What is Mesh Security?
summary
Defines Mesh Security as a bi-directional, interchain security V3 model where sovereign chains keep their own validator sets but borrow and lend security via IBC using cross-staking; proposes correlating validator identities to slash across chains and boost rewards, cites data showing ~75% of Osmosis validators also run on Juno, and suggests per-chain caps (example: cap voting power at 10%) to preserve sovereignty; relates to interfluid staking and calls for MV P hacking.
AI-written summary · about
chapters (15)
- 0:00Introduction
- 1:05Network structures inspiration
- 2:49Green systems consensus
- 3:55Hub vs mesh systems
- 5:42Real-world security meshes
- 7:06Interchain security evolution
- 9:35Bi-directional security
- 10:41Validator set centralization
- 12:27Cross-staking mechanism
- 14:12Delegator-centric design
- 15:18Voting power caps
- 17:05Economic basis
- 18:30Economic interdependency
- 19:33Interfluid staking future
- 20:14Conclusion
related talks
17mWhat is INTERCHAIN SECURITY?
15mShared Security, Coordinating the Chaos
15mMesh Security For EU compliant chains in the Cosmos Ecosystem
20mShared Security in the BLOCKCHAIN
24mShared Security Panel
45mMEVconomic Panel: MEVconomic Security in Liquid and Restaking Protocols
08mPrivacy and Security
10mService Mesh Security in a Nutshell