Integrated hardware and software: industrial automation systems from a single partner
From industrial plant design to code: a single point of contact for the entire project
An automated plant performs at its best when the electrical system and the control system are designed as a unified whole. In practice, however, it is common for the electrical panel to be built by one supplier and the software to be developed by another, creating the risk of miscommunication, finger-pointing, and unclear responsibilities.
This is where HSA’s industrial automation systems stand out: hardware and software are developed together, under a single direction, from the electrical panel to the control code. This approach reduces complexity and results in plants that are more consistent, reliable, and faster to commission.
When hardware and software speak the same language
Hardware and software are not separate worlds: the former provides the physical structure of the plant, while the latter controls its behavior. When designed in isolation, they often fail to fit together seamlessly, resulting in continuous adjustments during startup and commissioning.
The limitations of separate suppliers
Entrusting the electrical panel and the software to different suppliers may seem like a natural choice, but it often comes with hidden costs. Electrical specifications and control requirements can diverge, changes on one side require updates on the other, and when something goes wrong, determining responsibility becomes difficult.
The result is longer project timelines and a fragmented process that creates challenges precisely during the most critical phases of the project. During testing and commissioning, for example, an issue can bounce back and forth between the company that supplied the panel and the one that developed the software, without either party taking full ownership of the problem.
The advantage of a single project lead
When industrial plant design follows a unified approach, every hardware decision already takes software requirements into account, and vice versa. The control logic is developed with a detailed understanding of the panel architecture, while the panel itself is designed with full awareness of the functions the software will need to perform.
This continuous interaction is what makes the difference between a plant that simply works and one that performs efficiently from the very first startup. It also makes it possible to optimize design choices: selecting components with their software management already in mind, or developing control logic around the actual characteristics of the panel, helps reduce waste and avoid unnecessary oversizing.
HSA’s integrated approach
At HSA, hardware and software are not separate departments handing work off to one another, but areas of expertise that collaborate on the same project. The company combines electrical engineering and software development expertise to deliver customized, scalable, and reliable solutions, always starting with an in-depth consultation phase to fully understand the customer’s requirements.
The hardware side: in-house panel design and manufacturing
The physical side of HSA’s industrial automation systems is developed entirely in-house. The process begins with the creation of the single-line diagram in EPLAN and continues through the generation of detailed schematics, cable schedules, terminal layouts, and bills of materials, followed by plate machining, enclosure milling, and final testing. This direct control over hardware production ensures consistent quality, reliable lead times, and electrical panels built using components from leading industry brands, including Rockwell Automation, Siemens, Schneider Electric, and Rittal.
Before delivery, every panel undergoes comprehensive in-house testing of both power circuits and logic/control circuits. All systems are manufactured in compliance with applicable industry standards, including the certifications required for international markets.
The software side: control logic, supervision, and safety
For the same plant, HSA develops PLC control logic, HMI interfaces, SCADA supervision systems, motion control functions, and safety applications. Direct knowledge of the electrical panel allows the company to develop software that is truly aligned with the hardware, avoiding the compromises often associated with adapting software to a system designed by a third party.
Control logic, user interfaces, and safety functions therefore become part of a single, integrated design. Development begins with an analysis of the plant’s technical documentation and is integrated with existing systems through the main industrial communication protocols, extending all the way to interaction with enterprise management systems. In addition, the software can be updated and maintained over time, evolving alongside the plant itself.
A dedicated Project Manager for every project
A dedicated professional brings these two disciplines together. Every project is managed by a Project Manager who coordinates both electrical engineering and software development activities, oversees schedules, and serves as the customer's single point of contact.
This centralized coordination, which extends across the entire project lifecycle, eliminates gray areas of responsibility and creates a smoother project experience. Customers do not have to act as intermediaries between multiple suppliers; instead, they benefit from a single contact person with a complete understanding of their plant and its requirements.
From panel to code: the value for the customer
Relying on a single partner for both hardware and software is not simply an organizational convenience—it is a strategic choice that directly impacts project quality, efficiency, and cost control. This value is particularly evident in the industries where HSA specializes, such as metallurgy, extrusion, and forging, where complex systems and continuous production processes leave no room for improvisation.
In these environments, the experience gained over more than twenty years in both software development and electrical engineering enables HSA to approach every project with a truly comprehensive perspective.
Fewer interfaces, greater reliability, and predictable timelines
Working with a single partner reduces the number of stakeholders involved, shortens alignment times, and minimizes the risk of errors caused by miscommunication between suppliers. The plant reaches the startup phase in a more advanced state of readiness because the power system, control logic, and software code have been designed together from the outset.
And because the same team that designed and built the system has an in-depth understanding of how it operates, subsequent phases become simpler as well—from fine-tuning and optimization to the support provided through HSA’s after-sales service.
The same advantage applies to the most complex custom-engineered solutions, where the integration of hardware and software becomes the key differentiating factor.
Planning a new plant or a modernization project? Choose HSA as your single partner for hardware and software and discover how much easier it can be to implement an automation system that performs effectively from day one.
