AAS Solutions Hub

Description

CONTACT Elements for IoT helps to collect and understand data efficiently and integrate it into automated processes. Manage assets precisely, optimize manufacturing processes, and strengthen your service business through customized digital services. With CONTACT Elements for IoT, you are shaping not only the present but also the future success of your company.

CONTACT Elements for IoT paves the way for a smooth start for all companies, regardless of their level of digital maturity, and enables them to scale gradually according to their individual needs.

Customer Benefits

Elements for IoT gives machines and systems a voice: they can communicate with the operator or other IT systems. Strengthen the role of your machines by actively integrating them into automated business processes using the Asset Administration Shell. Thanks to standard interfaces and powerful integration technology, we ensure seamless connections across system and application boundaries for end-to-end processes in your industrial transformation.

Target market

Aerospace, Chemicals, Consumer, Electrical & Electronics, Automotive, Food & Beverage, Freight Rail Transportation, IT & Telecommunication, Metals, General Purpose

Submodels

Area of Operation

Applications

Cost Efficiency, Quality, Resilience, Sustainability, Asset Management, Availability

Lifecylcephases

Machine/Plant: Virtual Commissioning, Component: Planning & Development, Factory/Plant: Virtual Commissioning, Component: Production, Factory/Plant: Commissioning, Component: Usage & Optimization, Component: Commissioning, Machine/Plant: Planning & Development, Machine/Plant: Commissioning, Machine/Plant: Production, Machine/Plant: Maintenance & Optimisation, Factory/Plant: (Investment-) Planning, Factory/Plant: Engineering, Component: Construction, Factory/Plant: Production, Machine/Plant: Construction, Factory/Plant: Maintenance & Optimisation, Component: Virtual Commissioning

Used AAS open source software

References

Description

In the edge-based application Industrial Information Hub (IIH), all information is brought together, and made available via standardized interfaces. With the help of semantic data models, it allows you to gather production data from across the organization as the basis for digitization. Accordingly, the IIH implements an AAS repository that can operate as the heart of use cases such as asset management, data connectivity to the PLC and shop-floor devices, data consolidation via OPC UA, use of automatically generated semantic data model, local creation of an asset model and its synchronization with other systems to generate information out of process data.

Customer Benefits

The IIH collates all information in a data lake and automatically generates a semantic model. This contributes to the overall improvement of your data management and facilitates the integration of future plants and machines into existing structures. With the AAS the engineering is further accelerated, e.g. through a plug&play device onboarding.

Target market

Electrical & Electronics, General Purpose, Machine Building

Submodels

Asset Interfaces Description, Handover Documentation, Technical Data, Digital Nameplate

Area of Operation

Industrial Edge

Applications

Cost Efficiency, Efficiency, Growth, Profitability, Reliability, Quality, User Experience, Asset Management, Flexibility

Lifecylcephases

Machine/Plant: Production, Factory/Plant: Engineering, Factory/Plant: Production, Factory/Plant: Commissioning, Component: Commissioning, Machine/Plant: Commissioning, Component: Production

Used AAS open source software

References

Description

A complete platform for Industrial Digital Twin management. Full suite of capabilities from data ingress, high-performant AAS gateway, secured AAS sharing, and App marketplace with more than 100 solutions from innovative solution providers from around the globe. DPP as a default service with an AAS-based data interface, and integrated semantic library.

Customer Benefits

A single platform for end-to-end Digital twin management. Supporting entire asset portfolio from Factory, Machines, Products, Materials and Components. Advanced Application and Data governance capabilities within the platform. Customers benefit from not just having all their products as AAS - but using the platform to transform their rigid, monolithic shopfloor processes into modular digital twin-driven operations. DPP as a standard platform service for all customers.

Target market

Batteries, Cement, Chemicals, Machine Building, Food & Beverage, Automotive

Submodels

NAMEPLATE (02006), TECHNICAL DATA (02003), DOCUMENTATION(02004), SERVICE REQUEST(02010), BOM(02011), CARBON FOOTPRINT(02023)

Area of Operation

Manufacturing, Traceability, Metaverse, Productivity, Quality, Data Standardization.

Applications

Cyber Security, Decarbonization, Safety, Efficiency, Energy Efficiency, Profitability, Quality, Transparency, Asset Management, Availability, Flexibility, Reliability, Cost Efficiency

Lifecylcephases

Component: Production, Component: Usage & Optimization, Machine/Plant: Production, Machine/Plant: Maintenance & Optimisation, Factory/Plant: Production, Factory/Plant: Maintenance & Optimisation

Used AAS open source software

Eclipse BaSyx

References

DBK Gmbh, OFI, Novonesis

Description

Free, open source, cross-platform visual viewer/editor for Asset Administration Shells based on PyQt Framework and Eclipse BaSyx Python SDK

Customer Benefits

Explore and inspect your Asset Administration Shells (AAS), swiftly develop and refine Submodels, and rapidly edit and correct them.

Target market

General Purpose

Submodels

Area of Operation

Applications

User Comfort

Lifecylcephases

Component: Production, Component: Virtual Commissioning, Component: Usage & Optimization, Machine/Plant: Virtual Commissioning, Machine/Plant: Planning & Development, Factory/Plant: Virtual Commissioning, Machine/Plant: Production, Factory/Plant: Commissioning, Machine/Plant: Maintenance & Optimisation, Component: Commissioning, Factory/Plant: (Investment-) Planning, Machine/Plant: Commissioning, Factory/Plant: Engineering, Factory/Plant: Production, Factory/Plant: Maintenance & Optimisation, Component: Construction, Component: Planning & Development, Machine/Plant: Construction

Used AAS open source software

Eclipse BaSyx

References

Description

Papyrus4Manufacturing is graphical modeling tool for Industry 4.0 applications that complies with the AAS specification. It provides an integration with BaSyx, the open source middleware for Industry 4.0 production environments.

Customer Benefits

Papyrus4Manufacturing provides automatic code generation from AAS models to BaSyx Java.

Target market

General Purpose

Submodels

Technical Data, Nameplate

Area of Operation

AAS engineering, AAS deployment to BaSyx

Applications

Asset Management

Lifecylcephases

Component: Commissioning, Machine/Plant: Commissioning, Component: Production, Machine/Plant: Production, Component: Construction, Machine/Plant: Construction

Used AAS open source software

Eclipse AAS Model for Java, Eclipse BaSyx

References

Description

An AAS & EDC based EV battery pack life cycle management solution that integrates EV battery pack production data and real-time monitored operating data from vehicles. The solution is being developed as an application use case integrating EV battery pack information generated by different companies.

Customer Benefits

Correlated analysis of battery pack production data and operation data helps battery pack manufacturers with predictive maintenance and production quality control.

Accumulated operational data enables quick analysis for the cause of anomalies in electric vehicles to minimize downtime.

