Cross-Runtime Threat Graph
Asset Lineage →Map how your workspace's EVM and Solana assets connect through shared admin keys and bridges, and trace what a single compromised key can reach.
Source — workspace assets
Pick the EVM contracts and SVM programs from your workspace that you want to project onto the threat graph. Sigvex reads each asset's analyzed admin / upgrade-authority state and joins assets that share an admin key withadmin controlsedges — the shared-key primitive most cross-runtime audits miss.
- Nodes
- 0
- Edges
- 0
- Chains
- 0
- Admin-shared pairs
- 0
Compromised-admin blast radius
Pick an admin key that showed up in the probes above to compute every node it directly controls plus every downstream asset reached through bridge edges. Pure graph math — no RPC.
Why this matters
Most tools analyse one runtime. Bridge and ZK-rollup exploits live at the seam: an L1 verifier paired with an L2 settler, a Solana program with an Ethereum EOA upgrade authority, a circuit whose verifying key no longer matches the on-chain pairing check. The threat graph surfaces those seams — admin keys that control contracts across chains, bridge lineages, L2→L1 settlement relationships — so you don't miss cross-runtime blast radius.
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