Event-Driven & IoT Architectures
Reliable communication and clear decisions for networked systems.
Advantages of a professional IAM
Modern systems don't end with traditional software applications. They integrate devices, external partners, sensors, and physical processes. For these systems to function stably, securely, and transparently, they require an architecture capable of processing events in real time.
Event-driven and IoT architectures form the basis for scalable, resilient, and data-driven solutions. They enable companies to react immediately to changes and make decisions based on current events.
Reliability
Events are transmitted and processed securely even over unstable connections.
Scalability
Architectures reliably grow with new devices, locations, and use cases.
Decision-making ability
Data is available in real time for systems, services, and analyses.
Transparency
Every change in state is visible and traceable as an event.
From event to decision.
Event-driven and IoT architectures reach their full potential when events are not only transmitted but also understood from a business perspective.
We design event-driven and IoT architectures that remain understandable and support your business in the long term.
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Event Modeling creates a clear picture of this:
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which events occur in the system
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why they arise
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and their impact on processes and decisions.
In combination with event sourcing, these decisions are permanently stored in a traceable manner. We rely on proven technologies such as the Axon Framework and work closely with Axoniq.
Our approach
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Analysis & Architecture: Evaluation of existing system landscapes, identification of events, communication patterns and integration points.
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Concept: Development of a scalable event-driven and IoT architecture, tailored to your business goals.
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Implementation & Integration : Support during implementation, integration of existing systems and gradual modernization.
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Traceability & Operation : Ensuring transparency, governance and long-term maintainability.
Efficiency
Devices send events instead of states.
Speed
Systems can react in real time.
Auditability
Decisions become reproducible and explainable.
Loose coupling
The publish-subscribe model allows systems to remain loosely coupled yet consistent.
Lightweight
MQTT is reliable even under difficult network conditions.
Architecture focus
We don't think of IoT as a device issue, but as a question of architecture and decision-making.
Holistic approach
Event Sourcing, Event Modeling, security and communication are all interconnected at our company.
Practical experience
We develop and operate networked systems with high demands on stability, security and traceability.