Fleet management
Provisioning, inventory, config, and OTA. End-to-end device lifecycle.
En clair : We know which asset is where, and in what state.
In plain terms
Operate a fleet, not just connect devices.
Provisioning, inventory, configuration, and remote updates (OTA). Without device management, the fleet becomes unmanageable as soon as it grows.
Local filtering, rules, embedded AI and deferred sync for constrained sites. The edge protects bandwidth and availability.
Cloud, on-prem, or hybrid based on sovereignty and latency. Hybrid architectures are common in sensitive contexts.
Business integration (APIs, webhooks, data chains) gives telemetry its value: useful alerts, triggered processes, actionable dashboards.
FleetDevice mgmt
OTAUpdates
EdgeLocal rules
APIIntegration
What we do
Operate devices and data.
A platform to operate the fleet day to day.
Monitoring
Collection, alerts, dashboards, and history. Business thresholds and correlation.
En clair : The fleet can be read in a single view.
Edge gateway
Local filtering, rules and deferred sync.
En clair : The site stays useful even when the cloud is far away.
Business integration
APIs, webhooks and data pipelines.
En clair : Telemetry enters the processes.
Platform security
Device identities, certificates, segmentation and audit.
En clair : Every object is an endpoint to govern.
Frequently asked questions
IoT platforms — details.
Cloud or on-prem?
Both, depending on sovereignty and latency; hybrid architectures are common. The choice follows governance and network constraints.
Multi-protocol?
Yes — MQTT, HTTP, LoRaWAN, etc., unified at the platform. Normalization happens at the edge of ingestion.
How do you manage OTA?
Signing, canary, rollback, and maintenance windows. A failed OTA must not brick the fleet.
What volumes?
From pilot to thousands of devices: scalability and ingestion costs are sized early.
Data engineering link?
The platform often feeds the data chain (collection, fusion, automation). Exchange contracts are shared.
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