Humanitarian aid delivery in post-conflict settings often suffers from systemic inefficiencies such as reliance on paper- based processes, fragmented data management, and degraded infrastructure. This study proposes a tailored offline- first Digital Aid Distribution System (DADS) for the Tigray region of Ethiopia, where widespread infrastructural damage complicates aid logistics. Using a mixed-methods approach—including stakeholder consultations, literature review, and Agile prototyping—the research defines core requirements for a system capable of functioning amid intermittent connectivity and limited resources. The proposed architecture employs a three-tier model featuring a mobile client for field operations, a centralized server for data management, and a synchronization mechanism for intermittent connectivity. A functional prototype demonstrates modules for beneficiary management, inventory tracking, distribution execution, and analytics. Simulations using the prototype suggest potential reductions in distribution cycle time (approximately 45%) and reporting time (around 96%), alongside improvements in transparency and beneficiary satisfaction. The study concludes that a context-aware digital system is not only feasible but essential for enhancing the efficiency, accountability, and dignity of aid delivery in Tigray. Recommendations include forming strategic partnerships, adopting phased piloting, and exploring integration with national digital identity systems and financial technologies.