Privacy-First Social Graph Protocol Consulting

Implement ZK-SNARKs and zk-STARKs for verifiable credentials. Users prove reputation or membership without exposing personal data, enabling compliant KYC/AML workflows.

Deploy MPC protocols for private social graph analytics. Enable collaborative data insights—like trend analysis or community detection—without any single party accessing raw user data.

Build with FHE libraries (e.g., Zama's fhEVM) to compute directly on encrypted data. Support private feeds, encrypted DMs, and confidential content ranking.

Architect W3C-compliant DID systems with selective disclosure. Users own and port their social graph across platforms, reducing vendor lock-in and enhancing interoperability.

Develop and audit confidential smart contracts using Aztec, Aleo, or Secret Network. Execute business logic with encrypted inputs/outputs, protecting user interactions and transaction details.

Design data flows that minimize exposure. Implement stealth addresses, confidential transactions, and storage solutions like IPFS with client-side encryption to limit data footprint.

Leverage portable, user-owned social data to enable viral growth loops and organic discovery, bypassing expensive platform-specific ad networks.

Build on verifiable, user-controlled identity and data. Transparent privacy controls lead to higher engagement and long-term platform loyalty.

Unlock revenue from data licensing, premium API access for developers, and micro-transactions within social interactions, all governed by user consent.

Integrate pre-verified social primitives—follow graphs, reputations, content feeds—to ship social features in weeks, not months.

Design with GDPR/CCPA principles from day one. Sovereign data models simplify compliance by shifting data custody and consent management to the user.

Grow an interoperable ecosystem. Value accrues to your protocol as it becomes the foundational social layer for multiple applications.

We conduct a deep technical workshop to define your protocol's data model, privacy requirements, and consensus mechanisms. Deliverables include a technical specification and a high-level system architecture diagram.

Our cryptography engineers design and implement custom ZK-SNARK/STARK circuits for private social attestations and relationship proofs, ensuring verifiability without data exposure.

We build the core smart contracts for your social graph—managing identity, attestations, and reputation—using Solidity 0.8+ with OpenZeppelin security patterns and gas optimization.

Every protocol undergoes rigorous internal review followed by an optional external audit with partners like Spearbit or Code4rena. We manage the full deployment pipeline to your chosen L1/L2.