Archive · 21 Jan 2026
Global Tech Giant Leases 2.4 mn Sq. Ft. in Bengaluru
A big technology company has rented a huge office space in Bengaluru, India.
This office is part of a special place called Alembic City, which is designed to be very green and good for the environment.
The building has special certifications for being eco-friendly and uses less energy than usual.
There are lots of green spaces, paths for walking and biking, and even a plan to have a university there.
The company chose this place because it wants to be in a location that is good for its employees and the planet.
There are also plans for a new type of housing called Cloud Forest, which focuses on living close to nature.
A global tech giant has leased 2.4 million sq. ft. of office space in Alembic City, Bengaluru.
Alembic City is a sustainability-led urban destination with integrated workspaces, education, residences, healthcare, and community spaces.
The leased building, Tower A, is USGBC LEED® Platinum and WELL Certified, featuring 32.79 acres of green spaces and 4.5 km of pedestrian and cycling pathways.
The campus has an embodied carbon intensity of 751 kg CO₂e per sq. m and an energy use of 67 kWh per sq. m per year.
The University of Liverpool will establish its first international campus within Alembic City, scheduled to open in the 2026–27 academic year.
- Who
- A global tech giant and Alembic Real Estate
- What
- Leasing of 2.4 million sq. ft. office space in Alembic City, Bengaluru
- When
- Not specified
- Where
- Alembic City, Whitefield, Bengaluru
- Why
- To establish a sustainable, future-ready campus combining scale, talent-centric design, and environmental responsibility
- Location
- Alembic City, Whitefield, Bengaluru
- Leased Area
- 2.4 million sq. ft.
- Building Certification
- USGBC LEED® Platinum and WELL Certified
- Green Spaces
- 32.79 acres
- Pedestrian and Cycling Pathways
- 4.5 km
- Water Conservation
- 6.5 million litres annually
- Trees Preserved
- 4,800 mature trees
- Embodied Carbon Intensity
- 751 kg CO₂e per sq. m
- Energy Use
- 67 kWh per sq. m per year
- University
- University of Liverpool (scheduled for 2026–27)