Interconnecting data from different companies in the EV battery pack supply chain will allow all information on the battery pack to be digitized, made available and transparently traced, and finally connected to the circular economy ecosystem through a battery passport or digital product passport.

Target market

IT & Telecommunication, Automotive, Batteries

Submodels

Generic Frame for Technical Data for Industrial Equipment in Manufacturing (02003)

Area of Operation

Battery, Automotive, Digital Product Passport

Applications

Asset Management, Quality, Sustainability

Lifecylcephases

Component: Usage & Optimization, Component: Production

Used AAS open source software

Eclipse AASX Package Explorer

References

Description

Bosch Semantic Stack enables data-driven software solutions for a product-centric digital transformation that converts data and domain knowledge into insights. As representatives of real products, digital twins make all useful information from the entire life cycle universally understandable and easily accessible.

Customer Benefits

- Reliable data-driven decision-making, for your management and your expertise to overcome your product challenges
- Increasing the efficiency in processes significantly, through data transparency and automation
- Scaling and reuse of product knowledge and data for the best products and services

Target market

Machine Building, Semiconductors, Aerospace, Automotive, Electrical & Electronics, General Purpose, Batteries, Data Centers, IT & Telecommunication

Submodels

Not applicable

Area of Operation

Cloud

Applications

User Comfort, Scalability, Flexibility, Profitability, Cost Efficiency, Growth, Transparency, Efficiency, Asset Management, Reliability, Quality, Sustainability, Speed

Lifecylcephases

Machine/Plant: Production, Component: Usage & Optimization, Factory/Plant: Virtual Commissioning, Machine/Plant: Virtual Commissioning, Factory/Plant: Maintenance & Optimisation, Component: Virtual Commissioning, Machine/Plant: Commissioning, Factory/Plant: Engineering, Factory/Plant: (Investment-) Planning, Component: Planning & Development, Component: Construction, Factory/Plant: Commissioning, Machine/Plant: Construction, Component: Commissioning, Machine/Plant: Planning & Development, Machine/Plant: Maintenance & Optimisation, Component: Production, Factory/Plant: Production

Used AAS open source software

Eclipse Semantic Modeling Framework

References

Bosch Rexroth: https://www.bosch-connected-industry.com/de/en/news/references/plmportal.html, Bosch Automotiv: https://www.bosch-connected-industry.com/de/en/news/references/digitalcv.html ; Catena-X: https://www.bosch-connected-industry.com/de/en/news/catenax-news.html

Description

We use Mnestix to create and manage asset administration shells for your processes or products and to provide their information to devices or via interfaces.
And it does so in a standard-compliant way with the help of ready-made templates for the submodels that can be easily adapted – a standardized digital twin.
Use the Mnestix Viewer to display information from the AAS on devices (via QR code on products).
Use the XITASO AAS consulting to build up your perfect solution.

Customer Benefits

Quick at the start.
- Easy to get started quickly with pre-built, standards-compliant templates
- One-click deployment for proven and easy implementation in the shortest time possible.
- Run it with docker-compose on your environment.
Scalable, with your data sovereignty.
Support, integration and services around AAS by the XITASO team.

Target market

Power Distribution, Aerospace, Consumer, Chemicals, Power Transmission, Automotive, Electrical & Electronics, General Purpose, Cement, Intralogistics, Healthcare, Batteries, Freight Rail Transportation, Marine, Power Generation, Commercial Buildings, Pharmaceutical & Life Science Industries, IT & Telecommunication, Machine Building

Submodels

no restrictions

Area of Operation

Applications

Flexibility, Cost Efficiency, Growth, Resource Efficiency, Transparency, Energy Efficiency, User Experience, Decarbonization, Efficiency, Asset Management, Reliability, Quality, Sustainability, Speed, User Comfort, Scalability, Experience

Lifecylcephases

Component: Usage & Optimization, Factory/Plant: Virtual Commissioning, Machine/Plant: Virtual Commissioning, Factory/Plant: Maintenance & Optimisation, Component: Virtual Commissioning, Component: Planning & Development, Machine/Plant: Planning & Development, Machine/Plant: Maintenance & Optimisation, Component: Production, Factory/Plant: Production, Machine/Plant: Production

Used AAS open source software

Eclipse BaSyx

References

Description

FA³ST Service is an open-source Java-based implementation of the reactive/type 2 Asset Administration Shell. It enables you to create interactive AAS-compliant digital twins in the matter of seconds and synchronize them with existing assets such as machines or sensors.

Customer Benefits

- Free & open source
- Easily extendable & configurable because of open architecture
- Interact with your AAS via HTTP and/or OPC UA (at the same time)
- Supports synchronization of AAS with existing assets using different protocol (HTTP, MQTT, OPC UA supported out-of-the-box, other protocols via extensions)
- Can be used as command-line application, docker container, and embedded library

Target market

General Purpose

Submodels

Area of Operation

FA³ST is a Java-based software that can be used as command-line application, docker container, or embedded library.

Applications

Flexibility, Adaptability, User Comfort

Lifecylcephases

Component: Usage & Optimization, Factory/Plant: Virtual Commissioning, Machine/Plant: Virtual Commissioning, Factory/Plant: Maintenance & Optimisation, Component: Virtual Commissioning, Machine/Plant: Commissioning, Component: Planning & Development, Factory/Plant: Engineering, Machine/Plant: Planning & Development, Machine/Plant: Maintenance & Optimisation, Component: Construction, Factory/Plant: Commissioning, Machine/Plant: Construction, Component: Commissioning, Component: Production, Factory/Plant: Production, Machine/Plant: Production

Used AAS open source software

Eclipse AAS Model for Java

References

Jacoby, Michael, et al. "FA³ST Service–An Open Source Implementation of the Reactive Asset Administration Shell." 2022 IEEE 27th International Conference on Emerging Technologies and Factory Automation (ETFA). IEEE, 2022. https://ieeexplore.ieee.org/abstract/document/9921584/

Description

AAS.TwinEngine is a modern software component for use cases in the Industry 4.0 context.
It is used to create and manage digital twins of physical objects by means of
standardised Asset Administration Shells

Customer Benefits

Building an AAS platform based on a modern Data Fabric architecture is revolutionising the way data is organised and analysed in the company. The Data Fabric forms the fundamental backbone of the AAS.TwinEngine and enables customer's to seamlessly integrate a wide variety of data sources. Regardless of whether it is structured or unstructured data, AAS.TwinEngine can capture it, combine it and provide customers with a consolidated view.

