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The purpose of this paper is to present mobile solutions that aid in accessing open educational resources (OERs) in areas that have limited bandwidth resulting in poor internet connectivity and a gap between those with ready access to the online OERs and those without such access.

A system architecture was designed to support the repository-based, mobile-friendly, and hybrid online/offline characteristics of OERs. In a hybrid online/offline setup, the learner connects to the internet to obtain OERs from the repository via a process called syncing. Afterward, he may view any OER content regardless of whether he is online or offline. Mobile solutions based on Browser-Like Android App (BLAP)/HTTrack and Worona/Corona approaches were successfully implemented and evaluated by 139 respondents using the System Usability Scale.

BLAP/HTTrack and Worona/Corona solutions were well received. These were found to be both relatively usable, acquiring above-average usability scores of 73.2374 and 71.6546, respectively.

The findings of this study aim to contribute to the literature of hybrid online/offline model that addresses low bandwidth access of OERs in developing countries, which is not historically well provided.

The mobile solutions were designed to help those learners who experience internet connectivity difficulties in accessing OERs efficiently and updating them conveniently.