Ag nanoclusters have received increasing attention due to their atomically precise and diverse structures and intriguing optical properties.N evertheless,t he inherent instability of Ag nanoclusters has seriously hindered their practical application. In this work, for the first time,A gc lusters are collaboratively protected by hydrophobic Ti-oxo clusters and alkyne ligands.I nitially,apyramidal Ag 5 cluster terminated with t BuCC À and CH 3 CN was inserted into the cavity of aTi 8oxonanoring to form Ag 5 @Ti 8 .T oovercome the instability of acetonitrile-terminated silver site,s uch two Ag 5 @Ti 8 clusters could sandwicha nA g 4 unit to form Ag 14 -nanorod@Ti 16 -oxonanoring (Ag 14 @Ti 16 ), whichi sp eripherally protected by fluorophenyl groups and alkyne caps.This threefold protected (hydrophobic fluorinated organic layer,T i-O shell, and terminal alkyne ligands) Ag 14 @Ti 16 exhibits superhydrophobicity and excellent ambient stability,e ndowing it with solidstate optical limiting characteristics.