ACES India and BSNL Sign Strategic Agreement to Enable Connectivity at Noida International Airport

ACES India and Bharat Sanchar Nigam Limited (BSNL)today signed a strategic agreement to deploy advanced telecom and digital connectivity infrastructure at Noida International Airport.

Partnership Overview
- ACES India and Bharat Sanchar Nigam Limited (BSNL) have signed a strategic agreement to deploy advanced telecom and digital connectivity infrastructure at Noida International Airport.
- The agreement was formalized at the UP West Telecom Circle, BSNL, Meerut, with senior leadership from both organizations present.

Scope & Objectives
- Deliver robust, reliable, and future-ready connectivity solutions for passengers, airport operators, and stakeholders.
- Enhance mobile network coverage and digital services across the airport ecosystem.
- Support India’s digital transformation journey by integrating telecom infrastructure into critical national assets.

Strategic Significance
- Noida International Airport is one of India’s most important upcoming aviation hubs.
- The partnership combines:
- ACES India’s global expertise in designing integrated telecom infrastructure.
- BSNL’s extensive national network and operational experience.
- Together, they aim to ensure seamless connectivity and improved digital experiences at the airport.

Leadership Remarks
- Shri Arun Kumar Singh (BSNL UP West): Partnership aligns with BSNL’s vision of expanding high-quality telecom infrastructure across national assets.
- Dr. Akram Aburas (Group CEO, ACES): Reinforces ACES’ commitment to supporting India’s infrastructure growth with scalable digital solutions.
- Mr. Mohammed N. Mazher (MD, ACES India): Highlights the importance of delivering world-class connectivity solutions for critical infrastructure projects.

✨ Key takeaway: This agreement positions Noida International Airport as a digitally advanced hub, ensuring passengers and operators benefit from cutting-edge connectivity while strengthening India’s aviation and telecom ecosystem.