Target market

General Purpose

Submodels

Digital Nameplate for Industrial Equipment Time Series Data

Area of Operation

It can be deployed as a Cloud solution, On-Prem or even Hybrid

Applications

Adaptability, Transparency, Asset Management, User Comfort, Availability

Lifecylcephases

Factory/Plant: Maintenance & Optimisation, Component: Virtual Commissioning, Machine/Plant: Commissioning, Machine/Plant: Maintenance & Optimisation, Factory/Plant: Commissioning, Component: Commissioning, Component: Production, Factory/Plant: Production, Machine/Plant: Production, Factory/Plant: Virtual Commissioning, Machine/Plant: Virtual Commissioning

Used AAS open source software

Own development

References

None at the moment

Description

Mit BaSyx Enterprise können Sie AAS und Instanzen anlegen sowie bearbeiten, standardisierte und proprietäre Teilmodelle nutzen und erstellen. BaSyx Enterprise macht Ihre AAS aktiv, indem Daten aus dem Lifecycle aktiv in die AAS geschrieben und Operationen darauf angeboten werden. Wir unterstützen AAS der Typen 1, 2 und 3 und bilden damit die Grundlage für eine smart vernetzte Fertigung, auf der beispielsweise LLM (AAS-GPT) aufgebaut und Abfragen über natürliche Sprache ausgeführt werden können.

Customer Benefits

- Dokumentation des Produktlebenszyklus auf Typ- und Instanzebene
- Dokumentation der produktrelevanten Fertigungsdaten
- Informationen zur Verwendung des Produkts
- Informationen zur Verwertung des Produkts nach EOL
- Aufbau von Servicemodellen auf Basis von Typ 3-VWS zur Monetariserung der Daten
- Single Source of Truth, die alle Infos bündelt und handlebar macht
- Basis für Digitalen Produktpass

Target market

Food & Beverage, Semiconductors, Chemicals, Automotive, Electrical & Electronics, Healthcare, Metals, Batteries, Power Generation, Commercial Buildings, IT & Telecommunication, Machine Building, Consumer

Submodels

Every Submodel can be included

Area of Operation

AAS Management

Applications

Adaptability, Transparency, Cost Efficiency, Profitability, Resource Efficiency, Asset Management, Energy Efficiency, User Experience, Decarbonization, Sustainability, User Comfort, Flexibility

Lifecylcephases

Component: Planning & Development, Machine/Plant: Maintenance & Optimisation, Machine/Plant: Planning & Development, Component: Construction, Machine/Plant: Construction, Component: Production, Factory/Plant: Production, Machine/Plant: Production, Component: Usage & Optimization, Factory/Plant: Maintenance & Optimisation

Used AAS open source software

Eclipse BaSyx

References

Description

The integration solution Orchestra serves as an AAS Data Hub, supporting the integration of AAS data from various sources and systems. Orchestra enables the consolidation of data from different AAS models and instances to ensure a comprehensive and consistent view of assets.

This facilitates the exchange of data between different partners and systems. The integration solution provides several mechanisms for accessing and automatically delivering AAS data.
Orchestra offers a variety of standardized connectors to easily and flexibly perform queries, updates, transformations and data transactions. These connectors include options for connecting via standardized protocols such as OPC UA, MQTT, and REST, as well as integration with legacy systems. This capability provides access to data from multiple systems, applications, and devices. In addition, as an AAS Data Hub, Orchestra implements security mechanisms to control and protect access to AAS data. It also supports authentication, authorization and encryption to ensure data confidentiality and integrity, as well as to prevent unauthorized access. This robust security infrastructure helps safeguard AAS data and maintain its integrity, ensuring that only authorized users and systems can interact with the data. As a standalone application, Orchestra juno enables communication between applications and systems, as well as devices and equipment in the industry. The solution is designed for secure bi-directional exchange of production data with the AAS Data Hub in heterogeneous decentralized environments, supporting retrofit, data caching and transformation at the edge level.

Customer Benefits

Our AAS-Data-Hub Orchestra combines low-code development, high scalability, templating functionalities for fast rollouts and platform independence. Why is this the ultimate tool? Low-coding allows you to quickly create and customize applications, while our templating functionalities speed up the AAS concept implementation. Why is it better than the competition? Our solution allows you to scale your AAS-integration processes quickly, regardless of the platform used. In addition, platform independence enables seamless integration with existing systems and technologies. Our standout feature? We offer a comprehensive solution that not only accelerates development, but also ensures flexible scaling and interoperability to meet the specific needs of your (regulated) manufacturing

Target market

Glass & Solar, Power Transmission, Transportation, Pulp & Paper, Cement, Intralogistics, Metals, Batteries, Post & Logistics, Data Centers, Power Generation, Commercial Buildings, Harbors, Marine, Oil & Gas, Minerals, IT & Telecommunication, Pharmaceutical & Life Science Industries, Power Utilities, Machine Building, Defense, Consumer, General Purpose, Food & Beverage, Power Distribution, Semiconductors, Aerospace, Chemicals, Automotive, Electrical & Electronics

Submodels

Hierarchical Structures enabling Bills of Material, Digital Nameplate for Industrial Equipment, Nameplate for Software in Manufacturing, Generic Frame for Technical Data for Industrial Equipment in Manufacturing, Contact Information, Time Series Data Further submodels are gradually being added in line with IDTA release cycles and demand, Handover Documentation, Carbon Footprint

Area of Operation

on-premise and cloud operation is possible, no dependence on operating system

Applications

Adaptability, Transparency, Cost Efficiency, Profitability, Resource Efficiency, Asset Management, Energy Efficiency, User Experience, Decarbonization, Growth, Cyber Security, Efficiency, Reliability, Quality, Resilience, Sustainability, User Comfort, Availability, Speed, Safety, Fast rollout, Scalability, Experience, Flexibility

Lifecylcephases

Machine/Plant: Commissioning, Component: Planning & Development, Machine/Plant: Maintenance & Optimisation, Factory/Plant: Engineering, Machine/Plant: Planning & Development, Component: Construction, Factory/Plant: Commissioning, Machine/Plant: Construction, Component: Commissioning, Component: Production, Factory/Plant: Production, Factory/Plant: (Investment-) Planning, Machine/Plant: Production, Component: Usage & Optimization, Factory/Plant: Maintenance & Optimisation, Factory/Plant: Virtual Commissioning, Machine/Plant: Virtual Commissioning, Component: Virtual Commissioning

Used AAS open source software

References

compatible with conplement AG twinsphere AAS-Platform, Xitaso GmbH Mnestix, BaSyx AAS Server

Description

twinsphere is a comprehensive suite designed for the creation, management, and optimization of digital twins, aiming to simplify digital transformation, enhance process efficiency, and ensure the security of digital assets. It is a cloud solution available in a Software-as-a-Service (SaaS) model, consisting of various components and services that can be utilized in a connected manner to meet customer requirements. twinsphere offers an Asset Administration Shell (AAS) platform for implementing and managing digital twins based on the AAS, according to the IDTA standard V3.

