Mayank explains that Tech Mahindra’s services go beyond traditional IT and Operations Technology (OT) to create a converged environment that includes the network. He emphasizes that this three-pronged approach is crucial for achieving seamless digital transformation. Tech Mahindra works across various verticals as a system integrator, with a strong focus on telecom, banking and financial services, and manufacturing. The company aims to be a trusted, consultative partner in the manufacturing sector, providing an end-to-end journey from creating a future roadmap to real-world execution. The ultimate goal is to evolve the customer’s landscape while keeping the end customer at the center of every decision.
This comprehensive strategy is exemplified by Tech Mahindra’s work with a global chemical manufacturer, BASF, where they are transforming the company's enterprise network across 600 sites in 72 countries. They implemented a "network as a service" model to achieve this massive project without disrupting business. This model allows the customer to pay for the service they consume rather than making a substantial upfront capital investment, a significant industry trend. By utilizing an ecosystem of partners, Tech Mahindra successfully re-engineered processes, managed people, and brought new technologies to transform the client's infrastructure. This focus on outcome-driven solutions ensures that the customer realizes tangible business benefits.
The concept of a converged environment extends to the telecom space, where Tech Mahindra is helping a premier Dutch telco, KPN, to achieve autonomous operations. By bringing in process changes and innovative technology, the objective is to take the telco from a level three to a level five of autonomy. This doesn’t lead to job losses; instead, it frees employees to be utilized more effectively. This is a clear example of how Tech Mahindra's digital transformation efforts are designed to create a single pane of glass for visibility, helping telcos manage their IT, OT, and network systems in a unified way and reduce their mean time to repair (MTTR).