One team for your entire IoT product

We design the enclosure that protects the electronics in demanding environments. It ensures sealing, fire resistance, radio transparency and heat dissipation.

• Device design and its enclosureMechanical design of the complete device: an enclosure with the IP and IK protection rating the environment requires, designed for manufacturing (DFM), with sealing gaskets, PCBA mounting, antenna windows and thermal management.
• PCBA protectionConformal coating against moisture and condensation, and resin encapsulation (potting) where the environment requires it.
• Materials selectionFire behaviour, radio-frequency transparency, resistance to UV radiation, temperature and chemical agents.

We design the schematic, board and prototypes with industrial-grade components. Every design is born ready for series production and certification.

• Schematic capture and PCB designMultilayer PCB layout and routing, stack-up definition with impedance control and electromagnetic compatibility criteria from the very first trace.
• Design for manufacturing and test (DFM/DFT)Bill of materials (BOM) with industrial-grade components and alternatives against obsolescence, test points and panelisation for assembly.
• PCBA assembly and industrialisationSMT and THT assembly of prototypes and pilot series with our manufacturers, functional testing (FCT) and transition to series production.

We develop embedded firmware that acquires, processes and transmits reliable data. We choose each radio link for range, power consumption and cost.

• Embedded firmwareFirmware on a real-time operating system (RTOS): drivers, power management, secure boot and signed OTA updates.
• Radio communicationsPrivate LoRaWAN, NB-IoT / LTE-M or Wi-Fi according to range, power consumption and cost: link budget, antenna selection and matching, and on-site coverage survey.
• Gateways for existing machineryGateways that read Modbus RTU/TCP and OPC UA and publish over MQTT, without replacing the machine or stopping production.

We build real-time dashboards with built-in alarms. Your data remains accessible from any device, at any time.

• Ingestion and storageMQTT broker, time-series database and processing rules at the edge or in the cloud.
• Dashboards and integrationDashboards with alarms and alerts, REST API and integration with your ERP or SCADA systems.
• Predictive maintenance and efficiencyTelemetry anticipates failures and optimises consumption: fewer unplanned stoppages and longer asset life.

We train our own models with the data from each specific installation. They detect anomalies, recognise images and anticipate equipment failures.

• Custom modelsMachine learning models trained and validated with the installation's real data: anomaly detection and failure prediction.
• Machine visionImage classification and detection for inspection and monitoring.
• Edge inferenceOptimised, quantised models that run on the device itself (Edge AI / TinyML), without depending on the connection.