Predictive Maintenance – Part 2: How does predictive maintenance work?

This article follows our piece on Predictive Maintenance 101 – What Is It and Where Is It Used?...

Showing the invisible: Using Fischertechnik Models to Make the Integration of Industrial Processes Visible

In contrast to the majority of applications, software used in data integration often doesn’t have a nice, intuitive...

Industry 4.0 and Lean Management – How to Manage the Chaos

Value chains are becoming increasingly complex and networked. This is not only due to globalisation, but also to...

Artificial Intelligence and the SEEBURGER BIS

Artificial intelligence is playing an ever greater part in our everyday lives. Intelligent systems are behind ever more...

Using Real Time Data in Smart Manufacturing

We are currently in the fourth industrial revolution, which is characterised by widespread digitalisation and connecting all manner...

OPC UA as standard for IIoT applications

OPC UA – a standard for the exchange of industrial process data with increasing importance. The SEEBURGER Business...

IoT Challenges and Industry 4.0

The opportunities that IIoT and Industry 4.0 solutions offer for businesses are manifold. However, there are a number...

Industrial Data Integration – Aggregation and logging of industrial process data by integration of heterogeneous data streams

The integration of the heterogeneous data streams generated in industrial processes enables the optimization of added value. Aggregation...

Information Security in Mechanical and Plant Engineering

Information security in data exchange and integration along the entire value chain in mechanical and plant engineering presents...

What is edge computing, and why is edge computing important for processing real-time data?

Edge computing is cutting-edge technology that is transforming the way we process data in digitally networked ecosystems. But...

Collaborative product development and data exchange in mechanical engineering and other technical industries

Globally operating companies with development and production sites distributed around the world as well as respective partner networks...

What is IIoT and Industry 4.0?

In the (industrial) Internet of Things (I)IoT, production processes, supply chains, business processes, services and product life cycles...

Why Integration Platforms are the Central Hub for Smart Services

Smart Services are becoming more and more important throughout the entire product life cycle of mechanical engineering. As...

Digital Value Chains are Transforming B2B-Integration – From EDI to IDS?

Digital transformation is changing the entire value chain. Data is increasingly becoming a commodity. As data-driven business models...

Big Data, IoT and SEEBURGER

What do bread rolls and big data have in common? Data is generated in masses – even in...

Industrial Internet of Things in the 5G Era: Transforming Manufacturing Communications and Real-Time Operations

The convergence of fifth-generation wireless technology with Industrial Internet of Things represents a paradigm shift that fundamentally redefines...

Smart Services – from passive to active (I)IoT applications

IoT applications have so far mainly been used in connection with networking and analysis of field and operational...

Procurement 4.0 – Purchasers as Innovation Scouts

Did you know that procurement processes have a particularly important role in a company’s digital transformation to an...

Real Time 101 – The Basics

IT systems are increasingly becoming more intelligent, networked and autonomous. This digital transformation not only makes a company’s...

Predictive Maintenance – Part 1: Predictive Maintenance 101 – What Is It and Where Is It Used?

Sooner or later, components in constant use start to wear out. You need to repair or replace them...
  • William
  • Blog

Information Security in Mechanical and Plant Engineering

Information security in data exchange and integration along the entire value chain in mechanical and plant engineering presents many companies with major challenges. The secure connection of customers, suppliers and partners in development, production, assembly, sales and service involves complex processes. Clear legal requirements and guidelines stipulate how data security must be guaranteed along the entire value-added chain. Learn about solutions that ensure information security during data exchange and integration while adhering to all compliance rules.

Information Security – the Initial Situation in Mechanical and Plant Engineering

As a result of digitization, development, production as well as sales and services are now distributed across the globe. In recent years, companies in the mechanical and plant engineering sector have built-up complex process, organizational, data and service structures that provide the necessary support in all areas of the value chain. The associated exchange of information spans all departments of a mechanical and plant engineering company to customers, partners, suppliers and the authorities. It is a central element of this networked development, production and service landscape.

Important and often critical know-how about products and processes is thus available to many players such as customers, partners and suppliers around the world. To ensure that this information does not fall into the wrong hands during data exchange, organizational, legal and IT measures are required for data protection. This often poses a challenge, not only for the central EDP/IT, but for the entire organization of a mechanical and plant engineering company.

Information Security and the Opportunities / Challenges of Digitization for Mechanical and Plant Engineering

Digitization, and all the measures that go with it, offers many opportunities for innovation and efficiency gains in mechanical and plant engineering. This benefits not only the manufacturer, but also the customer, operator and supplier of machines and systems. However, in addition to the opportunities, new challenges also arise that affect all the players involved. In particular, ensuring the availability of machines and systems is becoming more and more important as networking increases. Information security, from the beginning of product development to service, is an essential aspect of the holistic security concept of manufacturers, operators and customers. Not only has the secure exchange of product-related data been a concern, but personal data (e.g. GDPR) has become increasingly important for mechanical and plant engineering in recent years.

