#NIL $NIL @Nillion $NIL
Nillion Covenants: Locking Trade Intent in an Encrypted Envelope
The biggest pain point of on-chain trading is transparency. Before an order is filled, the entire network can see your strategy. Arbitrageurs can front-run it, rendering your trading intent useless. This is exactly the problem Nillion aims to solve.
What is Nillion?
Nillion is a decentralized blind computing network that allows data to be stored and processed while remaining encrypted throughout, so nodes never see the plaintext. It combines secure multi-party computation (MPC), homomorphic encryption, and trusted execution environments (TEEs), breaking the traditional cycle of “decrypt → compute → re-encrypt.”
Core Component for 2026: Covenants
Users can encrypt and put instructions such as trades, stop-losses, and bids on-chain, together with their trigger conditions. The contents are unreadable to everyone.
When the conditions are met, nodes work together to reconstruct the shares and execute the instructions automatically. No single custodian holds the key at any point
• The Dusk phase went live on Ethereum mainnet in September 2026. It is the first of the seven phases in the roadmap, with Covenants as one of its highlights.
• It addresses the privacy gap in on-chain trading: strategies are hidden in encrypted envelopes and only opened for execution when the conditions are met, combining privacy with trusted execution.
Key Upcoming Phases (Which Will Determine Practicality)Darkfall: Multichain expansion, bringing Covenants beyond Ethereum and enabling cross-chain monitoring and settlement on other chains.
• Nightside: Support for custom conditions, no longer limited to price triggers.
• Moonshine: Reduce costs and latency through blobs and ZKPs, helping the technology evolve from an advanced feature into an everyday tool.
In addition, post-quantum security in the roadmap is essential. If the cryptographic primitives that blind computing relies on are broken by quantum computers, its privacy guarantees will no longer hold.
In short, Covenants make
Nillion Covenants: Locking Trade Intent in an Encrypted Envelope
The biggest pain point of on-chain trading is transparency. Before an order is filled, the entire network can see your strategy. Arbitrageurs can front-run it, rendering your trading intent useless. This is exactly the problem Nillion aims to solve.
What is Nillion?
Nillion is a decentralized blind computing network that allows data to be stored and processed while remaining encrypted throughout, so nodes never see the plaintext. It combines secure multi-party computation (MPC), homomorphic encryption, and trusted execution environments (TEEs), breaking the traditional cycle of “decrypt → compute → re-encrypt.”
Core Component for 2026: Covenants
Users can encrypt and put instructions such as trades, stop-losses, and bids on-chain, together with their trigger conditions. The contents are unreadable to everyone.
When the conditions are met, nodes work together to reconstruct the shares and execute the instructions automatically. No single custodian holds the key at any point
• The Dusk phase went live on Ethereum mainnet in September 2026. It is the first of the seven phases in the roadmap, with Covenants as one of its highlights.
• It addresses the privacy gap in on-chain trading: strategies are hidden in encrypted envelopes and only opened for execution when the conditions are met, combining privacy with trusted execution.
Key Upcoming Phases (Which Will Determine Practicality)Darkfall: Multichain expansion, bringing Covenants beyond Ethereum and enabling cross-chain monitoring and settlement on other chains.
• Nightside: Support for custom conditions, no longer limited to price triggers.
• Moonshine: Reduce costs and latency through blobs and ZKPs, helping the technology evolve from an advanced feature into an everyday tool.
In addition, post-quantum security in the roadmap is essential. If the cryptographic primitives that blind computing relies on are broken by quantum computers, its privacy guarantees will no longer hold.
In short, Covenants make
