Commuters along EDSA can now enjoy free, safe, and reliable internet access at all 17 EDSA Busway stations following the joint launch of the DICT Free Wi-Fi for All Program by the Department of Transportation (DOTr) and the Department of Information and Communications Technology (DICT) on Thursday at Quezon Avenue Station.
The initiative, directed by President Ferdinand Marcos Jr., aims to provide commuters with modern services and a convenient travel experience by offering internet access in public transportation hubs.







Transportation Secretary Giovanni Lopez said the program allows passengers to access online government services, perform digital transactions or work tasks, follow real-time service updates, engage in online learning, and enjoy light entertainment while commuting. He also highlighted that free Wi-Fi complements the cashless payment system in EDSA Busway stations, allowing commuters to pay fares via GCash and other e-wallets without using mobile data.
DICT Secretary Henry Aguda added that the program will expand to other public transportation services, including trains, Express/Skip Buses, and seaports. “Once fiber connectivity is complete by March, commuters will even be able to stream content like Netflix,” he said.
Currently, free internet services are available at Balintawak, Kaingin, Fernando Poe Jr. (Roosevelt), North Avenue, PhilAm, Quezon Avenue, Kamuning, Nepa Q-Mart, Main Avenue, Buendia, Tramo, Taft Avenue, Roxas Boulevard, Ayala, SM North EDSA, SM Megamall (Ortigas), and SM Mall of Asia Stations. Additional stations, including Monumento, Bagong Barrio, Guadalupe, and upcoming Cubao, Magallanes, and PITX stations, will receive Wi-Fi after the completion of Station Rehabilitation Phase 1.
The service uses Domain Name System (DNS) security and is monitored by the DICT Cybersecurity Team to ensure safe usage. Commuters can connect by selecting “DICT Free Wi-Fi for All” in their phone’s Wi-Fi settings and agreeing to the Terms and Conditions. Sessions last 12 hours and reset daily for reconnection.












