Business Software Built Around Your Processes

Problems It Solves

• Information silos: We centralize data that was previously scattered across multiple Excel files or systems that didn't talk to each other.
• Lack of real-time visibility: We eliminate delays in capturing production data, enabling decisions based on what's happening right now on the sales floor or in the plant.
• Manual, error-prone processes: We automate repetitive data-entry tasks, reducing human error in quality and inventory reports.
• Rigid, costly systems: We replace commercial software licenses that charge for features your company doesn't need or don't allow key modifications.

Our Development Methodology

To ensure the software meets your expectations and industrial standards exactly, we follow an agile, collaborative process:

1. Discovery and Assessment: We understand your processes on the plant floor, identify bottlenecks, and define critical requirements.
2. Architecture and UX/UI Design: We design intuitive interfaces with plant operators, supervisors, and executives in mind.
3. Agile Development and Integration: We develop in iterative sprints, integrating the software with your machines (PLCs, sensors) or existing systems (ERP, CRM).
4. Real-Environment Testing (QA): We put the system through rigorous load and stress testing to ensure its stability in 24/7 industrial environments.
5. Deployment and Ongoing Support: We roll out the solution with staff training plans and evolutionary maintenance.

Technologies We Use

• Backend: .Net, .NET Core, Python, Java, PHP.
• Frontend: HTML, Desktop.
• Databases: PostgreSQL, SQL Server, MySQL.
• Infrastructure and Cloud: IIS, AWS, Microsoft Azure (with hybrid or on-premise architectures according to your plant's security policies).
• Industrial Protocols (IoT): MQTT, OPC UA for direct communication with machinery.

Examples of Custom Solutions

1. Custom Industrial ERP:
   Forget bloated generic platforms. We design enterprise resource planning modules focused on the core of your business: from purchase order management to billing, linked directly to real operations.
2. Production Control Systems (MES):
   Monitor the full manufacturing life cycle. Gain full control over work orders, cycle times, machine assignments, and operator status to calculate OEE (Overall Equipment Effectiveness) accurately.
3. Smart Inventory Management (WMS):
   Custom systems for controlling raw materials, work in process (WIP), and finished goods. Integration with barcode, QR, or RFID technologies to ensure seamless end-to-end traceability.
4. Quality Control and Compliance:
   Digitize check sheets and sampling plans. Our software lets you log defects in real time, generate automatic alerts for process deviations, and ensure compliance with international standards (ISO, IATF).

Success Story

25% Reduction in Downtime for the Automotive Sector

The Challenge: A Tier 1 automotive supplier managed its production orders and machine failures through paper reports, which delayed the maintenance team's response.
The Solution: We developed a custom Production Control system connected to machine alerts. Supervisors now receive instant notifications on tablets and floor screens.
The Result: The workflow was 100% digitized, reducing maintenance response times and increasing line availability by 15%.