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.

We are thrilled to announce our research partnership with Catalysis, a protocol introducing a novel security abstraction layer for decentralized networks.

Extensive framework covering LRT Slashing Risk from the perspectives of the Protocol, the Operator and the Network/AVS portfolios, and DeFi market dynamics.

Motivated by the recent success around zkTLS and Opacity Network (zkTLS AVS), we reflect on Network/AVS moat building through a structured, temporal framework.

We are excited to publish, along with P2P, an in-depth research article on Restaking Networks Slashing Risk evaluation!

We are thrilled to announce our partnership with P2P on researching AVS risk fundamentals across restaking protocols!

In this piece, we conduct a technical risk analysis of eOracle as an Oracle AVS on EigenLayer.