Information Security and Compliance Right from the Start

The guidelines from the EU Cybersecurity Act also apply to a large extent to the manufacturers and suppliers of industrial components along the value-added chain in mechanical and plant engineering. In addition, the operators of machines and plants increasingly insist on guaranteeing information security right from the start of product development.

The exchange of data in product development, production, assembly, sales and services with customers, partners, suppliers or even authorities is complex and includes both product-defining and value-adding information. The challenge is to act in accordance with the company’s compliance rules as well as the legal requirements of IT security laws and GDPR. At the same time, it is necessary to maintain control over the regulated data exchange and integration and to create transparent processes.

Furthermore, it must be ensured that the data to be exchanged is additionally protected by different mechanisms even in the case of external data access. After all, all employees should be able to carry out their work in a secure manner both inside and outside the company, even when working remotely.

Information Security – the Holistic SEEBURGER Concept for Data Exchange and Integration

IT security for data exchange and integration is an elementary component for the implementation of digital transformation in mechanical and plant engineering. In particular, it is of elementary importance for cross-company collaboration in product development as well as for Industry 4.0, platform economy and digital services.

A holistic concept is required for secure and transparent data exchange along the entire value chain. The process steps to be passed through usually include organizational and legal as well as IT-technical aspects. Below you will find examples of use cases for information security in the exchange of development, production, logistics and service data as well as solutions from SEEBURGER.

Product Lifecycle PhaseUse-CaseExamples of Data to be ExchangedPossible Solution
Product development & technical purchasingNetworked, distributed engineering, connection of engineering service providers, OEM engineering portals and electronic product and parts catalogs, Engineering Partner Onboarding ‘Purchineering’ (Purchase and Engineering)Market studies, NDAs, terms and conditions, offers, technical pictures, customer orders, specifications, tenders, CAD models, drawings, standards, guidelines, specifications, patents, sketches, drafts, functional and circuit diagrams, calculations, software, parts lists, Material ordersManaged File Transfer, OFTP2, ENGDAT, ENGPART, IT-Security, APIAPI management for connecting PLM/PDM, CAx format converter and CAx data validator, B2B, EDI/WebEDI, process monitoring for transparency and compliance
Production planning, manufacturing and assemblyConnection of extended workbenches, distributed production sites Integration of Shopfloor with Business IT, connection of RPA-Robot process automationWork plans, specifications, quality data, operating data, assembly plans, Production plans, test plans, NC programs, firmware, software, production protocols, sampling documents, machine data, simulation data, operating and production process dataManaged File Transfer, OPC UA, MQTT, API/API management, Process Monitoring, Industry 4.0/(I)IoT
Logistics for goods and productsConnection to merchandise management, logistics, packaging, labeling, barcode, transport systems, tracking, SCMMaterial movements, information on product or outer packaging, data for transport processingB2B, EDI/WebEDI, API/API management, Managed File Transfer,  Process Monitoring, BIS LINK
SalesConnection to supplier portals, store systems, ERP, OmniChannel, various platforms for product sales, mobile appsOrder processing, quotation, order, invoice, marketing documents, simplified 3D models, product drawings, product images & brochures, data sheets, digital product catalogsManaged File Transfer, B2B, EDI/WebEDI, API/ API management, Process Monitoring, BIS LINK, E-Invoicing, ZUGFeRD
ServicesIntegration of manufacturer platforms, operators and users of digital servicesRepair orders, maintenance contracts, warranty services, operating instructions, maintenance manuals, customer service reports. Digital services, pay per use, subscription models, subscription modelsManaged File Transfer,  Industry 4.0/(I)IoT, API/API management, BIS LINK
DisposalConnection of disposal partners, provision of necessary data and documentsDisassembly plans, recycling plans, Scrapping protocolsManaged File Transfer,  API/API management, BIS LINK

Figure: Information Security – Examples of use cases for the exchange of development, production, logistics and service data and solutions from SEEBURGER

Information security and the SEEBURGER solution

We support customers in mechanical and plant engineering in the:

  • Identification of requirements and subsequent definition of a holistic concept for secure data exchange and integration
  • Design of internal and cross-company processes and organizational structures
  • Implementation of the defined concept with all necessary and associated solution modules (see table for use cases and solutions – excerpt)
  • Sustainable optimization and adaptation of the implemented concept to changing conditions

As a central integration platform, the SEEBURGER Business Integration Suite (BIS) ensures a standardized exchange of information as well as data security and integrity between all players and other platforms.


Source: https://blog.seeburger.com/information-security-in-mechanical-and-plant-engineering/

Inline Feedbacks
View all comments
guest