Customer Benefits

twinsphere offers customers a suite of significant benefits aimed at enhancing digital transformation and efficiency across the value chain. First, it simplifies the creation and management of asset administration shells with its AAS-platform, enabling quick and seamless access to digital assets and processes. The interoperability facilitated by twinsphere, based on industry standards like the Asset Administration Shell (AAS) from IDTA, ensures that digital twins are standardized and can seamlessly integrate with other systems, enhancing competitiveness. Furthermore, the platform supports an interactive and multilingual access to critical information, such as digital nameplates and product carbon footprints, directly with an AAS Viewer or through product-portal integration, improving customer engagement and transparency. Twinsphere also promotes the networking of systems and assets beyond company boundaries, fostering automated information exchange and enabling efficient cross-company processes along the supply chain. This not only accelerates the digital transformation but also provides mid-sized companies access to digital value-added services and supply chains, ensuring their success in the era of Industry 4.0 and digital shop floor transformation.

Target market

Healthcare, Batteries, Conveyor Technology, Pharmaceutical & Life Science Industries, Power Utilities, Machine Building, General Purpose, Semiconductors, Aerospace, Chemicals, Automotive, Electrical & Electronics, Transportation

Submodels

Area of Operation

SaaS

Applications

Transparency, Cost Efficiency, Asset Management, Decarbonization, Growth, Reliability, Sustainability, Safety, Scalability, Flexibility

Lifecylcephases

Component: Planning & Development, Machine/Plant: Maintenance & Optimisation, Factory/Plant: Engineering, Machine/Plant: Planning & Development, Component: Construction, Machine/Plant: Construction, Component: Production, Factory/Plant: Production, Machine/Plant: Production, Component: Usage & Optimization, Factory/Plant: Maintenance & Optimisation, Factory/Plant: Virtual Commissioning, Machine/Plant: Virtual Commissioning, Component: Virtual Commissioning

Used AAS open source software

AAS Core Works

References

Endress & Hauser, Kübler, IFM, AS-Schneider, Dunkermotoren

Description

We provide your products quickly and easily with a digital nameplate and unique identification in accordance with IEC 61406 and AAS

Customer Benefits

Our solution makes it possible for you to equip your products with a DPP and the corresponding AAS data in the shortest possible time, and in series.

Target market

Cement, Cranes, Batteries, Marine, Conveyor Technology, Pharmaceutical & Life Science Industries, Machine Building, Airports, General Purpose, Aerospace, Chemicals, Automotive, Electrical & Electronics, Biofuel Production, Food & Beverage, Glass & Solar

Submodels

Digital Nameplate (IDTA 02006-2-0) • Handover Documentation (IDTA 02004-1-2)

Area of Operation

Industrial and pharmaceutical applications

Applications

Asset Management, User Experience, Reliability, Quality, Availability

Lifecylcephases

Component: Production, Factory/Plant: Production, Factory/Plant: Commissioning, Component: Commissioning, Machine/Plant: Production, Component: Usage & Optimization, Factory/Plant: Maintenance & Optimisation, Component: Virtual Commissioning, Machine/Plant: Maintenance & Optimisation, Machine/Plant: Commissioning

Used AAS open source software

Eclipse AASX Package Explorer, Eclipse AAS Model for Java

References

BWT, GSK, MSD, Rembe, Quadax, Evoguard

Description

The implementation is based on the ideas of the EU (Ecodesign for Sustainable Products Regulation, ESPR) using Asset Administration Shells. Product Carbon Footprint (PCF) calculations are intended as examples for the technical demonstrator/proof of concept without claiming accuracy/correctness. They are therefore to be understood as approximate values.

Customer Benefits

The Digital Product Passports (DPP) presented are to be understood as a technical demonstrator/proof of concept.

Target market

Post & Logistics, Data Centers, Freight Rail Transportation, Power Generation, Machine Building, Oil & Gas, Power Utilities, IT & Telecommunication, General Purpose, Hospitality & Entertainment, Automotive, Electrical & Electronics, Food & Beverage, Power Distribution, Transportation, Passenger Rail Transportation, Batteries, Healthcare

Submodels

02006, 02011, 02023, MCAD, ECAD, 02003, 02004

Area of Operation

Applications

Decarbonization, Growth, Profitability, Resource Efficiency, Reliability, Energy Efficiency, Quality, Efficiency, Sustainability, User Comfort, Availability, Speed, Transparency, Asset Management, Cost Efficiency

Lifecylcephases

Factory/Plant: Engineering, Machine/Plant: Planning & Development, Component: Construction, Machine/Plant: Construction, Factory/Plant: (Investment-) Planning, Component: Usage & Optimization, Factory/Plant: Maintenance & Optimisation, Machine/Plant: Maintenance & Optimisation, Component: Planning & Development

Used AAS open source software

Eclipse BaSyx, Eclipse AAS Model for Java, aas4j

References

Description

mySaveID is a service and trust service (TSP) that gives your company and its employees or customers a reusable digital identity that can be exchanged in daily business with business partners and customers to digitally identify themselves or digitally prove their origin.
Things, e.g. machines or software, can also be assigned with their ID to establish a legal relationship with the company or a person.
For this purpose, authorisations can be stored and maintained in the system that describe the authorisation of employees or objects (machines, software, etc.) for interaction with third parties. These authorisations can be given as data releases in use cases so that they can react to them.
In addition, the service offers digital signatures and seals for signing contracts (as a natural person or company).

Customer Benefits

mySaveID is the basis for digital business processes with third parties.
- Digital ID for companies (trust service according to eIDAS).
- Management of powers of attorney for controlling signature processes or for granting limited authorisations to act for machines or software (basis for autonomous contract conclusions, legal framework).
- Signing of contracts marked for third parties in their role as authorised representatives.
- Use of digital identities within the context of the German Supply Chain Duties Act (Lieferkettensorgfaltspflichtengesetz) and the product life cycle of machines and software
- Seamless integration into existing systems or use cases (API)

Target market

Intralogistics, Mining, Metals, Education, Post & Logistics, Data Centers, Freight Rail Transportation, Power Generation, Conveyor Technology, Road Transportation, Machine Building, Oil & Gas, Commercial Buildings, Harbors, Pharmaceutical & Life Science Industries, Power Utilities, Water, IT & Telecommunication, Tire , Airports, General Purpose, Hospitality & Entertainment, Minerals, Automotive, Electrical & Electronics, Food & Beverage, Chemicals, Identity, Biofuel Production, Power Distribution, Semiconductors, Transportation, Glass & Solar, Passenger Rail Transportation, Batteries, Healthcare, Cement, Cranes, Power Transmission, Pulp & Paper

Submodels

Area of Operation

high security data centre in Germany

Applications

Reliability, Quality, Efficiency, Cyber Security, Resilience, Speed, Safety, Flexibility, Experience, Asset Management, Cost Efficiency

Lifecylcephases

Component: Usage & Optimization, Factory/Plant: Maintenance & Optimisation, Machine/Plant: Maintenance & Optimisation

Used AAS open source software

References

Description

ActiveDB establishes itself as the operating system for the "living" digital twin, providing extensive capabilities for managing and controlling digital twins. Its ability to import, export, and enhance digital twins according to the Asset Administration Shell (AAS) standard positions it as a key technology for companies leading in digital transformation.

