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In India, soybean (Glycine max L.) is a key crop, but Fusarium oxysporum f. sp. glycines causes severe wilt losses in Vidarbha, Maharashtra. Chemical fungicides are harmful, resistance-prone, and often ineffective. This study explored eco-friendly management using indigenous Trichoderma spp. Thirty rhizospheric soil samples yielded 25 isolates, showing diverse colony and spore traits. In dual culture, TR2, TR3, and TR23 strongly inhibited Fusarium (71-78%) through hyphal coiling and mycoparasitism. Molecular analysis identified Trichoderma asperellum as dominant, with few T. harzianum and T. koningii. Bioformulations were prepared with carriers; talc-based forms sustained >35 × 10 CFU/g after 180 days. Greenhouse trials with soybean JS-335 showed TR2 reduced wilt from 91.5% to 28.3% (69% control), comparable to carbendazim, while TR3 and TR23 were also effective. Trichoderma enhanced germination, growth, and vigour. Enzyme assays confirmed induction of systemic resistance (higher PO, PPO, PAL). Thus, native T. asperellum, especially TR2, offers a sustainable alternative to fungicides, supporting Integrated Disease Management and eco-friendly soybean cultivation in Vidarbha.