Othentic is a self-deploy infrastructure to spin up AVSs.

Check the Othentic Docs for more details - https://othentic.gitbook.io/main

Please check out the src/NetworkManagement folder to see contracts that allow new networks to perform together with EigenLayer.

Othentic Stack allows AVS developers to focus on their unique business logic (while ignoring the common technical issues), abstracting away low-level infrastructure details, where AVS developers focus only on implementing the two bussines actors (of AVSs) "Performer" and "Attester" (together they are the validator). While the Performer and Attester bussines-logics are contained by off-chain applications, in this repository we are focusing on the on-chain components, hence will not get into the technical details about the framework but consider its two subject components as the actions takers in the stack (activating the protocol's smart contracts).

In this section we explain how running AVS network on Othentic Stack should looks like by structure. We describe the different components, the dependencies, and how they interact with each other.

Each validator owns a private key related to the restaked value (and delegated stakes value) tokens, giving them the corresponding voting power and also putting them at risk of slashing and penalties for bad behavior. In Othentic Stack, developers focus on the logic of "Tasks" that are executed by the network's validators. Performers are the actors who actually "do" the tasks, and the attesters vote for good or bad work.

The network's governance is implemented by AvsGovernance, which is the endpoint for network members' management and deposits, etc. The network has the ability to control stake tokens, depending on the performance of tasks, and vote against bad acting. That kind of votes are managed by AttestationCenter. This contract should know everything about the tasks and their operators, including their stakes etc.

From costs and availability goals, we separate AvsGovernance and AttestationCenter by running in different networks, Layer 1 and Layer 2 (respectively), and hence their interactions are "hard" (not on-chain native). Hence we use LayerZero for exchanging messages between each other. We implemented that L1MassageHandler and L2MassageHandler where L1MassageHandler interacts directly with AvsGovernance and L2MassageHandler interacts directly with AttestationCenter. We send passing message from Layer 2 to Layer 1 by: L2MassageHandler.sendMessage(payload) -> L1MassageHandler.receive(payload) and the other way.

In this sub-section we install our command line tool othentic-cli that uses for networks deployments and more, and set-up the environment variables that are required before deploying new AVS network.

The steps we following is this section:

1. othentic-cli installation
2. environment variables setup
3. pre-deployed token (address)
4. AVS network on-chain deployment

Install using npm:

npm i -g @othentic/othentic-cli

After installtion done verify installation by the command

othentic-cli

The outcome should be

Usage: main [options] [command]

Options:
  -h, --help        display help for command

Commands:
  node <type>
  network <action>
  help [command]    display help for command

The Layer 1 part, consists of the following contract deployments:

1. AvsGovernance is governence contract of the AVS.

The Layer 2 part, consists of the following contract deployments:

1. AttestationCenter is a contract on Layer 2 that is manage tasks of the AVS validators. It informed by the validators about historical tasks executions and votes
2. OBLS is the contract that implements multisig operations
3. BN256G2 is a cryptographic logical contract that used by OBLS.

1. l1MessageHandler is an endpoint for communication with Layer 2 components. When activate it act like a router and also a broadcast for Layer 2.
2. l2MessageHandler this contract is the completment contract to l1MessageHandler that were discussed on previous section, that is an endpoint for communication with Layer 1 components