Thus, ActiveDB is not just a tool for data management but a comprehensive operating system that enables full utilization and added value of digital twins. With its advanced features and integration of industry standards, it provides a solid platform for companies' digital transformation.

Customer Benefits

ActiveDB highlights include:

AAS Integration and Expansion: Utilizes AAS to create a standardized communication base for digital twins, enhancing interoperability across systems and industries for seamless integration and application.

Enhancements through Functions and Links: Expands digital twins' capabilities by adding in-depth functions, dependency links, and data connections, enabling detailed analysis, monitoring, and control of physical objects and processes linked to digital twins.

Vivid and Responsive Digital Twins: Advanced functions and the ability to create dependencies between data points make digital twins within ActiveDB lively and responsive. They can be used for real-time monitoring, comprehensive analyses, and direct control of systems and processes.

Standardization and Future-proofing: Using AAS within ActiveDB ensures high compatibility with other digital technologies and platforms also based on AAS. This guarantees long-term investment security for companies, as they rely on technology that evolves with future industry requirements.

Target market

Education, Post & Logistics, Data Centers, Freight Rail Transportation, Power Generation, Conveyor Technology, Road Transportation, Machine Building, Oil & Gas, Commercial Buildings, Harbors, Marine, Pharmaceutical & Life Science Industries, Power Utilities, Water, IT & Telecommunication, Tire , Airports, General Purpose, Hospitality & Entertainment, Minerals, Automotive, Electrical & Electronics, Food & Beverage, Chemicals, Biofuel Production, Power Distribution, Semiconductors, Aerospace, Transportation, Defense, Glass & Solar, Passenger Rail Transportation, Batteries, Healthcare, Cement, Cranes, Power Transmission, Pulp & Paper, Intralogistics, Mining, Metals

Submodels

ActiveDB can use all submodels per import/export interface.

Area of Operation

The ActiveDB is utilized across a broad range of industries, offering specific solutions for diverse business challenges. Here are examples of ActiveDB applications in various sectors: Manufacturing and Engineering: ActiveDB is used for creating and managing digital twins that can be applied in these industries. This is particularly relevant for simulations and developments in the metaverse, real-time monitoring of machinery and production processes, and for predictive maintenance through the analysis of machine data. Energy Management: ActiveDB provides capabilities for optimizing energy consumption in real-time and actively managing energy infrastructure to reduce costs and promote sustainability. This is crucial for businesses aiming to minimize energy consumption and become more efficient. Food Industry: In the food sector, ActiveDB enables more precise, efficient, and transparent operations management. This leads to cost reductions and higher product quality while allowing businesses to adapt to changing regulatory requirements. Healthcare: ActiveDB can be used for managing medical devices, enabling real-time patient data monitoring, and supporting more accurate diagnosis and treatment. This is especially important in a field where rapid and accurate data processing can be life-saving. Logistics and Transportation: By planning and optimizing logistics with real-time data and predictive analytics, ActiveDB can help make supply chains more efficient and reduce delivery bottlenecks. Supply Chain Management: ActiveDB allows tracking the journey of products along the supply chain, optimizing inventory levels, and reducing supply shortages. This is crucial for companies looking to build an efficient and responsive supply chain. These examples illustrate the versatility of ActiveDB in various industries to optimize business processes, improve data analysis and management, and develop innovative business models.

Applications

Profitability, Resource Efficiency, Energy Efficiency, Quality, User Experience, Efficiency, Cyber Security, Sustainability, Resilience, User Comfort, Availability, Speed, Safety, Flexibility, Scalability, Experience, Asset Management, Cost Efficiency, Transparency, Reliability, Decarbonization, Growth, Adaptability

Lifecylcephases

Component: Production, Factory/Plant: Production, Factory/Plant: Commissioning, Component: Commissioning, Factory/Plant: (Investment-) Planning, Machine/Plant: Production, Component: Usage & Optimization, Factory/Plant: Maintenance & Optimisation, Factory/Plant: Virtual Commissioning, Machine/Plant: Maintenance & Optimisation, Component: Virtual Commissioning, Machine/Plant: Virtual Commissioning, Component: Planning & Development, Machine/Plant: Commissioning, Factory/Plant: Engineering, Machine/Plant: Planning & Development, Component: Construction, Machine/Plant: Construction

Used AAS open source software

Eclipse BaSyx

References

BASF, BMW group, Commeo, Digital Charging Solutions, news aktuell, ICA group, doubleSlash

Description

EN:
The realisation of an idea through a proof-of-concept includes prototype development, feasibility testing and evaluation of opportunities and risks for digital twins with asset administration shells. Our approach involves setting up a fully comprehensive development and operating environment for administration shells that supports their seamless integration into existing production and software landscapes. This has already enabled us to realise a large number of applications:

* Provision of digital twins of products, devices and processes
* Integration with existing PLM, ERP and MES systems
* New forms of human-machine interaction, for example the integration of iPads for data visualisation
* Calculation of key performance indicators to optimise production processes
* Realisation of cross-company data exchange and automated negotiations as a preliminary stage of digital supply chains
* Calculation and data aggregation for digital product passports and the CO2 footprint.

This creates a robust basis for the realisation of your digitalisation strategy.


DE:
Die Realisierung einer Idee durch einen Proof-of-Concept beinhaltet die prototypische Entwicklung, Machbarkeitsprüfung und Bewertung von Chancen und Risiken für Digitale Zwillinge mit Verwaltungsschalen. Unser Ansatz beinhaltet die Einrichtung einer vollumfänglichen Entwicklungs- und Betriebsumgebung für Verwaltungsschalen, die deren nahtlose Integration in bestehende Produktions- und Softwarelandschaften unterstützt. Damit konnten wir bereits eine Vielzahl von Anwendungen realisieren:

* Bereitstellung von digitalen Zwillingen von Produkten, Geräten und Prozessen
* Integration mit bestehendem PLM, ERP, MES Systemen
* Neue Mensch-Maschine Interaktionsformen, zum Beispiel die Integration von iPads zur Datenvisualisierung
* Berechnung von Key Performance Indikatoren zur Optimierung von Fertigungsabläufen
* Realisierung von unternehmensübergreifenden Datenaustausch und automatisierten Verhandlungen als Vorstufe von Digitalen Lieferketten
* Berechnung und Datenaggregation für digitale Produktpässe und den CO2-Fußabdruck.

