SBT Revocation & Update Logic Design

We implement cost-efficient revocation patterns (like bitmaps and merkle trees) to minimize transaction fees for mass updates, a critical factor for user adoption and operational scaling.

Design and implement granular, role-based access control for SBT updates. Supports multi-sig, DAO governance, and automated rule-based triggers for enterprise-grade security.

Integrate sophisticated logic for expiring credentials, time-locked updates, and state-dependent transitions (e.g., revoke if balance < X), enabling complex real-world use cases.

Architect systems that allow third parties to verify SBT status (valid/revoked) without exposing full identity or transaction history, balancing transparency with user privacy.

Design logic for maintaining consistent SBT revocation and state across multiple L2s and sidechains using secure oracle feeds or native bridging message protocols.

Every logic module undergoes rigorous unit, integration, and scenario testing. We provide a formal verification report and recommendations for external audit preparation.

Pre-built logic for automated compliance with evolving regulations (e.g., GDPR, MiCA). Update or revoke SBTs in bulk based on legal rulings without halting your platform, ensuring continuous operation.

Instant revocation logic for compromised or fraudulent credentials. Automated slashing of malicious actors protects your treasury and community trust, turning a reactive security burden into a proactive asset.

Replace manual, error-prone admin processes with automated, permissioned update flows. Our logic designs cut the cost and time of managing user credentials, from KYC status to loyalty tiers.

Logic that ties SBT attributes to smart contract permissions. Create gated experiences, tiered rewards, and time-bound access—transforming static badges into interactive business tools.

Design governance with upgradeable proxies and modular components. We ensure your SBT logic can adapt to new standards (ERC-7230, 5484) and business models without costly rewrites.

Transparent, user-consented update mechanisms and immutable revocation logs. We engineer governance that users can verify, creating the credible neutrality essential for mass adoption.