Set Permissions & Access Controls

Decentralized Access Control & Permissions

Genesis Protocol provides a secure and flexible framework for managing access control over digital assets and smart contract functionalities. Asset owners and developers can define, update, and enforce granular permissions, ensuring authorized interactions while preventing unauthorized access.

Access Control Module

Core Functions:

1. Assign Permission

Method: assignPermission

• Configures access rights for specific smart contract functions, ensuring only authorized users can execute operations.

• Uses a structured permission model:

• • 0 (ABSTAIN) – No assigned permission.

  • 1 (ALLOW) – Grants execution rights.

  • 2 (DENY) – Explicitly restricts function calls.

• Maps permissions to an IP account, specifying the signer, recipient, and function selector for fine-grained access control.

• Default ownership remains with the IP account holder unless modified.

1. Generate Signature

Method: generatePermissionSignature

• Enables off-chain permission modifications using cryptographic signatures.

• Allows dynamic access updates without directly modifying on-chain data.

• Enhances security by ensuring verifiable authorization.

• Reduces gas costs through signature-based validation.

1. Grant Access

Method: grantFullAccess

• Provides a designated user or entity full permissions across all modules and functionalities.

• Simplifies large-scale permission management.

• Ideal for enterprise-level asset governance.

1. Update Permissions

Method: updateMultiplePermissions

• Modifies multiple permission settings in a single transaction, improving efficiency and scalability.

• Supports batch execution to streamline multi-user access control.

• Reduces on-chain transaction costs and operational complexity.

1. Generate Batch Permissions

Method: generateBatchPermissionSignature

• Uses cryptographic authentication to authorize bulk permission updates securely.

• Ensures trustless, tamper-proof access modifications.

• Optimized for managing large-scale digital ecosystems.

This permission system enhances security, efficiency, and flexibility, empowering creators and developers to maintain complete control over digital asset operations while minimizing operational overhead.