Dies bildet eine robuste Basis für die Verwirklichung Ihrer Digitalisierungsstrategie.

Customer Benefits

EN:
* Opportunities and Risks of Digitalisation: Explore the practical implementation of your ideas and base your decisions on sound data.
* Implementation Concept: Our experts develop strategies for integrating digitalisation concepts into your system landscape.
* Knowledge building for your Employees: Gain insights into the latest technologies and learn how to successfully implement digital twins and administration shells.
* Rapid Implementation of Ideas into Practice: Identify further usage scenarios and recognise challenges for the implementation of digitalisation strategies.

DE:
* Chancen und Risiken der Digitalisierung: Erkunden Sie die praktische Umsetzung Ihrer Ideen und stützen Sie Entscheidungen auf fundierte Daten.
* Umsetzungskonzept: Unsere Experten entwickeln Strategien, wie sich Digitalisierungskonzepte in Ihre Systemlandschaft integrieren lassen.
* Wissensaufbau bei Ihren Mitarbeiter/innen: Erhalten Sie Einblicke in neueste Technologien und lernen Sie, wie digitale Zwillinge und Verwaltungsschalen erfolgreich umgesetzt werden.
* Schnelle Umsetzung von Ideen in die Praxis: Identifizieren Sie weitere Nutzungsszenarien und erkennen Sie Herausforderungen für die Umsetzung von Digitalisierungsstrategien.

Target market

General Purpose

Submodels

We identify suitable submodel templates from IDTA and optionally create new submodels and corresponding examples that fits your context.

Area of Operation

Applications

Efficiency, Cyber Security, Sustainability, Resilience, User Comfort, Availability, Speed, Safety, Flexibility, Scalability, Experience, Asset Management, Cost Efficiency, Transparency, Reliability, Decarbonization, Growth, Adaptability, Profitability, Resource Efficiency, Energy Efficiency, Quality, User Experience

Lifecylcephases

Component: Commissioning, Factory/Plant: (Investment-) Planning, Machine/Plant: Production, Component: Usage & Optimization, Factory/Plant: Maintenance & Optimisation, Factory/Plant: Virtual Commissioning, Machine/Plant: Maintenance & Optimisation, Component: Virtual Commissioning, Machine/Plant: Virtual Commissioning, Component: Planning & Development, Machine/Plant: Commissioning, Factory/Plant: Engineering, Machine/Plant: Planning & Development, Component: Construction, Machine/Plant: Construction, Component: Production, Factory/Plant: Production, Factory/Plant: Commissioning

Used AAS open source software

Eclipse AAS Model for Java, Eclipse BaSyx, Eclipse AASX Package Explorer

References

References can be seen in the website: https://eclipse.dev/basyx/success-stories

Description

EN:
The aim of this workshop is to support organizations in the digitalisation of manufacturing processes and the implementation of new business models with the help of digital twins and asset administration shells. As the technological basis for digital twins, the asset administration shells offer enormous opportunities for the implementation of numerous use cases in the context of Industry 4.0. Our workshop aims to identify these use cases and evaluate them in terms of their feasibility, but also with regard to their potential to support business objectives. Together, we identify the potential for your company and draw up a roadmap from the current status to the implemented solution.

DE:
Ziel dieses Workshops ist es, Nutzer bei der Digitalisierung von Fertigungsprozessen und bei der Umsetzung neuer Geschäftsmodellen mit Hilfe von Digitalen Zwillingen und Verwaltungsschalen zu unterstützen. Als technologische Grundlage für Digitale Zwillinge bieten Verwaltungsschalen enorme Möglichkeiten zur Umsetzung von zahlreichen Anwendungsfällen im Kontext der Industrie 4.0. Unser Workshop zielt darauf ab, diese Anwendungsfälle zu identifizieren und diese hinsichtlich ihrer Machbarkeit, aber auch im Hinblick auf deren Potentiale zur Unterstützung der Geschäftsziele zu bewerten. Gemeinsam identifizieren wir die Potenziale für Ihr Unternehmen und entwerfen einen Fahrplan vom aktuellen Stand zur umgesetzten Lösung.

Customer Benefits

EN:
* Clarity and Transparency: Understand how asset administration shells and digital twins can help you achieve your business goals.
* Optimal use of Asset Administration Shells: Work together with our experts to develop optimal strategies that optimise the benefits of asset administration shells for you while minimising implementation and integration costs.
* Future-proofing: The asset administration shell is a standardised technology that enables the exchange of data across company boundaries. Discover how you can start digitising your company today, implement industrial data rooms and effectively realise digital product passports.

DE:
* Klarheit und Transparenz: Verstehen Sie, wie Verwaltungsschalen und digitale Zwillinge dazu beitragen können, Ihre Geschäftsziele zu erreichen..
* Optimale Nutzung von Verwaltungsschale: Entwickeln sie gemeinsam mit unseren Experten optimale Strategien, die den Nutzen Verwaltungsschalen für Sie optimieren und zugleich den Implementierungs- und Integrationsaufwand minimieren.
* Zukunftssicherheit: Die Verwaltungsschale ist eine normierte Technologie, die den Austausch von Daten über Unternehmensgrenzen hinweg ermöglicht. Entdecken Sie, wie Sie bereits heute mit der Digitalisierung Ihres Unternehmens beginnen, industrielle Datenräume umsetzen und digitale Produktpässe effektiv realisieren können.

Target market

General Purpose

Submodels

Area of Operation

Applications

Sustainability, Resilience, User Comfort, Availability, Speed, Safety, Flexibility, Scalability, Experience, Asset Management, Cost Efficiency, Transparency, Reliability, Decarbonization, Growth, Adaptability, Profitability, Resource Efficiency, Energy Efficiency, Quality, User Experience, Efficiency, Cyber Security

Lifecylcephases

Machine/Plant: Production, Component: Usage & Optimization, Factory/Plant: Maintenance & Optimisation, Factory/Plant: Virtual Commissioning, Machine/Plant: Maintenance & Optimisation, Component: Virtual Commissioning, Machine/Plant: Virtual Commissioning, Component: Planning & Development, Machine/Plant: Commissioning, Factory/Plant: Engineering, Machine/Plant: Planning & Development, Component: Construction, Machine/Plant: Construction, Component: Production, Factory/Plant: Production, Factory/Plant: Commissioning, Component: Commissioning, Factory/Plant: (Investment-) Planning

Used AAS open source software

References

Description

The Asset Administration Shell Readiness Assessment is your quick start to an AAS implementation. In a short and comprehensive workshop we will capture your maturity regarding the AAS and Digital Twin readiness. Based on your current situation you will receive recommendations and a road map for the introduction of the AAS in your enterprise.

