ZK-Verified Camera System
Trustless inventory verification using Roc cameras with zero-knowledge proofs for transparent, privacy-preserving machine monitoring.
Hardware-verified images from Roc cameras mounted inside each machine provide cryptographic proof of contents and condition.
Verify inventory accuracy without revealing sensitive location or operational data through ZK circuits.
Token holders vote on verified images to slash dishonest stockers and maintain network integrity.
How ZK Verification Works
Capture & Attest
Anyone can trigger the internal Roc camera to take cryptographically signed photos, especially during mishaps
Generate Proof
ZK circuit creates proof of inventory state without revealing raw image data
Community Review
Verified images presented to token holders for accuracy voting
Automated Enforcement
Smart contracts execute slashing decisions based on community consensus
Privacy-First Verification
Maintain transparency while protecting sensitive operational data through advanced cryptography.
Community-Initiated Verification
Any community member can request verification photos when they suspect issues or encounter machine problems.
Mishap Response
When a machine malfunctions or dispenses incorrectly, users can immediately trigger a verification photo to document the issue.
Open Access
No special permissions needed - any token holder can initiate the camera system for transparency and accountability.
Technical Benefits
Combining hardware attestation with zero-knowledge cryptography creates unprecedented trust in decentralized systems.
Trustless Operation
No need to trust individual operators when cryptographic proofs guarantee honest reporting.
Privacy Preservation
Verify compliance without exposing sensitive location or business intelligence data.
Automated Governance
Smart contracts automatically enforce community decisions without human intervention.
Scalable Verification
ZK proofs enable efficient verification across thousands of machines simultaneously.