Connected field
Chaîne d’expertises RDMCPipeline de nœuds connectés illustrant la chaîne de valeur Expertises.EmbeddedReal timeRadioConnectivityRoboticsAutonomyFleetPlatformEdge / IoTFrom sensor to service
EdgeLocal processing
RadioFit-for-purpose connectivity
FleetOTA operations
ExpertiseEmbedded systems & IoT
Edge • Sensors • Robotics • IoT

From hardware to the connected field.

Electronics, edge compute, sensors, robotics and connectivity: design near-hardware systems that are field-validated, industrializable and operable.

Real time / edgeLoRaWAN / Zigbee / LTERobotics & autonomyIoT platforms
ActuatorsSensorsEdge ComputingFirmwareIndustrial qualificationEmbedded securityTelemetry
Our approach

Hardware, software, network, and operations handled together.

We design intelligent products and systems from prototype to industrialization, grounded in real-world usage constraints.

Evolvable architecture, documentation and MCO (run & maintain): a durable trajectory, not an abandoned POC.

Our domains

From component to operational fleet.

Embedded, connectivity, robotics, industrialization, platforms and surveillance.

Embedded systems

Real time, electronics and edge compute.

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IoT & connectivity

LoRaWAN, Zigbee, HaLow, and LTE.

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Robotics & autonomy

Drones, mobile platforms and monitoring.

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Prototyping & industrialization

POC, field validation, and scale-up.

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IoT platforms

Collection, supervision, and fleet management.

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Surveillance & protection

Detection, alerting and response.

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Journeys

From field need to operations.

Six steps toward industrializable systems.

01

Field need

Environmental, power, radio, and safety constraints.

02

Architecture

Edge, connectivity, cloud and security.

03

Prototype

Integrated, testable, and measurable POC.

04

Validation

Field campaigns and usage scenarios.

05

Industrialization

Supply chain, docs, quality and production.

06

Operations

Fleet, OTA, monitoring and MCO.

Why RDMC

What a systems approach changes.

Isolated POC
With RDMC
Design
Siloed (HW / SW / radio)
Integrated systems vision
Connectivity
Single radio choice
Mission-fit stack
Validation
Lab only
Field evidence
Fleet
Manual management
IoT / OTA platform
Next
Prototype with no follow-through
Industrialization & MCO
Frequently asked questions

Embedded systems & IoT — details.

Do you work on electronics?
Yes: boards, buses, sensors, power supply, and environmental qualification, together with real-time software.
Which radio technologies?
LoRa/LoRaWAN, Zigbee/Matter, Wi-Fi HaLow, LTE-M/NB-IoT, 4G/5G depending on range, throughput, and energy.
Edge AI possible?
Yes — local inference on edge compute, including offline.
Industrialization support?
From POC to demonstrator, then docs, supply chain and series quality control.
Embedded systems & IoT

Let's design your field system.

Edge architecture, radio, prototype, validation and industrialization.