The problem Resilient Aid solves

In many parts of the world, especially in war-torn and remote areas with limited banking services, accessing and transferring funds can be an arduous and risky endeavor. Traditional financial systems struggle to function effectively in these environments, often leading to delays, fraud, and misappropriation of funds intended for humanitarian aid and support. This paper explores the concept of "Resilient Aid," a blockchain-based solution designed to address these challenges by establishing a financial infrastructure that operates seamlessly in adverse conditions. Resilient Aid ensures the ability to process transactions despite communication disruptions and power outages, enhances security and transparency through blockchain technology, and automates transaction validation using smart contracts. Additionally, it incorporates disaster recovery and backup measures to maintain system operations during crises, ultimately improving the effectiveness and impact of humanitarian aid efforts in challenging environments.

Challenges we ran into

Blockchain Scalability: Implemented a hybrid on-chain and off-chain approach for scalability.

Smart Contract Auditing: Engaged a blockchain security firm for a comprehensive smart contract audit.

Regulatory Compliance: Collaborated with legal experts to ensure compliance with local regulations.

User Verification: Could not solve it.