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ai

Artificial intelligence is fundamentally changing the way products are developed. We use it throughout the entire development chain—from requirements analysis to code generation and debugging to test case generation. This shortens development cycles and increases test coverage without relinquishing technical responsibility. In addition, we implement AI directly in the product: as edge AI on the microcontroller, in real time, and without a cloud connection.Translated with DeepL.com (free version)

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AS A SOLUTION AND SYSTEM PROVIDER, WE BRING YOUR IDEAS TO LIFE!
und bringen sie auf Wunsch direkt in Ihr Produkt.

01

KI im Engineering-Prozess

We deliver robust, reliable, and cost-effective hardware precisely tailored to your requirements.

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02

KI in der Softwareentwicklung

Our developers offer our clients more than just code. Because good software simplifies complex devices and systems.

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03

KI in Test und Qualitätssicherung

Firmware gives your hardware intelligence and brings it to life. We develop individual firmware solutions and program custom applications.

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04

Solution and System Development

Our systems integrate seamlessly into your existing infrastructure and work together perfectly. This allows us to achieve maximum performance, efficiency, and reliability.

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AI that delivers results in your project

Through the perfect interplay of functional hardware, suitable firmware, and modular software, we transform complex challenges into simple solutions.
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1

hardware development

- Requirements Specification
Das Ergebnis sind kürzere Durchlaufzeiten bei gleichbleibender Sorgfalt und mehr Kapazität für die eigentliche Ingenieursarbeit.
- Requirements Engineering: Prüfung auf Vollständigkeit, Konsistenz und Testbarkeit
- Ableitung von Akzeptanzkriterien aus Anforderungen
- Generierung projektspezifischer Review- und Prüf-Checklisten
- Erstellung und Pflege technischer Dokumentation
- Automatisierung wiederkehrender Prozessschritte
2

software development

- Software Design and Architecture
Die fachliche Bewertung bleibt bei unseren Ingenieurinnen und Ingenieuren.
- Debugging: Analyse von Logs und Fehlermustern
- Erschließung bestehender oder undokumentierter Codebasen
- Refactoring, Portierung und Migration
- KI-gestützte Code-Reviews
3

firmware

- Design and implementation of firmware modules and functions according to specifications
- Testfallgenerierung aus Anforderungen
- Systematische Erfassung von Grenzfällen
- Priorisierung von Regressionsläufen
- Auswertung von Testprotokollen und Fehlerberichten
4

solution and system development

- Holistic development of complex electronic systems and complete solutions
Wir haben Edge-KI in mehreren Kundenprojekten realisiert und begleiten die gesamte Kette von der Datenerfassung über Training bis zur Integration in Ihre Firmware.
- On-Device Inference auf Mikrocontrollern
- Sprachsteuerung ohne Cloud-Anbindung
- Gestenerkennung basierend aud RADAR oder Kamera
- Predictive Maintenance und Anomalieerkennung
- Datenerfassung, Modelltraining und Optimierung
- TensorFlow Lite Micro, ONNX Runtime, STM32Cube.AI, etc.

case study

Measurement system: Voice and gesture control, no cloud required


‍Technologies: On-device inference, speech recognition, 3D gesture recognition, multi-touch HMI, voice output
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Challenge: When working with measurement technology, hands are rarely free: test setups, connections, and documentation take priority. A manufacturer wanted to make its devices touch-free, controllable via voice and gestures. Processing had to take place directly on the device, respond in real time, and remain reliable even in noisy environments.
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‍Solution: We implemented speech recognition as edge AI directly on the device. Multiple microphones capture commands, and custom-developed algorithms translate them immediately into device functions. An integrated speaker provides feedback on measurement values and device status, allowing the operator to keep their eyes on the setup.
Additionally, we implemented touch-free gesture recognition that interprets hand movements in the immediate vicinity of the control interface. Both processes run without a network connection.
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Result: A measurement system that can be operated entirely touch-free, with voice output for measurement values and device status. Local processing makes it independent of network infrastructure and prevents the transmission of measurement data to third parties.