Marlin to Conduct Distributed Key Generation Ceremony, A New Era in AI Security

Marlin has announced the first-ever Distributed Key Generation (DKG) ceremony. This ceremony has been conducted to protect Trusted Execution Environment (TEE) root keys among 30 nodes. Marlin has collaborated with TACo in the advancement of this initiative. It is a remarkable step forward to safeguard the private keys of artificial intelligence (AI) agents. Historically, root keys were distributed to the nodes 3, 5, or 7, but in this ceremony, root keys were expanded to 30. This advancement increases resilience against failures.

In yet another pioneering development, we introduce the first Distributed Key Generation (DKG) ceremony to hold a TEE’s root key amongst 30 nodes in collaboration with @buildwithtaco

TLDR. root keys of AI agents are now secured by not just 3, 5 or 7 but 30 nodes 🤯 pic.twitter.com/VIdqu6jVNK

— Marlin (@MarlinProtocol) January 17, 2025

Marlin Ensures Robust Key security for AI Agents

AI agents protect and manage their wallets so it is crucial to generate private keys within a TEE. This development aims to ensure the function of the agent that operates within TEE. these agents can leverage the private key for transactions. But this potential enhances the concerns of key loss. The wallets utilize these keys and these are also used to encrypt and decrypt private apps. In the crash of TEE, it is crucial to protect the continuous access into the app functionality.

This issue is tackled by Marlin who seamlessly enabled enclave-to-enclave encrypted communication via Remote Attestations (RA). Through this development, the other enclaves are able to back up keys securely. In this way, the keys remain unharmed while ensuring the protection of all backup nodes.

Marlin to Revolutionize Key Management

Within the Threshold Network, Marlin has distributed root keys across 30 nodes. This advancement ensures that the root key can be reconstructed although 16 nodes are already available. The root key is reconstructed through the Key Management Service (KMS). This key’s functionality is assured within an enclave to introduce flexibility. Through this, the developers are permitted to manage any enclave image to retrieve derived keys.

Additionally, smart contracts can encode the pairs of key values. This advancement allows apps to follow an upgraded path. Through this, the AI agents leverage a robust and adaptable framework of security.

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