Siemens and Munich Airport agree on strategic partnership for digitalization

Siemens is using its IoT operating system MindSphere as a platform for new digital applications

Siemens and Munich Airport have forged a strategic partnership for digitalization in order to work on the airport’s digital future together with further partners. Over the coming years, the partners want to use data analytics, Internet of Things (IoT) technologies and artificial intelligence to improve, for instance, the energy efficiency of airport buildings and the logistics for the baggage handling system. Plans also call for using these capabilities to make the time that passengers spend at the facility more pleasant. To meet these goals, Siemens is becoming a developmental partner for LabCampus, the major project for the airport’s digital future. For the digital technologies, Siemens is using MindSphere, its open, cloud-based operating system for the Internet of Things.

“For airports, in particular, digitalization offers great opportunities for optimizing operations,” said Roland Busch, member of the Managing Board and Chief Technology Officer at Siemens. “That’s why we, as the worldwide market leader in industrial automation and digitalization, are cooperating with Europe’s only five-star airport.” In 2017, the London aviation research consultancy Skytrax awarded this status to Munich for the second time.

The new LabCampus, which is being presented today, is Munich Airport’s new innovation center. There, companies, start-ups, universities and research institutes are to work together on new technologies. At this cross-disciplinary center for cultivating ideas on the airport campus, Siemens and Munich Airport will be developing pioneering solutions in fields of innovation such as mobility and energy management as well as safety and security.

Siemens’ developmental efforts currently focus on five fields of innovation. This includes intelligent guidance of passenger flows, seamless tracking of luggage, and buses that drive autonomously on airport grounds as well as predictive maintenance for, and operation of, systems such as the baggage handling and building technology. For this development work, Siemens is using MindSphere as the IoT platform. MindSphere can be used to develop and operate new apps and digital services. This approach makes it possible to quickly gather and evaluate the immense amounts of data that are generated at the airport. Individual data silos, for instance, are linked together in this way, and information for later optimization efforts is derived from these sources.

Siemens has maintained close ties with Munich Airport for about the past 20 years. Siemens Postal, Parcel & Airport Logistics (SPPAL), for example, installed the baggage handling system for Terminal 2 and supplied the extension for the satellite terminal that was opened in 2015. This system, which is 45 kilometers long, sorts up to 17,800 pieces of luggage per hour. Last year, the contract for operation and maintenance of the entire system was renewed. In addition, the SPPAL experts are currently working on a new solution for seamlessly tracking pieces of luggage. Here, cameras worn by the baggage-handling staff are to scan the bags automatically – a task that until now has been performed manually in a labor-intensive process.

hordon kim / hordon@icnweb.co.kr

뉴스레터 구독하기

아이씨엔매거진은 AIoT, IIoT 및 피지컬 AI, 디지털트윈을 통한 제조업 디지털전환 애널리틱스를 제공합니다.
테크리포트: 자율제조, 전력전자, 모빌리티, 로보틱스, 스마트농업

AW2026 expo
ACHEMA 2027
전시회 세미나 선물 준비는 기프트랩스
Hordon Kim
Hordon Kimhttps://powerelectronics.kr
아이씨엔매거진, PEMK(Power Electronics Magazine Korea) 인터내셔널 에디터입니다. An international editor of ICN magazine and PEMK.
fastech EtherCAT
as-interface
GiftLabs

Related Articles

Stay Connected

440FansLike
407FollowersFollow
224FollowersFollow
120FollowersFollow
372FollowersFollow
152SubscribersSubscribe
GiftLabs
spot_img
InterPACK
spot_img
SPS 2026
automotion
Power Electronics Mag

Latest Articles

Related Articles

PENGUIN Solutions
WindEnergy
InterPACK

Related Articles

fastech EtherCAT
as-interface
생성형 AI가 홈 자동화 속으로… 마우저, 미디어텍 6nm 기반 ‘지니오 420’ 공급 개시

생성형 AI가 홈 자동화 속으로… 마우저, 미디어텍 6nm 기반 ‘지니오 420’...

0
마우저가 미디어텍의 6nm 기반 '지니오 420' 플랫폼 공급을 시작하며 인터넷 연결 없이 가정 및 상업용 기기 자체에서 생성형 AI를 가동할 수 있는 환경을 제공하고 있다
TI, 업계 최초 상용 CAN XL 트랜시버 출시로 산업 네트워크 대역폭 한계 깬다

TI, 업계 최초 상용 CAN XL 트랜시버 출시로 산업 네트워크 대역폭...

0
텍사스 인스트루먼트(TI)가 업계 최초로 상용 CAN XL 트랜시버를 출시하여 로봇과 산업 장비의 데이터 전송 속도를 대폭 향상시켰다
클라우드 접속 없이 내 PC에서 AI 코딩을? 엔비디아, RTX GPU 기반 ‘큐원3.8-27B’ 로컬 에이전트 지원

클라우드 접속 없이 내 PC에서 AI 코딩을? 엔비디아, RTX GPU 기반...

0
엔비디아가 최신 RTX GPU에서 클라우드 연결 없이도 개인 PC에서 안전하고 빠르게 AI 코딩을 도와주는 270억 파라미터 규모의 '큐원3.8-27B' 모델을 공식 지원한다
노르딕, 스카일로 인증 nRF9151로 위성 및 셀룰러 통신 전격 지원

노르딕, 스카일로 인증 nRF9151로 위성 및 셀룰러 통신 전격 지원

0
노르딕 세미컨덕터가 지상 기지국이 없는 오지에서도 위성과 지상 이동통신망을 자동으로 오가며 연결을 유지하는 초소형 사물인터넷 통신 모듈을 공개했다
콩가텍, 별도 가속기 없는 초고성능 AI 모듈 ‘conga-HPC/cRX1’ 출시

콩가텍, 별도 가속기 없는 초고성능 AI 모듈 ‘conga-HPC/cRX1’ 출시

0
콩가텍이 별도의 인공지능 가속기 카드를 추가하지 않고도 로봇과 자율주행 장비의 복잡한 인공지능 연산을 단일 보드로 처리하는 고성능 임베디드 컴퓨터 모듈을 상용화했다
AI가 반도체 직접 설계 엔비디아 신기술 공개

AI가 반도체 직접 설계 엔비디아 신기술 공개

0
엔비디아가 AI 물리학과 가속 수학 라이브러리를 결합한 에이전트 툴킷을 출시하여 반도체와 복잡한 기계 설계를 AI가 스스로 수행하는 자율형 엔지니어링 시대를 열었다
- Our Youtube Channel -Engineers Youtube Channel

Latest Articles