I spearheaded the development of a scheduled job script in Python, intricately designed to identify and airdrop BIFROST Network coins to new users of the Bifrost Bridge. The complexity of this seemingly straightforward task lay in the rapid and efficient detection of new user addresses while ensuring the seamless execution of airdrop transactions.
https://bifrostnetwork.com/bridge
Multithreaded Approach: Engineered a sophisticated architecture with two concurrent threads:
The efficiency of the batch transfer lies in detecting newcomers more frequently than airdropping, allowing a single blockchain transaction to airdrop coins to multiple users. This approach maximizes cost-effectiveness and operational efficiency.
This project demanded a deep understanding of blockchain mechanisms, necessitating a technical architecture that efficiently interacted with the Bifrost Bridge contracts' events data. The multithreaded design, coupled with scheduled execution through cron jobs, ensured a rapid response to new user addresses and streamlined airdrop operations.
Through this meticulously engineered script, we successfully facilitated the welcoming of new users into the BIFROST Network by orchestrating a streamlined, cost-effective, and timely airdrop process. As of today, the airdrop program continues to run without errors, providing 2 free BFC to each new user.