Prime Highlights-
- Nokia engages LTTS for five-year India partnership, boosting engineering and R&D capacity for next-generation telecom and AI infrastructure solutions.
- LTTS to launch India Offshore Development Center, combining data-center-grade computing with AI infrastructure engineering for advanced Nokia telecom products.
Key Facts-
- LTTS will handle product engineering, software, system integration and ongoing support across Nokia programs.
- India-based LTTS team will serve Nokia’s Technology Center on 5G, automation and AI operations.
Background-
L&T Technology Services (LTTS) has secured a five-year engagement with Nokia to drive the telecom company’s engineering and research programs in India.
LTTS engineers will take on product engineering, new product development, software, system integration and long-term support across several Nokia programs.
To anchor the work, LTTS will open an Offshore Development Center in India. The facility will fuse data-center-grade computing with AI infrastructure engineering to shape the next wave of telecom solutions.
A separate LTTS engineering team in India will back Nokia’s Technology Center around the world, working on 5G networks, intelligent automation, AI-driven operations and AI infrastructure.
Both companies will run joint programs under an integrated model that links LTTS staff directly with Nokia’s global R&D teams, including embedded systems work.
Vivek Jaiswal, Senior Vice President of Engineering at Nokia, said the company keeps investing in R&D because advanced connectivity technology will drive the AI supercycle. He said India plays a strategic role in Nokia’s innovation plans, and LTTS brings the engineering depth to widen that footprint and move faster.
Alind Saxena, Executive Director and President of Strategic Initiatives and Growth Markets at LTTS, said the contract marks a high point for the company’s Technology segment and shows that top technology firms trust its Engineering Intelligence approach.
The work also advances LTTS’ Lakshya 31 strategy, which puts next-generation compute and AI infrastructure at the center. Saxena also said this field will define future communication networks and intelligent data centers.