Internet of Thing(IoT), which is recently talked about with the development of information and communication technology, provides big data to all nodes such as companies and homes, means of transportation etc. by connecting all things with all people through the integrated global network and connecting all actual aspects of economic and social life with Internet of Thing through sensor and software. Defining Internet of Thing, it plays the role of a connector of providing various information required for the decision-making of companies in the cloud computing environment for the Insight usage by collecting and storing Raw Data of the production site through the sensor network and extracting big data in which data is accumulated and Insight through this. In addition, as the industry showing the largest linkage with other root industries among root industries, the mold industry is the core technology for controlling the quality and performance of the final product and realizing the commercialization of new industry such as new growth power industry etc. Recently, awareness on the mold industry is changing from the structure of being labor-intensive, relying on the experience of production workers and repeating modification without the concept of cost to technology-intensive, digitization, high intellectualization due to technology combination according to IT convergence. This study, therefore, is to provide a golden opportunity to increase the direct and indirect expected effects in poor management activities of small businesses by actually implementing and managing the entire process of mold life cycle to information system from mold planning to mass production and preservation by building SME(small and medium-sized enterprises)-type mold life cycle management information system in the cloud computing environment and applying it to the production site.

Abstract
 1. 서 론
 2. 이론적 고찰
  2.1 금형의 정의
  2.2 금형의 종류
  2.3 프레스 가공 방법의 종류 및 특징
  2.4 클라우드 컴퓨팅의 이해
 3. 금형 수명주기관리 정보시스템 구축 개요
  3.1 개발 배경
  3.1 개발 목표
  3.2 사전 준비사항
  3.3 개발 개요
  3.4 요구사항 정의
  3.5 개발 단계별 활동
 4. 통합 금형 수명주기관리 시스템 구축
  4.1 금형 마스터 현황관리
  4.2 금형 수리 이력정보 관리
  4.3 소프트웨어 요구사항 적용 및 실행
 5. 보급 확산계획
 6. 기대효과
  6.1 정량적 효과
 7. 시사점
 8. References
 저 자 소 개

• 고준철((주)넥사비즈니스그룹 연구소) | Joon-Cheol Koh Corresponding author
• 남승돈(유한대학교 금형설계과) | Seung-Done Nam
• 강경식(명지대학교 산업경영공학과 교수) | Kyung-Sik Kang