @Nillion aims to solve with Covenants (encrypted contracts).
1. What is “encrypted intent”? Until conditions are met, it’s ciphertext for the whole network
Traditional on-chain orders are like “placing bets with your cards face up.” At the heart of Nillion’s mechanism is this: transaction intents are encrypted and only decrypted when triggered.
Scenario: You set “automatically sell 50 ETH if the price drops below 2,300 USDT.”
Encryption: Before the trigger, nobody on the network knows what order you placed or how much you’re selling.
Unlocking: Threshold cryptography splits the key among independent nodes. Only after the trigger condition is met and enough nodes confirm it will each node submit its share for reconstruction and automatic execution.
2. Mainnet launch and a privacy layer that requires no migration
On September 28, 2026, the first mainnet version of Covenants, Dusk, officially launched on Ethereum L1.
In the past, achieving privacy meant either using a private RPC (with limited use cases) or moving all your funds to a privacy-focused blockchain. Nillion instead offers a “privacy layer that requires no migration”: your assets and DeFi stack stay on Ethereum, while only the “transaction intent itself” is encrypted.
3. From Dusk to Moonshine: a roadmap spanning 7 eras
With Dusk now live, Nillion has also announced a clear roadmap covering 7 eras:
1. Dusk: Launch on Ethereum L1 mainnet (live).
2. Darkfall: Seamless expansion to EVM ecosystems such as Arbitrum, Base, and OP.
3. Skyglow: Further development of cross-chain intent triggers without staking or bridges.
4. Nightside: A dedicated programming language for Covenants and VM optimizations.
5. Neon: “Extreme stealth,” where even validator nodes cannot detect conditions in plaintext.
6. Aurora: Upgrades to post-quantum cryptography and an FHE fully homomorphic co-processor.
7. Moonshine: Optimized ciphertext storage and aggregated proofs, bringing privacy costs down to an accessible level.
#nil $NIL @Nillion