Wallet clustering
Heuristic + ML
Groups wallets that share operational patterns or ownership.
Map wallet relationships, clustering, and transaction flows to uncover counterparties and hidden networks. Professional investors running multi-chain strategies who require institution-grade reporting and risk controls. Detect anomalies, suspicious approvals, and governance changes before funds are at risk. Teams operating in 24/7 markets with globally distributed contributors.
Wallet clustering
Heuristic + ML
Groups wallets that share operational patterns or ownership.
Case exports
GraphML, JSON, PDF
Share investigation results with stakeholders or regulators.
BNB Smart Chain profile
Retail-heavy flows with very low base fees and fast block times.
Median transaction fee below $0.20, even during peak meme seasons.
Graph visualizations connecting wallets via token transfers, LP shares, and governance activity. Entity tagging with metadata (team, treasury, exchange, MEV, mixers). Flow timelines to trace funds across chains and protocols.
Hard to consolidate portfolio exposure across chains and venues. Consolidated NAV and PnL reporting across custody providers.
PancakeSwap, Venus, and gaming launches demand aggressive anti-rug tooling. Live monitoring of contract upgrades, proxy changes, and admin key usage.
Live monitoring of contract upgrades, proxy changes, and admin key usage. Requires tooling that supports asynchronous collaboration, multi-timezone monitoring, and localized communications.
Token scanner sweeps of newly listed assets interacting with your treasury. Requires tooling that supports asynchronous collaboration, multi-timezone monitoring, and localized communications.
Mapping transacting wallets to known entities for counterparty risk scoring. Requires tooling that supports asynchronous collaboration, multi-timezone monitoring, and localized communications.
Yes. Upload CSV or JSON cluster definitions to align with internal intelligence.
We overlay public attribution datasets and allow custom enrichment via API.
Graph rendering dynamically loads segments to keep performance stable even with thousands of nodes.