Software Development
Software for Your System Control
We develop custom software solutions for electronic system interface, control, and supervision. From application development to hardware communication, we create intuitive, secure, and high-performance tools.
NEXILICA combines the engineering excellence of Modena's industrial district with a global vision: software designed to reduce maintenance costs and accelerate your products' time-to-market.
Our software solutions integrate natively with firmware development and test systems for a complete control experience.
01 / Competencies
Software for Industrial Control and Automation
The key competencies of this service
02 / Applications
Application Areas
- Industrial supervision systems and Industry 4.0
- Embedded device configuration
- Data logging and analysis
- Process automation
03 / Advantages
Why Choose Us
04 / FAQ
Software Development: Our Customers' Questions
What role does software play in electronic system supervision?
Well-designed software enables real-time monitoring of electronic system status, hardware interaction, data acquisition visualization, and event and alarm management in a simple and reliable way. It is the key to intelligent control of embedded devices, sensors, and actuators in industrial environments.
How is software integrated with hardware devices and industrial buses?
Integration is achieved through standard communication protocols such as USB, UART, RS-485, industrial buses (CAN, Modbus, Ethernet), and IoT protocols (MQTT). The software is designed from the start to communicate reliably and securely with embedded devices, sensors, and actuators, ensuring native and dependable hardware integration.
Which languages and frameworks are used in software development for electronics?
The main languages are C# for Windows applications with rich interfaces, Python for data analysis tools and automation, and C++ with the Qt framework for high-performance cross-platform applications. The choice depends on the application context: interface type, hardware communication protocols, and performance requirements.
What kind of software is used to control and configure electronic devices?
Electronic device control and configuration typically uses dedicated desktop applications: graphical user interfaces (GUIs) for parameterization, real-time data acquisition systems, diagnostic tools, and industrial supervision software. These tools allow interaction with the hardware without needing to modify the device firmware.
How is data acquisition software developed for industrial electronic systems?
Data acquisition software for industrial electronic systems is developed starting from the analysis of signals to be acquired (analog, digital, communication buses), sampling frequency requirements, and storage and visualization needs. The software communicates with the hardware via standard protocols, processes data in real time, and presents it in custom dashboards with charts, alarms, and export capabilities for further analysis.
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