Embedded systems & IoT
Sensors, gateways, microcontrollers and edge processing to digitize your equipment and sites.
In short: Data is born as close as possible to the event, then flows upstream reliably.
See embedded & IoT →Our field perspective
The plant and the worksite do not tolerate approximation.
Industrial environments impose constraints that classic IT underestimates: latency, local availability, harsh conditions, heterogeneous protocols, and security requirements at the OT/IT boundary. A solution that works in the lab can fail as soon as it hits the field.
We design edge-first architectures: acquisition, preprocessing, secure uplink, historization, and visualization. The goal is twofold — harden operations and make data actionable for maintenance, quality, and steering.
Industrial capabilities
From capture to operations, a coherent chain.
We assemble embedded, connectivity, software, data, and run to deliver systems that are truly operable.
Applications & monitoring
Control interfaces, dashboards and business applications to visualize and act on field data.
See development →Industrial platforms & cloud
Hosting, containers and data platforms to historize, analyze and share OT streams.
See hosting →Specialized connectivity
Private networks, long-range radio, 4G/5G, and failover for isolated or temporary sites.
See connectivity →OT/IT hardening
Segmentation, hardening, monitoring, and continuity procedures tailored to critical environments.
See cybersecurity →Operations & MCO
Keeping gateways, edge servers, and supervision applications in operational condition.
See managed IT →Our method
From field POC to industrialization.
We validate early on site, then industrialize what has proven operational value.
01
Operational scoping
Business processes, physical constraints, existing protocols, criticality, and measurement objectives.
02
Edge architecture
Selection of sensors, gateways, radio, local processing, and data uplink strategy.
03
POC & field validation
Pilot deployment, measuring reliability, latency, energy autonomy and data quality.
04
Industrialization
Multi-site deployment, monitoring, documentation, training and maintenance procedures.
05
Run & evolution
MCO, version upgrades, new use cases, and continuous improvement of metrics.
Why RDMC
What a unified OT/IT approach changes.
Criteria
Fragmented chain
With RDMC
Field data
Sensor / Excel silos
Reliable, historized flows
Availability
Permanent cloud dependency
Resilient edge + sync
Security
OT and IT kept separate
Shared segmentation and monitoring
Deployment
POC with no follow-through
Multi-site industrialization
Operations
Ad hoc maintenance
Structured MCO and alerting
In figures
Systems designed to hold up in the field.
EdgeLocal-first processing
OT/ITControlled interoperability
RadioSite-adapted connectivity
MCOIndustrialized run
Frequently asked questions
Industry & operations — key points.
Do you work on sites already equipped with heterogeneous sensors?
Yes. We map existing protocols and equipment, then propose a gateway and integration architecture that avoids rip-and-replace.
How do you manage sites with weak or intermittent connectivity?
Through an edge-first approach: local buffer, sync resume, backup links (4G/5G, satellite), and alerts on link health.
Can you integrate our CMMS / MES / SCADA tools?
Yes, via API, connectors, or a data bus. The goal is to enrich your existing tools—not create yet another silo.
What is the difference with a classic IoT integrator?
We also cover business software, hosting, cybersecurity, and MCO. The chain stays coherent after the initial deployment.
Do you offer drones or autonomous systems?
Yes, within our embedded systems & IoT expertise: inspection, telemetry, and multi-vector coordination according to the operational need.
Other industries