Customer Benefits

Road map and recommendation to introduce the AAS in your enterprise

Target market

General Purpose

Submodels

The AAS Readiness Assessment may cover all AAS submodules.

Area of Operation

Initial start of an AAS project

Applications

User Comfort, Availability, Speed, Flexibility, Scalability, Experience, Reliability, Growth, Adaptability, Quality, User Experience, Efficiency, Sustainability, Resilience

Lifecylcephases

Component: Planning & Development, Machine/Plant: Planning & Development, Factory/Plant: (Investment-) Planning

Used AAS open source software

None - consulting asset

References

On demand

Description

MeterVerse is a SaaS solution based on an Open Source IoT Framework which may be used to monitor and measure the energy flows in manufacturing to derive the individual Product Carbon Footprint (PCF) according to the Green House Gas Protocol (GHG) and thus provides primary data input for the AAS PCF submodel.

Customer Benefits

- Primary data provision for the PFC determination
- Integration of data in AAS and sustainability reports
- Low cost of the SaaS solution due to Open Source
- Quick start to the energy and resouce monitoring
- Large variety of protocols to connect smart meters

Target market

General Purpose

Submodels

PCF Submodel

Area of Operation

Cloud

Applications

Cost Efficiency, Transparency, Decarbonization, Profitability, Resource Efficiency, Energy Efficiency, Sustainability

Lifecylcephases

Factory/Plant: Maintenance & Optimisation, Machine/Plant: Maintenance & Optimisation, Component: Production, Factory/Plant: Production, Machine/Plant: Production

Used AAS open source software

References

On demand

Description

Demopage for digital name plates and Asset Administration Shells

Customer Benefits

Direct access to all relevant product data based on a serial number. Transfer of interoperable and classified data that can be transferred to all other systems. Preparation for the DPP.

Target market

Machine Building, Oil & Gas, Harbors, Marine, Pharmaceutical & Life Science Industries, Water, Airports, Automotive, Electrical & Electronics, Chemicals, Power Distribution, Glass & Solar, Metals, General Purpose

Submodels

Name Plate, Handover Documentation, Technical Data

Area of Operation

Access to all relevant product data and documents throughout the entire product life cycle.

Applications

Experience, Cost Efficiency, Transparency, Asset Management, Reliability, Quality, Sustainability, User Comfort

Lifecylcephases

Machine/Plant: Maintenance & Optimisation, Machine/Plant: Planning & Development, Factory/Plant: Production, Machine/Plant: Construction, Factory/Plant: Commissioning, Machine/Plant: Production, Factory/Plant: Maintenance & Optimisation

Used AAS open source software

References

Description

The Neoception® Digital Twin Infrastructure (DTI) is a platform designed to consolidate proprietary product data from various data sources into a standardized digital twin, making it available for a wide range of cross-manufacturer and cross-industry applications. A key aspect of the DTI is that digital twins are created only upon specific request. This demand-driven creation, based on pre-made templates and specific mapping rules, prevents redundant data storage and ensures users always have access to the latest information. The DTI can be operated by customers themselves or offered as a SaaS solution by Neoception GmbH.

Components V1.0:
- Core: Rule based data standardization
- Core: Rule based template creation
- Core: Comprehensive UI for non-programmers to manage the rules and templates
- Connector: Standard API endpoint to connect customer systems
- App: Viewer application to display digital twins on a web UI
- App: AASX exporter for creating and downloading AASX files
- App: API for requesting the digital twins via http

Customer Benefits

Dynamic AAS Provisioning​
- Dynamic AAS Generation: No pre-creation or storage needed​
- Eliminates duplicate data handling​
- Generates AAS in real-time as needed

Easy update of AAS template and data​
- Effortlessly update AAS with the most current data​
- Keep all previous sub-model versions available​
- Structural changes easily adjustable in the template

Semantically Described AAS​
- Close collaboration with ECLASS​
- Semantically described AAS, ready for cross-company collaboration (Manufacturing X, Catena X, etc.)​

Versatile Output Formats​
- The infrastructure provides numerous end formats and applications for the end user (AASX, PDF, STEP, …)​
- Automated processing and provisioning of unsorted data​

Scalability​
- Grow your operations effortlessly with our robust infrastructure​
- Efficiently adapts to increasing data volume and complexity​

Security​
- Security: Multi level security concept​
- Ensure the integrity and confidentiality of your information​
- Enable authenticated access

Target market

Machine Building, Pharmaceutical & Life Science Industries, Tire , Automotive, Electrical & Electronics, Chemicals, Food & Beverage, Semiconductors, Aerospace, Healthcare, Cranes, Metals, Intralogistics, Mining, General Purpose, Post & Logistics

Submodels

We provide all standardized submodels in our library. Additionally custom created submodels can be uploaded and stored in the library for later use as well.

Area of Operation

The Digital Twin Infrastructure can be deployed and used by the customer himself. We recommend to create a Kubernetes cluster in the customers IT for easy setup and maintenance. The Digital Twin Infrastructure is placed between the customers internal data provisioning systems like ERP, PLM, databases, etc. and the applications that are consuming Digital Twins to work. It requests proprietary data points from the customers systems, standardizes them and provides it wrapped in standardized submodels as digital twin to upper level applications.

Applications

Speed, Flexibility, Cost Efficiency, Scalability, Asset Management, Growth, Adaptability, User Experience, Cyber Security, User Comfort, Availability

Lifecylcephases

Component: Usage & Optimization, Machine/Plant: Maintenance & Optimisation, Factory/Plant: Virtual Commissioning, Component: Virtual Commissioning, Machine/Plant: Virtual Commissioning, Factory/Plant: Production, Component: Production, Machine/Plant: Production

Used AAS open source software

Eclipse AASX Package Explorer

References

Ziehl-Abegg GmbH

Description

AAS Suite (https://aas-suite.com) consists of AAS Designer and AAS Marketplace. AAS Designer (https://designer.aas-suite.com) is a tool to create and modify with the help of different assistances very easily AAS based on the definition of the IDTA. It is accompanied by the AAS Marketplace (https://market.aas-suite.com), where you can publish AAS resp. AASX Packages for the public or also company internally. Both tools can be used independently of each other or in combination. These tools are supplemented by a viewer for the human-readable display of AAS, a reader that can be used to access an AAS with the help of a barcode/QR code, a mapping application for the automated generation of AAS using input data from different interfaces (PLM/databases, Fileservers, .CSV-Files, Webservice, …) and a Public API that allows access to AAS stored in the marketplace. Currently we are working on a mechanism to compare AAS from different repositories very quickly.
We offer the AAS Suite and their components as SaaS solution, reachable on the URLs mentionned above as well as on premises solution exclusive for a customer.

