Due to internationalization and the introduction of new technologies, consumer demand has increased. High flexibility of production processes is required to meet the growing demand for intelligent and personalized products. The pace of change in production has never been so high. To meet new needs and remain competitive, you need faster responses, state-of-the-art technology, and interconnected processes, from production planning and control to planning the company’s material and logistics needs. At the same time, it is necessary to ensure full traceability and documentation to meet strict regulatory requirements.
Data room Service as the Way to Optimize Data Sharing Process
Data room service has led to explosive growth in the popularity of broader data processing methods and the efficient use of telecommunications network bandwidth, as information has become much larger and, by its very nature and content, has become more diverse and large. When working with large amounts of data, relatively straightforward statistics are no longer enough. Business requirements have led from simple data retrieval and statistical analysis to more sophisticated data mining and data processing optimization.
Nowadays, when all mobile and most consumer digital data room devices have network interfaces that are used to exchange service and user data, the branching and multicomponent nature of such networks, heterogeneity, and virtually unlimited nodes allow us to identify a new phenomenon of network technology.
The process of analyzing and processing data, finding and building a model in telecommunications systems is often iterative, as you need to find and identify various information that can be extracted. You also need to understand how to link, convert and combine them with other data to get results. Once new elements and aspects of data are identified, the approach to identifying data sources and formats and then comparing this information with a given result may change.
How to Optimize the Sharing Process via Data Room Service?
Sharing process via data room service today consists of the following main components:
- Sensors are placed on real physical devices.
- Local network of sensors.
- Gateway for data transmission to the public network and transporting them to the server.
- A remote server that processes and stores data.
In any data room system, the process of data transfer from sensors that collect information to servers that carry out its further processing and storage occupies a prominent place. Various technologies and transmission media can be used for data transmission, in particular, wireless data transmission technologies from sensors to primary gateways (Gateway), traditional cable systems, or the latest transmission technologies, such as PLC (Power Line Communication) – the so-called “Internet from the socket”, based on the use of in-house and in-apartment electricity networks for high-speed information exchange.
Modern technologies and trends, such as 3D printing and machine interaction, create a whole range of new opportunities. Mechanisms for personalization and use of sensors allow managing production using the system, carrying out the integration of processes, and using analytical tools which provide transparency of production operations and form forecasts.
The amount of data that needs further processing and storage is huge. All this data must be transferred from the sensor to the server before processing. This means that the network to transmit this data must have the highest possible bandwidth to ensure the highest possible transmission speed.