Establishment of Common Protocols and Standards for Zero-Knowledge Proof Bug Bounty Confirmation
As a white hat hacker, I want to be able to prove that I have found a bug within a system without revealing the specific details of the vulnerability. This enables me to confirm the validity of my findings and get rewarded accordingly, while preserving the security of the system until the bug is appropriately patched. The implementation of zero-knowledge proofs within the bug bounty process ensures that proof can be provided without compromising the vulnerability.
Acceptance Criteria
[ ] A white hat hacker can generate a zero-knowledge proof for a bug they've found.
[ ] The proof can be verified by the system or bounty issuer without revealing the bug's details.
[ ] The verification process does not compromise the system's security.
[ ] A successful verification triggers the bounty payout process.
[ ] The system keeps a confidential record of disclosed vulnerabilities and their statuses.
[ ] The zero-knowledge proof system is standardized across various platforms.
[ ] The system can handle disputes if a proof is not accepted.
[ ] Integration with major bug bounty platforms is possible to allow for widespread adoption.
sequenceDiagram
participant Hacker as White Hat Hacker
participant ZKP_System as Zero-Knowledge Proof System
participant Bounty_Platform as Bug Bounty Platform
Hacker->>ZKP_System: Submit bug report with ZKP
loop Validation Process
ZKP_System->>ZKP_System: Validate ZKP without revealing bug
end
ZKP_System-->>Hacker: ZKP Validated
ZKP_System->>Bounty_Platform: Trigger payout process
Bounty_Platform-->>Hacker: Issue bounty payment
Establishment of Common Protocols and Standards for Zero-Knowledge Proof Bug Bounty Confirmation
As a white hat hacker, I want to be able to prove that I have found a bug within a system without revealing the specific details of the vulnerability. This enables me to confirm the validity of my findings and get rewarded accordingly, while preserving the security of the system until the bug is appropriately patched. The implementation of zero-knowledge proofs within the bug bounty process ensures that proof can be provided without compromising the vulnerability.
Acceptance Criteria