FalconIO brings Kubernetes-native fleet engineering to IoT and edge infrastructure — device lifecycle management, real-time telemetry routing, fleet-scale observability, BC Manifests for edge tiers, and incident management that treats edge nodes as first-class infrastructure citizens.
Intermittent connectivity. Heterogeneous hardware. Thousands of devices with configuration drift you cannot see until a field failure surfaces it. Firmware updates that cannot brick a device mid-deployment. Real-time telemetry that must reach the cloud even when the network does not cooperate.
Device configuration drift is invisible until a field failure surfaces it. At thousands of nodes, manual drift detection is not feasible. You need the same reconciliation model as cloud infrastructure.
IoT telemetry from thousands of devices overwhelms naive pipeline designs. Backpressure, buffering, and graceful handling of intermittent connectivity must be designed in — not bolted on.
BC/DR for edge fleets is typically not planned until after the first major incident. Offline-mode fallback, cloud-sync resumption sequencing, and fleet-tier recovery need to be declared as code — before the incident.
Edge node configuration profiles are provisioned via the IDP service catalogue. Standard fleet configurations execute via Crossplane compositions. Complex edge deployments — heterogeneous hardware, conditional connectivity profiles, region-specific firmware — execute via Pulumi stacks with the same tested, audited automation as cloud infrastructure.