The safety of silver nanowire (AgNW) networks is essential for enhancing their sturdiness and applicability to versatile electronics. On this research, we current a sustainable and environment friendly technique to guard AgNW-based versatile clear electrodes (FTEs) utilizing a layer-by-layer (LBL) meeting of biorenewable chitin and cellulose nanofibers (Chi and Cell). These uniform LBL-assembled skinny movies had been efficiently fabricated on AgNW FTEs resulting from their reverse floor costs. The ensuing (Chi/Cell)n bilayers, the place n is the variety of bilayers, didn’t degrade the optoelectrical properties of AgNW FTEs and considerably enhanced their stability beneath numerous harsh circumstances. The optimized (Chi/Cell)10@Al-AgNW FTEs exhibited complete stability in opposition to UV/O3 remedy for 40 min, thermal remedy at 250 °C for 350 min, Na2S (1%), HCl (10%), and NH3 (30%) therapies for 3, 30, and 105 min, respectively, sonication for 300 min, and 10 000 cycles of bending check. Subsequently, the (Chi/Cell)10@Al-AgNW FTEs had been efficiently utilized to clear heaters (TH) and strain sensors with remarkably improved applicability, sturdiness, and efficiency in comparison with pristine AgNW FTEs, offering a reassuring answer to the soundness problems with AgNW-based FTEs.