In this research piece, we will take an in-depth look at the Catalysis Coverage protocol, how it works, how it compares to legacy insurers, and its promise in rearchitecting onchain coverage.

This paper presents a stake allocation simulation illustrating how utility asymmetries and correlated exposures create systemic inefficiencies, and how Catalysis enables SSNs to converge toward allocation equilibrium across SSPs through real-time routing and dynamic feedback.

The present research piece explores the roles, incentives, and risk surfaces for each participant in the Catalysis architecture.

This research in collaboration with Symbiotic explores how networks can estimate the amount of stake (or collateral) required to operate securely under PoS or restaking-based models.

Expanding upon our initial risk framework for assessing the infrastructure risks of restaking protocols.

The present research piece introduces a structured, multi-dimensional framework for evaluating the risk profile of tokenized real-world assets (RWAs).

Our risk report evaluates Cap’s architecture and enforcement model, analyzing how credit, liquidity, restaking, and counterparty risks shape its cryptoeconomic security.

This research investigates how slashing events in restaked ecosystems can propagate across networks due to shared validator sets, shared LRT portfolios, and overlapping slashing conditions.

We are thrilled to announce our partnership with Swell to provide in-depth AVS research and strategic allocation recommendations across restaking protocols!