Process optimization with AI
Using process mining methods to visualize the actual processes in the company, create transparency, increase efficiency and reduce costs.
Using process mining methods to visualize the actual processes in the company, create transparency, increase efficiency and reduce costs.
Industrial companies are facing increasing complexity - AI makes processes transparent, fast and controllable.
Challenges:
Proalpha focuses in particular on the analysis, transparency and optimization of processes:
The AI platform thus serves as an "intelligence layer" that provides insights that can then be implemented with Proalpha.
The use of Proalpha results in a variety of business benefits:
"As a pilot customer from the very beginning, we see the solution as forward-looking. We have already achieved great successes, particularly in inventory optimization, which would otherwise only have been possible with great effort. The solution is firmly integrated into our daily routine and impresses with its versatile range of applications across the entire process optimization."
Andreas Schlepper
Head of Controlling & IT, HORA Holter Regelarmaturen GmbH & Co KG
Autom. create knowledge articles using GenAI from tickets, service reports, chat...
AI-driven monitoring of data quality and process deviations.
Identify patterns and anomalies within millions of data points.
Optimize purchasing, manage stocks, and free up capital.
Analyze planned vs. actual production times to eliminate inefficiencies.
Identify weaknesses, anomalies and patterns in data instantly.
Analyze and streamline delivery processes to secure a competitive edge.
Leverage intelligent anomaly and fraud detection to avoid costly issues.
Identify delays to react faster and boost overall efficiency.
Company-wide distributed information, link it intelligently and use it to make the decisions for target groups.
Speed up quote generation with access to previous offers and projects, paired wi...
Intelligently control MRP parameters to ensure a smooth supply chain process.