Hardware Automation

Hardware Automation involves the control, monitoring, and coordination of physical devices and systems — from industrial machinery to IoT-enabled sensors and robotics. Our solutions merge embedded development, edge computing, and intelligent data connectivity under both Linux and .NET platforms to achieve precision, reliability, and real-time responsiveness.

Technical Focus

  • Embedded Systems Development: Building device-level automation on Linux-based boards such as Raspberry Pi, NVIDIA Jetson, and BeagleBone using C/C++, Python, and .NET IoT libraries.
  • Communication Protocols: Implementation of industrial and IoT protocols including Modbus, CAN Bus, OPC UA, and MQTT for reliable machine-to-machine data exchange.
  • Edge Computing: Integration of local data processing using Docker containers on Linux for fast analytics and reduced latency in industrial environments.
  • System Integration: Real-time coordination with enterprise data layers via .NET Core APIs, Azure IoT Hub, and RESTful microservices.
  • Monitoring & Visualization: Real-time dashboards using Grafana, Prometheus, or custom ASP.NET Blazor dashboards for telemetry and performance tracking.

Core Competence

We design and implement robust hardware automation ecosystems that unite embedded Linux control, .NET integration, and industrial connectivity — enabling real-time insight, predictive maintenance, and seamless communication from edge to cloud.

Software Automation

Software Automation eliminates repetitive and error-prone manual tasks by introducing intelligent scripting, orchestration, and integration workflows. We develop scalable automation pipelines using Linux and .NET technologies to accelerate software delivery, improve reliability, and ensure continuous operational efficiency.

Technical Focus

  • DevOps & CI/CD Pipelines: Design and implementation of continuous integration and deployment workflows using GitHub Actions, Jenkins, and Azure DevOps for Linux-hosted .NET applications.
  • Automation Scripting: Use of Bash, PowerShell, and Python to manage builds, deployments, and system configurations across hybrid infrastructures.
  • Infrastructure as Code (IaC): Automated provisioning of infrastructure using Terraform, Ansible, and Azure ARM Templates to ensure consistency and scalability.
  • Testing & Quality Assurance: Automated testing frameworks using xUnit, Selenium, and Playwright integrated into CI/CD pipelines for continuous validation.
  • Business Process Automation: Implementation of RPA bots and custom .NET microservices using tools like UiPath and Power Automate to streamline workflows and eliminate manual operations.
  • Monitoring & Logging Automation: Automated system monitoring and logging with Prometheus, Elastic Stack, and Serilog to ensure proactive performance management.

Core Competence

We build intelligent automation ecosystems that merge the flexibility of Linux with the enterprise power of .NET. Our goal is to deliver self-sustaining systems that continuously optimize themselves — improving delivery cycles, uptime, and overall productivity.