INDUSTRIES & SERVICES · INDUSTRIAL SOFTWARE
Industrial Software
Software that connects machines, production data and business systems into one operational environment.
GPLG develops and integrates industrial software around the real production process—from machine-level data and operator applications to SCADA, MES functions, databases, APIs and ERP connectivity.
CONNECTED PRODUCTION
Turn isolated systems into usable production information
Industrial software is most valuable when it connects the shop floor without disrupting the process that already works.
We design software around machines, operators, maintenance teams and production requirements. The objective is controlled data flow: acquire the right signals, add production context, present useful information and exchange it securely with the systems that need it.
CORE SOFTWARE SOLUTIONS
From machine applications to manufacturing systems
MES Functions
Production tracking, work-order context, process status, traceability and manufacturing records adapted to the required scope.
Industrial Applications
Purpose-built desktop, web or service applications for production, engineering, maintenance and quality workflows.
SCADA & HMI Software
Supervision, alarms, trends, recipes and operator interfaces connected directly to industrial control systems.
Database Solutions
Structured storage for process values, events, batches, quality results and production information.
ERP & Enterprise Integration
Controlled exchange between production systems and ERP, planning, quality or other business platforms.
APIs & Middleware
Software layers that translate, validate and route information between machines, services and higher-level applications.
INDUSTRIAL APPLICATIONS
Software engineered for the production environment
Operator usability, deterministic interfaces, recoverability and maintainability matter as much as the application logic itself.
SOFTWARE ARCHITECTURE
From machine data to business information
A clear architecture separates control, data acquisition, application logic, storage and enterprise integration.
PLC / Machine Layer
Real-time machine states, counters, recipes, alarms and process variables remain close to the control system.
Industrial Communications
OPC UA, MQTT, industrial protocols or controlled APIs move information between systems.
Application Services
Business rules, validation, transformations and production context turn raw values into usable information.
Databases & History
Production and process data is structured for retrieval, traceability, reporting and analysis.
Operator & Engineering Views
Interfaces expose the information required by production, maintenance, engineering and management.
ERP / MES / Cloud
Selected information is exchanged with higher-level systems without coupling them directly to machine control.
INDUSTRIAL DATA
Connect machines without losing production context
IIoT and industrial connectivity become useful when machine data is structured, contextualised and delivered to a system that can act on it.
ENGINEERING PRIORITIES
Software built for long-term industrial use
Reliability
Applications are designed around predictable operation, communication loss, restart behaviour and production continuity.
Cybersecurity Boundaries
Interfaces between OT and IT are defined deliberately, limiting unnecessary exposure of industrial control systems.
Traceability
Events and production records can retain timestamps, product references, batches and other required process context.
Maintainability
Clear architecture, diagnostics and controlled configuration simplify support and future modification.
Scalability
Solutions can begin with one machine or production area and expand as requirements become clearer.
Interoperability
Standard interfaces reduce unnecessary dependence on one vendor and make future integration more practical.
DEVELOPMENT & INTEGRATION
Industrial software using proven engineering technologies
Depending on the application, GPLG can work with C#, .NET, Python, SQL Server, MySQL, PostgreSQL, REST APIs, OPC UA, MQTT, Docker, Linux and Windows-based industrial environments.
The technology stack is selected around deployment, supportability, existing infrastructure and the interfaces required by the production system—not simply because a technology is fashionable.
ENGINEERING PROCESS
From production requirement to supported software
Requirements
Map users, machines, data sources, workflows, constraints and the decisions the software must support.
Architecture
Define application boundaries, interfaces, data models, deployment and communication paths.
Development
Build the application, services, interfaces and database components required by the approved scope.
Integration
Connect PLCs, SCADA, machines, databases and enterprise systems in a controlled testable sequence.
Validation
Test workflows, data integrity, failure handling and production behaviour before final commissioning.
Support & Evolution
Maintain the solution and extend functions as production, equipment and business requirements change.
EXISTING SYSTEMS
Modernise without replacing everything at once
Legacy machines and existing software can often be connected through an integration layer rather than replaced. We assess the installed interfaces, available data and operational risks before defining the migration path.
This allows production teams to add visibility, traceability or enterprise connectivity incrementally while protecting the equipment and processes that remain useful.
CONNECTED ENGINEERING
Software integrated with the rest of the industrial system
PLC & SCADA
Machine control, supervision and alarms provide the operational source for higher-level applications.
Industrial IoT
Structured connectivity transports selected machine information to software and analytics layers.
Database & Cloud
Historical storage and controlled cloud integration extend production information beyond the machine.
INDUSTRIAL SOFTWARE · GPLG
Connect production, data and business systems with software built around your factory.
Whether the requirement is a focused machine application or a broader manufacturing integration, GPLG can define the architecture and build the software around the real production workflow.