Sharjah International Airport partners with Nedaa

Under the terms of the agreement, Nedaa will provide the airport with a key line of advanced digital wireless communications solutions, which have been specifically customized to support the airport’s internal operations and further allow it to provide world-class performance and deliver solutions that meet business requirements and enhance employees’ day-to-day operations. 

The implementation of the new partnership is also expected to strengthen the airport’s security levels—preserving the confidentiality of information and communications. 

Industry analysts have hailed the agreement as both timely and very strategic as communications plays an essential role in ensuring the success of any airport’s day-to-day operations. Nedaa senior executives have shared that the company will supply, install, operate and guarantee a TETRA-based Airbus base transmission station. The company will also provide transmission network services and wireless communication devices, which also include 400 TETRA radios to be used by the airport’s essential communications personnel. 

Mohammed Al Zaghlawan, general manager, Sharjah Aviation Services, said: “We have signed this agreement with Nedaa as part of our continuous efforts to deliver the best services to passengers and companies operating in and users of the Sharjah International Airport. The communication solutions delivered under the agreement will improve the work of the airport management and enhance operation efficiently by improving communication potentials that are compatible with the best international standards and business requirements.” 

He added: “This will have a positive impact on the quality of our operations by improving security and further preserving the confidentiality of information and communications. Our cooperation with Nedaa aims to get a more efficient level of used communications systems in managing passengers' operations, while taking advantage of Nedaa great potentials in the field of wireless communication.”