With the advent of the 4.0 era of logistics due to the Fourth Industrial Revolution, infrastructures have been built to receive the same services online and offline. Logistics services affected by logistics 4.0 and IT technology are rapidly changing. Logistics services are developing using technologies such as big data, artificial intelligence, blockchain, Internet of things, and augmented reality. The convergence of logistics services and various IT new technologies is accelerating, and the development of data management solution technology has led to the emergence of electronic cargo waybill to replace paper cargo waybill. The electronic waybill was developed to supplement paper waybill that lack economical and safety. However, the electronic waybill that appeared to complement the paper waybill are also in need of complementation in terms of efficiency and reliability. New research is needed to ensure that electronic cargo waybill gain the trust of users and are actively utilized. To solve this problem, electronic cargo waybill that combine blockchain technology are being developed. This study aims to improve the reliability, operational efficiency and safety of blockchain electronic cargo waybill. The purpose of this study is to analyze the blockchain-based electronic cargo waybill system and to derive evaluation indicators for system supplementation.

Abstract
1. 서 론
2. 문제의 정의
    2.1 택배화물 전자운송장 개발 연구
    2.2 블록체인 활용 익명성 보장 운송 물류
    2.3 연구의 필요성
    2.4 연구의 목표 및 범위
3. 블록체인 화물운송장 분석
    3.1 전자 화물 운송장 시스템 분석
    3.2 블록체인 운송장 플랫폼 실증 방안
    3.3 블록체인 화물운송장 평가지표 식별
    3.4 사용자 니즈조사를 통한 평가지표 식별
4. 사용자 니즈조사 결과도출 및 검증
    4.1 사용자 니즈조사 도출
    4.2 사용자 니즈조사 도출사항 검증
5. 결 론
6. References

• 박재민(아주대학교) | Jae-Min Park (Dept. of Systems Engineering, Ajou University)
• 원종운(한국철도기술연구원) | JoNg-Woon Won (Korea Railroad Research Institute)
• 성기덕(화물복지재단) | Ki-Deok Seong (Truck Welfare Foundation)
• 김영민(아주대학교) | Young-Min Kim (Dept. of Systems Engineering, Ajou University) Corresponding Author