Rohit Madhok | Tech Mahindra

Author Profile

Rohit Madhok

Global Head, Engineering Services, Tech Mahindra

Rohit Madhok

Rohit Madhok, as the Global Head–Engineering Services at Tech Mahindra, leads the Engineering Services business globally. He brings over three decades of experience in shaping and scaling engineering-led transformation. Since his prior role as SVP and global head of large deals, strategic solutioning and transformation to now, Rohit has built and grown product engineering organizations into high-impact, innovation-driven functions that power multi-billion-dollar portfolios across a diverse client base. He comes with extensive leadership experience having led teams at Infosys, Wipro and other global companies across industries like communications, Hi-Tech, media and entertainment, manufacturing, healthcare and life sciences, and BFSI.

Insights

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We stand at an inflection point in the history of the IT industry. In the last few years, the narrative has been dominated by Digital Transformation, Cloud Migration, and, most recently, the phenomenal rise of Generative AI (GenAI). But this period, the peak of the Gen AI era, is yielding to a far more profound shift: the dawn of agentic AI. This is where AI evolves from a tool or assistant to an autonomous digital teammate, a full-fledged agent.

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In today’s rapidly evolving digital economy, AI has become a core strategic imperative for next‑generation enterprise capabilities. It is fundamentally reshaping how businesses operate, innovate, and compete on a global scale. As organizations undertake multi-million-dollar AI projects, integrating a robust cybersecurity framework is a critical prerequisite.

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Artificial intelligence is playing a pivotal role across private and government institutions, enhancing productivity, optimizing decision-making processes, and driving efficiency with personalized recommendations. Over the last decade, AI has evolved from rule-based systems to more sophisticated learning models, with Generative AI (GenAI) and Agentic AI reshaping how information is accessed, processed, created, and utilized. While AI’s rapid adoption demonstrates its immense potential, it also raises critical ethical and operational challenges, particularly as Agentic AI functions autonomously, without requiring human intervention.

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Spatial computing is changing how we interact with technology as it digitizes people, objects, and machines. This shift is reinventing human-computer interaction (HCI) in ways we are only beginning to explore. The technology is gaining popularity across various industries, signaling the merging of physical and virtual worlds. As per a recent report, the global spatial computing market will reach USD 469.8 billion by 2030 while growing at a compound annual growth rate (CAGR) of 20.4% from 2023 to 2030. The market has been on an upward trend due to the growing interest in immersive experiences, technology progress, increased adaptation in various industries, software and hardware infrastructure improvement, and investment and funding of technology startups. This growth reflects the expanding role of spatial computing in the retail, healthcare, and education sectors. Integrating physical with virtual has become a norm, but why is spatial computing cementing itself as the quickest way to outpace HCI?