- Circuit and Printed Circuit Board (PCB) Design: Custom designs for your needs.
- Rapid Prototyping: We create functional versions for testing and validation.
- Component Assembly: Precise assembly of your devices.
- Initial Verification and Testing: We ensure functionality from the outset.
- Equipment Development and Manufacturing: Complete hardware solutions from scratch.
- Simulation and modeling: We validate performance prior to manufacturing.
- Industrial Applications.
- Energy Management Software.
- Systems integration.
- PLC programming.
- Robust Design: Creating the structure, ergonomics, and durability of your solution.
- Energy and Fluid Management: Design of efficient mechanisms for managing forces, materials, and flows.
- Manufacturing and Materials: Selection of components and manufacturing processes that guarantee maximum reliability and long-term performance.
- Control Systems: Design of circuits and microcontrollers that regulate hardware behavior.
- Sensors and Instrumentation: Integration of the technology needed to measure, monitor, and react to critical variables
- Communications: Implementation of the connectivity necessary for machine-to-machine (M2M) interaction and data collection.
- Operating Logic: Programming of the firmware and algorithms that enable the machine to operate autonomously and safely.
- User Interface (UX/UI): Creation of intuitive interfaces that facilitate the use and management of the system.
- Data Management: Development of backend platforms for remote monitoring, report generation, and integration with enterprise systems (ERP/CRM).
- Scheduling periodic reviews.
- Identification and repair of device faults.
- Refurbishment of obsolete systems:
- Extending service life and improving performance.
- Software and firmware update services
- Integration of data from various urban systems (traffic, security, energy, environment, etc.)
- Real-time information display.
- Centralized monitoring of events and incidents.
- Emergency management and public safety.
- Data analysis for informed decision-making.
- Greater efficiency in responding to incidents.
- Improved safety and emergency management.
- Optimization of urban resource planning and management.
- Solar panels on municipal buildings, urban infrastructure (bus stops, street lighting, etc.) and control centers.
- Large-scale solutions and distributed generation.
- Power supply for sensors and urban monitoring devices.
- Power supply to situation rooms and data centers.
- Reduced dependence on the conventional power grid.
- Greater energy autonomy and resilience of urban infrastructure.
- Monitoring and optimization of solar energy production and consumption.
- Battery energy storage for greater autonomy and resilience