LEWA GMBH
Standard solutions in Industrial IoT (IIoT) often reach their limits because industrial environments are heterogeneous, historically grown and highly individualized. Platforms can make it easier to get started, but are rarely able to fully represent real machine parks, existing IT systems and specific processes.
In practice, there are typical challenges:
The sustainable added value of IIoT only comes when data is precisely integrated and further processed — often through individual software development rather than through rigid standard platforms.
Unser Vorgehen folgt dabei denselben Prinzipien, die unserer Clean-Code-Philosophie zugrunde liegen: klare Strukturen, verständliche Logik und Softwarequalität, die langfristigen Betrieb ermöglicht – statt kurzfristiger Übergangslösungen.
We develop IIoT solutions tailored to your requirements — not within the limits of a standard product.
The focus is on understandable, maintainable and expandable code that can be operated securely even after years.
Many years of experience with C#/.NET, interfaces, APIs and business systems form the basis for robust IIoT architectures.
Maintainability, security and scaling are considered from the outset — not just after initial start-up.
Individual IIoT software is used wherever industrial data is to be specifically evaluated, combined or used operationally. The added value comes from their concrete use for operational or control tasks.

Transparency about machine states, downtimes or deviations as a basis for operational decisions — as our practical example of highly efficient smart monitoring in the LEWA reference shows.

Use of operating data to better plan maintenance measures and reduce unplanned outages. Find out how we minimize downtime in our reference LEWA.

Analysis of throughput times, bottlenecks or process deviations based on real production data. Our case study for coating systems shows how cross-site data analysis increases efficiency.

Linking production and quality data for root cause analysis and process improvement. In our case study on process control, learn how AI-based analyses minimize the error rate in manufacturing.
Seit Jahren begleitet generic.de mittelständische Unternehmen und Konzerne in der Verpackungstechnik. Dadurch ist ein tiefes Verständnis für die typischen Spannungsfelder entstanden: Digitalisierung, IT und gewachsene Softwarelandschaften.
Together, we analyze your processes, identify IIoT use cases and evaluate their business case — as a sound basis for deciding on your IIoT investment.
We design your IIoT solution as an intersection of business, technology and user requirements. To do this, we detail use cases, define interfaces and create a concrete implementation plan.
In Dual Track Agile Let us redevelop your IIoT software Clean Code Standard — iterative, user-centered and with continuous releases that add value to your company early on.
We operate and maintain your IIoT solution, monitor system performance and ensure sustainable, secure operation with regular updates and technological development.
An IIoT project is economically worthwhile if measurable improvements can be achieved through the use of operating and production data. Typical effects include reduced downtime, lower maintenance costs or more efficient production processes. In many cases, economic benefits arise even with clearly defined applications. It is crucial to define the benefits early on and to set up projects in such a way that they can be gradually expanded.
The most common risks associated with IIoT projects include unclear objectives and lack of integration into existing systems. These risks can be reduced by starting projects with clear questions and designing them in a technically clean manner. A step-by-step approach with pilot applications helps to gain experience.
Industrial IoT is neither exclusively an IT nor a purely departmental issue, but an interplay between both sides. Business areas define goals, questions and desired benefits, while IT is responsible for integration, security, and operation. Successful IIoT projects are created where both perspectives are brought together early on. A clear distribution of roles and a common definition of goals are more important than the organizational allocation of the project.
IIoT generally does not require a completely new IT infrastructure. Many IIoT solutions build on existing systems and expand them in a targeted manner. It is important that relevant machine data can be made accessible and connected in a meaningful way. Instead of parallel structures, it is recommended to gradually expand the existing IT landscape in order to create sustainable and integrated solutions.
Edge und Cloud ergänzen sich: Nahe an der Maschine lassen sich Daten vorbereiten und zeitkritische Funktionen ausführen – wie die Echtzeit-Bildanalyse bei der KI-gestützten Prozesskontrolle. In der Cloud liegen Zusammenführung mehrerer Standorte, längerfristige Analysen und Skalierung. In der Praxis ist eine hybride Architektur üblich.
Klein und klar begrenzt: ein überschaubarer Anwendungsfall mit erkennbarem Nutzen – z.B. Track & Trace für eine Produktlinie, KI-basierte Qualitätsprüfung an einer Verpackungsstrecke oder ein definierter Service-Use-Case. Danach lässt sich die Software gezielt erweitern.
An IIoT project usually requires contacts from specialist areas, IT and possibly maintenance. The size of the project team is less important than a clear responsibility and decision-making structure. Technical knowledge of processes and systems is just as relevant as technical know-how for integration. Close coordination between the parties involved makes a significant contribution to the success of the project.
The duration of an IIoT project depends heavily on the use case, the existing infrastructure and the scope of integration. Pilot projects provide initial results and help to better understand requirements.