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Infosys TechCompass
Tech Navigator: A path to the agentic-first enterprise
AI First GCC Index 2026
SAP Journal
Infosys TechCompass
A quick view of how technology evolves and the trends shaping the future.
Tech Navigator: A path to the agentic-first enterprise
Tech Navigator: A path to the agentic-first enterprise
AI First GCC Index 2026
Survey of 500 GCCs in India reveals what drives AI adoption and results
Digital transformation is progressing, but without structured change management, adoption and outcomes will lag.
Health systems have invested in digital tools, but fragmented systems still make staffing and care delivery harder than they should be. A unified workforce intelligence platform can help leaders anticipate demand, deploy staff more effectively, and reduce operational friction.
Cell and gene therapies hold transformative potential, yet distribution remains a critical constraint. Scaling their impact demands coordinated redesign of logistics, infrastructure, and end-to-end delivery models.
Leaders from Infosys and Motive Partners make the case that most financial institutions are moving too slowly on AI and the window to catch up is narrowing.
The sixth edition gathers quantitative data from 400 largest banks by total assets in Asia Pacific, Europe, Latin America, the Middle East and Africa, North America and the UK. Our survey, exclusive to banks with assets surpassing $10 billion, tracks their AI spend, current stage of AI implementation, and the functions where AI generates the most value and optimizes cost the most.
Transforming enterprise service management into a cognitive engine for business requires changes to business processes, the use of AI tools to drive efficiencies, and a clear focus on business needs.
How Indian GCCs drive AI adoption and transformation.
Advanced nodes increase semiconductor chip design complexity, making it critical to balance power, performance, and area across the physical design process. This article explores how generative AI enables first-time-right silicon through continuous, learning-driven optimization.