MIRA: Enabler for Software-Defined Manufacturing and IT/OT Integration

Connect machines, data streams, and cloud services into a scalable production platform: with MIRA as the reference architecture for software-defined manufacturing—seamlessly operated on the European STACKIT Cloud.

Holografische Datenvisualisierung über einer modernen, automatisierten Produktionsstraße in einer Fabrikhalle.

Measurable value: Standardized scaling instead of reinventing every plant

Rely on an architectural model that works from pilot to global rollout. Reusable building blocks reduce your integration effort and accelerate the operation of your OT/IT landscape.

Heterogeneous machine fleets

Different interfaces (such as OPC UA, MQTT, Modbus, or proprietary ones) prevent standardized connectivity across plants.

Siloed solutions in OT

Local, isolated implementations hinder data consistency, real-time transparency, and cross-location scalability.

High integration costs

Every new machine or location requires additional engineering effort for integration, data models, and security.

Complex operations

Updates, monitoring, security, and data flow management are difficult to manage centrally across multiple factories.

Future technologies that are difficult to integrate

Without a flexible architecture, digital twins, AAS models, and AI use cases often remain at the pilot stage.

Solution: Run MIRA as a hybrid reference architecture on STACKIT

Use MIRA as a scalable, hybrid, and event-driven reference architecture that connects OT and IT across edge, on-premises, and cloud environments. Standardized building blocks such as gateways, asset integration services, industrial service bus, and orchestration and data platforms enable uniform machine connectivity as well as global software and configuration management.

On STACKIT, you operate this architecture in a sovereign cloud-native environment. Production data can be connected to cloud services—for example, for AAS, digital twins, or AI-driven optimizations. At the same time, standardized data streams are created across all plants, providing transparency and comparability between systems, production lines, and locations. This lays the foundation for software-defined manufacturing, where new functions are rolled out via software without having to redesign any factory architecture.

Competitive Advantage: Protect Industrial IP and Remain Globally Flexible

Protect your production data and industrial IP while enabling global digitalization initiatives. STACKIT offers European data sovereignty and high reliability, while MIRA provides a standardized OT/IT architecture.

Less vendor lock-in

Standardized data models and interfaces reduce proprietary dependencies.

Data-sovereign operation

Your data remains in European data centers and is subject to European regulations.

KRITIS-certified infrastructure

High availability and verified security standards for business-critical production data are guaranteed.

Global scalability with local control

MIRA blueprints can be rolled out in a standardized manner and customized locally.

The foundation: Standardized building blocks on sovereign cloud infrastructure

Combine MIRA as a reference architecture with STACKIT’s infrastructure. The event-driven, hybrid architecture connects edge systems, on-premises environments, and cloud services into a unified platform for IT/OT integration. This enables you to create uniform machine connectivity, scalable data processing, and consistent data models across plants, production lines, and thousands of assets.

3D visualization of a secure hybrid cloud architecture featuring connected server racks and glowing data streams.

Event-driven hybrid architecture

for edge, on-premises, and cloud

Abstract 3D visualization of glowing cubes in a digital network, representing IT building blocks or modular software architecture.

Standardized Building Blocks

for integration, orchestration, and data management

Connected production floor with digital overlays visualizing machine connectivity and Industry 4.0 in a smart factory.

Uniform machine connectivity

via industrial protocols

Abstract 3D visualization of a digital network with a central hub, symbolizing IT orchestration and container management.

Global orchestration

of software, configurations, and data flows

Futuristic user interface with the text Digital Twin, touched by a human and a robotic hand, surrounded by technology icons for AI and automation.

Foundation

for AAS, digital twins, and data-driven use cases

Frequently Asked Questions (FAQ)

What are the requirements for using MIRA on STACKIT?

First and foremost, you need access to machine and sensor data, as well as a basic network and security infrastructure in the plants. It is also important to have a secure connection between the production facilities and edge or gateway systems, through which the data can be integrated into the architecture in a standardized manner.

Can MIRA be integrated into existing plants in phases?

Yes. MIRA is designed so that you can start with a single plant, a production line, or selected machines. The standardized architecture model can then be extended to additional facilities, lines, and locations, gradually expanding into a global production platform.

How do MIRA and STACKIT work together during ongoing operations?

MIRA provides the reference architecture for the integration of OT and IT. STACKIT provides the robust cloud infrastructure for operating the central services. This allows data streams, applications, and updates to be orchestrated and operated securely across multiple plants.

Ready for a unified IT/OT architecture with MIRA?