Customer Benefits

- very easy creation and modifying of AAS
- using of each Submodell released by IDTA
- publishing of AAS on an internal or external marketplace
- human-readable visualization of AAS (esp. Nameplate, Handover Documentation, Bill of Material, Time-Series Data, Technical Data) also on your our WebSite or WebShop
- Using Barcodes/QR-Codes to identify AAS and jump to their content
- Generate AAS automatically based on an AAS (type) template
- Read and Load AAS per API from marketplace
- Compare different AAS

Target market

Machine Building, Pharmaceutical & Life Science Industries, Data Centers, Freight Rail Transportation, Oil & Gas, Power Generation, Harbors, Marine, Water, Conveyor Technology, Road Transportation, Tire , Automotive, Airports, Commercial Buildings, Electrical & Electronics, Power Utilities, Chemicals, IT & Telecommunication, Food & Beverage, Hospitality & Entertainment, Minerals, Power Distribution, Semiconductors, Aerospace, Biofuel Production, Glass & Solar, Transportation, Healthcare, Cranes, Defense, Passenger Rail Transportation, Batteries, Metals, Cement, Intralogistics, Mining, Power Transmission, General Purpose, Consumer, Pulp & Paper, Post & Logistics, Education

Submodels

each submodell, which has been released by IDTA

Area of Operation

Creating, Modifiying, Visualising, Publishing and Working with AAS

Applications

Flexibility, Asset Management, Transparency, Reliability, Adaptability, Quality, User Experience, Profitability, Sustainability, Efficiency, User Comfort, Availability

Lifecylcephases

Component: Planning & Development, Machine/Plant: Planning & Development, Machine/Plant: Construction, Factory/Plant: Engineering, Component: Construction, Factory/Plant: (Investment-) Planning

Used AAS open source software

AAS Core Works Project

References

Description

The solution is a pure web-based software application that offers the following services in the browser: Simple creation of AAS Submodel Templates with close connection to ECLASS and easy instanciation of theses as Submodels in individuall AAS. For exchange and download Version 2 and 3 of the AAS are supportet. In addition, a transformer from BMEcat to AAS facilitates the creation of product data inside the Submodel Template "Technical Data" and offers the base for the digital product passport

Customer Benefits

1. No extra software, only online connection
2. Direct connection to ECLASS, fully integration
3. Missing ECLASS content easy manageable
4. Create AAS from ECLASS content Asset Application Classes or Aspects
5. AAS submodel template generator for patterns and blueprints
6. Easy to use at GUI per Drag&Drop
7. Transform your BMEcat in seconds

Target market

General Purpose

Submodels

All which use ECLASS semantics and open for extensions

Area of Operation

Applications

Flexibility, Cost Efficiency, Scalability, Experience, Transparency, User Experience, Decarbonization, Resource Efficiency, User Comfort, Availability, Speed

Lifecylcephases

Machine/Plant: Maintenance & Optimisation, Component: Planning & Development, Machine/Plant: Planning & Development, Factory/Plant: Production, Factory/Plant: Engineering, Component: Production, Machine/Plant: Production, Factory/Plant: (Investment-) Planning, Factory/Plant: Maintenance & Optimisation, Component: Usage & Optimization

Used AAS open source software

Eclipse AAS Model for Java, Eclipse AASX Package Explorer

References

Webbased and for SMEs

Description

Easy to use for getting information.
The Digital Service Assistant is the first tool from Bosch Rexroth which brings the Asset Administration Shell information direct to our customer. In the first step the user can scan the product and look into the different Submodels of the AAS direct on an end device. Later on there will be the possibility to download the AAS on the end device or deploy it in the company’s own system landscape.

Customer Benefits

The customer benefit of using the Digital Service Assistant from Bosch Rexroth is that it provides an easy and convenient way to access information about their products. With the ability to scan the product and directly access the different Submodels of the Asset Administration Shell (AAS), customers can quickly find the information they need without having to search for it. Additionally, with the option to download or deploy the AAS on their own system, customers have more control over how they use the information and can integrate it into their existing systems seamlessly. This ultimately leads to improved efficiency and productivity for the customer.

Target market

All markets where Bosch Rexroth products are involved.

Submodels

Digital Nameplate (IDTA 02006-2-0) - Handover Documentation (IDTA 02004-1-1) - Simulation Models (IDTA 02005-1-0)

Area of Operation

Service and Maintenance Activities

Applications

Cost Efficiency, Transparency, Asset Management, Sustainability, User Comfort, Efficiency, Availability, Speed, Resilience

Lifecylcephases

Used AAS open source software

Eclipse BaSyx

References

Description

We offer everybody, from beginner to expert level, support for modeling, implementation, deployment, orchestration and updating of Digital Twins based on the AAS on Edge and Cloud platforms. We offer an Open Source web portal for the visualization, modeling and configuration of AAS, the AASPortal, as well.

Customer Benefits

Short time to market and benefit from over 10 years experience in developing interoperable Digital Twins for Industrie 4.0.

Target market

General Purpose

Submodels

Area of Operation

We work on individual solutions in bilateral projects with Industry.

Applications

Cost Efficiency, Transparency, Asset Management, Scalability, Experience, User Experience, User Comfort

Lifecylcephases

Used AAS open source software

Eclipse AAS Model for Java, Eclipse AASX Package Explorer

References

Over 10 years experience in developing interoperable Digital Twins for Industrie 4.0, e.g. in projects with IDTA (AASXPackageExplorer, AASXServer), VDMA (Industrie 4.0 Guideline), and Phoenix Contact on Demonstrators.

Description

MeterVerse is a open source IoT Solution to determine the PCF, but formost to optimize your production. Based on AWS technlogy, the Meterverse energy data and resource monitoring cockpit puts you back in the driver's seat.

Customer Benefits

Enables a data driven optimization and fault detection along the value chain.

Target market

Automotive, Biofuel Production, Machine Building

Submodels

Planned to utilize the PCF submodel after release.

Area of Operation

Primary target area is currently manufacturing industry

Applications

Quality, Sustainability, Decarbonization, Growth, Efficiency, Profitability, Resource Efficiency, Energy Efficiency, Resilience, Cost Efficiency, Transparency

Lifecylcephases

Used AAS open source software

AWS

References

Description

Tools for editing the AAS. Many import/ exports. Swiss army knife for AASX files.

Customer Benefits

Develop Submodel templates. Test/ Proof single AAS models before going into production.

Target market

All? / General?

Submodels

For Festo Submodels: Digital Nameplate, Contact Information, Reliability, Documentation, MCAD/ECAD, Technical Data

Area of Operation

IDTA activities

Applications

General models

Lifecylcephases

Used AAS open source software

Eclipse AASX Package Explorer

References

https://github.com/eclipse-aaspe/aaspe