The dirt borne organism Fusarium oxysporum f. sp. ciceri (Foc) causes vascular shrivel of chickpea (Cicer arietinum L.), bringing about generous yield misfortunes around the world. Agrobacterium tumefaciens interceded change (ATMT) has filled in as an ingenious apparatus for plant–pathogen communication studies and offers various preferences over regular change frameworks. Here, we built up a profoundly effective A. tumefaciens intervened change framework for Foc. What's more, a paired vector for constitutive articulation of red fluorescent protein (DsRed-Express) was utilized to contemplate formative stages and host–pathogen collaborations. Southern hybridisation was performed to affirm the change occasion and the nearness of T-DNA in chose hygromycin safe transformants. A large portion of the transformants demonstrated single duplicate reconciliations aimlessly positions. Minute examinations uncovered huge degrees of fluorescent protein, both in conidia and mycelia. Confocal microscopy of chickpea roots contaminated with the changed Foc indicated quick colonization. These investigations will permit us to create methodologies to decide the instruments of Foc-chickpea communication in more noteworthy detail and to apply practical genomics for the characterisation of included qualities at the sub-atomic level either by insertional mutagenesis or quality take out.