When connecting a sensor is not enough, we design the entire IoT system.
Qartia develops advanced IoT solutions to capture, transmit, process and exploit data in real time, combining electronics, firmware, edge computing, cloud, private communications and exploitation platforms.
The proposal adapts to projects where devices, gateways, industrial protocols, databases, analytics, artificial intelligence and dashboards must be integrated within an operational architecture prepared to grow in phases.
The objective is that connectivity is not an isolated layer, but part of a useful solution to operate, monitor, automate and decide.
What connects Qartia
We unite the physical end and the digital platform within the same architecture.
Device and firmware
Local capture, edge logic, energy management and data packaging according to the application.
Gateway and protocols
MQTT, Modbus, Ethernet, BLE, LoRa, DECT NR+ and other industrial and territorial integration layers.
Edge, cloud and database
Near-field processing, storage, synchronization and management of operational history.
Visualization and automation
Dashboards, alerts, AI, RAG, business rules and automation on real-time information.
End-to-end architecture
The IoT solution is designed to coexist with the client's operation, not apart from it.
Integration
Devices, gateways and backhaul aligned with field reality.
Qartia combines sensors, acquisition, gateway, private network and Internet access according to coverage, latency, autonomy and criticality of the service.
LoRa, DECT NR+, 5G, Ethernet or hybrid architectures.
Interconnection with PLCs, SCADA, existing panels and platforms.
Design oriented towards installation, maintenance and scaling.
Data exploitation
Data ready to monitor, predict, alert and integrate.
The architecture does not end at transmitting packets. Qartia also designs the exploitation layer: dashboards, historicization, AI, business rules and services RAG for advanced consultation about the system.
Remote viewing and multi-channel alarms.
Persistence, traceability and operational supervision.
Preparation for predictive models and automation.
The advanced IoT starts with a territorial vision: coverage, density, operation and growth.The network is sized to transport data reliably from the field to the edge or cloud.
Key capabilities
IoT designed to deploy, integrate and grow without redoing the base.
Connected devices
Design and integration of nodes, hardware and electronics ready for production or pilot.
Gateways and edge
Gateways and edge logic for filtering, aggregation and local control.
Private network and backhaul
Private architectures and Internet access via 5G, WiFi, Ethernet or combinations.
Protocols and compatibility
MQTT, Modbus, BLE, Ethernet and industrial or manufacturer protocols.
Database and history
Data persistence, historical governance and exploitation of events over time.
Dashboards and alerts
Real-time visualization, reporting and warnings for operation and maintenance.
IA and RAG
Prediction, classification, contextual analysis and natural query on captured data.
Phased scaling
Ability to start as a pilot and evolve to corporate architecture without total redesign.
How we take it to the field
From an operational need to a functioning IoT system.
01
Case definition
Variables, criticality, coverage, latency, integration and data exploitation objectives.
02
Architecture design
Device, gateway, network, database, visualization and associated services.
03
Functional pilot
Installation, field validation, stability check and operational adjustment.
04
Solution scaling
Replication, new locations, new devices and evolution of the system in phases.
Sensorization industrial, environmental and agriculture
IoT advanced
From Consulting to Turnkey Project
ENGINEERING
AI
R&D&i
Do you want to turn devices, gateways and data into a working IoT solution?
Qartia can help you design the complete architecture, integrate it with your platform and prepare it to grow with industrial criteria.
