The term “industry 4.0” originates from a German government initiative focused integrating the manufacturing industry with internet technologies.
The initiative aims to accelerate the integration of next-generation technologies like big data, cloud, high-performance computing and the Internet of Things with advancements in areas like artificial intelligence, autonomous systems, and 3D printing. It aims to achieve this goal by fostering public-private partnerships, encouraging interoperability standards, and reducing or removing outdated regulatory restrictions.
The concept of this “digital transformation” of manufacturing has spread to include many industries such as logistics and transportation, oil and gas exploration, building maintenance, utilities, traffic management and even healthcare. The concept has caught on in a big way, as shown by this map that highlights a number of industry 4.0 initiatives, some of which refer to the trend as “Smart Industry.”
Whatever it’s called, the effects will be far ranging on both businesses and consumers as companies modernize through embracing these transformational technologies. Before Industry 4.0, it was common that IT processes generated reports that might manually be applied to adjust operational technologies (OT), and likewise, operational reports may inform changes in IT. Going forward they will be seamlessly linked as one process, in real time, designed to adjust cooperatively as objectives and operations change.
This continuous, real-time data flow between IT and OT systems become a critical success factor for embracing Industry 4.0. In the past, OT systems’ architectures have been primarily client-server centric, with tight coupling between nodes, because the nodes were mostly isolated in a local area network and behavior was sequential. IT systems have faced such distributed systems issues for years, which led to the adoption of messaging technologies and event-driven architecture to decouple nodes to reduce the impact of network outages and manage data flow between data producers (publishers) and consumers (subscribers). As IT and OT merge, those earlier OT systems will have to become loosely coupled and event driven to behave in a way that can assure business continuity. And with that change, IT and OT teams will have to adjust their thinking from a data-centric view to an event-centric view. Gartner summarizes this shift in their research report: Master Event-Driven IT to Master Digital Business.
Industry 4.0 is hot because it provides enterprises with a blueprint to modernize their business and drive huge efficiency gains through their business and into their value chains.
Solace helps large enterprises become modern and real-time by giving them everything they need to make their business operations and customer interactions event-driven. With PubSub+, the market’s first and only event management platform, the company provides a comprehensive way to create, document, discover and stream events from where they are produced to where they need to be consumed – securely, reliably, quickly, and guaranteed.
Behind Solace technology is the world’s leading group of data movement experts, with nearly 20 years of experience helping global enterprises solve some of the most demanding challenges in a variety of industries – from capital markets, retail, and gaming to space, aviation, and automotive.
Established enterprises such as SAP, Barclays and the Royal Bank of Canada, multinational automobile manufacturers such as Renault and Groupe PSA, and industry disruptors such as Jio use Solace’s advanced event broker technologies to modernize legacy applications, deploy modern microservices, and build an event mesh to support their hybrid cloud, multi-cloud and IoT architectures.[position] => [url] => https://solace.com/blog/author/solace/ ) )