Design, integration and commissioning of technological solutions with field criteria.
Qartia converts real operational needs into deployable engineering solutions. We design technical, sensor, electronic, firmware, communications, visualization and analytical architecture so that the system is born ready to operate in the plant, in the territory or in remote scenarios.
Our work does not stop at the concept. We integrate hardware, software, private connectivity, edge, cloud and artificial intelligence within the same solution, with industrial vision, technical traceability and the capacity for growth in phases.
This way of working allows us to address everything from pilots and functional prototypes to complete deployments in industry, environment, agriculture, health, portable diagnostics, civil infrastructures or private networks 5G.
Qartia engineering unites design, integration and operation so that the technology has real continuity and does not remain an isolated test.
What's included
From the technical architecture to the functioning system.
Product, sensory and electronic engineering
Qartia designs and integrates acquisition systems, specific sensors, measurement electronics and embedded firmware for industrial environments where the solution must coexist with existing equipment, plant conditions and real operating requirements.
Industrial, environmental, electrochemical sensors and field-specific devices.
Hardware design and adaptation of acquisition and control electronics.
Firmware configurable according to variable, capture frequency and operating logic.
Pilot-oriented design, validation and evolution to a pre-industrial product.
Integration and communications engineering
The solution is completed with a private network, gateways, backhaul, data platform and integration with the client's operations to deploy robust systems in the plant, from the field cabinet to the control panel.
LoRa, DECT NR+, 5G, Ethernet, MQTT, Modbus and integration protocols.
Integration with electrical panels, cabinets, PLCs, SCADA and existing platforms.
Design of topology, coverage, power and cybersecurity of the solution.
Commissioning, data validation and scaling support.
Engineering applied to a real plant: integration of sensors, communications, electronics, data and operation on existing industrial infrastructure.
Key capabilities
Cross-disciplinary engineering for projects that combine product, network and data.
Sensory and acquisition
Selection, adaptation and integration of sensors, signal capture and field acquisition.
Electronics and hardware
Design of boards, modules, cabinets and devices ready for laboratory, pilot or deployment.
Embedded Firmware
Control, acquisition, communications and energy management logic adapted to each solution.
Private networks and backhaul
LoRa, DECT NR+, 5G, Ethernet and hybrid architectures according to coverage, latency and operation.
Edge, cloud and data
Data channeling from field to platform with storage, visualization and integration.
AI and automation
Predictive models, business rules, RAG and alerts to extract operational value from the system.
Visualization and digital twin
Dashboards, maps, 2D/3D models and tools to contextualize events and decisions.
Commissioning and scaling
Technical validation, support in deployment and growth in phases without redoing the base.
How we work
A form of engineering designed to reach a real system.
01
Diagnosis and specification
We translate the operational need into architecture, variables, constraints, coverage, hardware and deliverables.
02
Design and integration
We develop the technical subsystem: sensors, electronics, firmware, communications and platform.
03
Functional pilot
We test the solution under real conditions and fine-tune performance, data, integration and operation.
04
Deployment and evolution
We scale the system, document the solution and prepare its technical and operational growth.
Where you add value
The same engineering base applied to different sectors.
Industry
Predictive maintenance, integration of sensors, field panels, private networks and operational analytics.
Environment
Stable data capture, field nodes, predictive AI, edge and dashboards for environmental operation.
Agriculture and agrivoltaics
IoT, connectivity, resource control, data platforms and production optimization solutions.
Civil infrastructures
Structural monitoring, electronic acquisition, backhaul and alert systems on critical assets.
Portable Health and Diagnostics
Electrochemical electronics, connectivity, portable sensing and platforms for biosensing and remote analysis.
Private networks and IP services
Design of solutions based on DECT NR+, integration with 5G, satellite and transport of advanced services.
Real examples
Engineering that connects product, infrastructure and deployment.
Territorial vision for projects where engineering must unite infrastructure, coverage and operation.Complete integration between environmental data collection, public visualization and operational monitoring.Communications infrastructure prepared for backhaul, private coverage and modular growth.Integration engineering between sensorization, energy and operation in agrivoltaic environments.Deployment of sensors in the greenhouse for experimental control, data acquisition and agronomic validation.Autonomous agro node with solar energy, communications and integrated field electronics.
Sensorization industrial, environmental and agriculture
IoT advanced
From Consulting to Turnkey Project
ENGINEERING
AI
R&D&i
Do you have a technical challenge and want to turn it into a real engineering solution?
Qartia can help you define architecture, integrate technologies, build a pilot and take the solution to the field with industrial criteria and capacity for evolution.
