KINGSTON, Jamaica — The Universal Service Fund (USF) has unveiled ambitious plans to modernize Community Access Points (CAPs) across Jamaica, aiming to bridge the digital divide and enhance connectivity nationwide. This initiative was announced by Minister of Transport, Telecommunications, and Energy, Daryl Vaz, during the Caribbean Telecommunications Union (CTU) Information and Communications Technology (ICT) Week 2025 press briefing held at the AC Hotel by Marriott Kingston.
The revamp, set to begin in the current fiscal year, will target 14 CAPs, transforming them into smart community centers. These hubs will provide residents with access to electronic and digital public services, fostering greater digital inclusion. Vaz emphasized that this initiative is part of a broader strategy to integrate technology into everyday life, ensuring that communities are equipped to thrive in the digital age.
In addition to the CAPs upgrade, the USF has been actively expanding its national footprint through the deployment of community and public Wi-Fi networks. To date, the agency has established over 400 Wi-Fi hotspots, serving an average of 150,000 users weekly. With an annual investment of approximately $2.3 billion, the USF is committed to sustaining its digital education initiatives in schools and public spaces.
Looking ahead to 2025, the USF plans to roll out an additional 63 community Wi-Fi hotspots, further advancing Jamaica’s digital inclusion agenda. The agency is also extending its reach into the tourism sector, with plans to deploy public Wi-Fi in key tourism hubs. This strategic move aims to enhance Jamaica’s tourism offerings, making the country more attractive to visitors while supporting local businesses.
The USF, operating under the Ministry of Transport, Telecommunications, and Energy, continues to play a pivotal role in connecting communities across Jamaica. Its efforts align with the broader goals of CTU ICT Week 2025, which seeks to drive regional digital transformation and strengthen the Caribbean’s position as a connected and resilient region.