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Sensor Telemetry Engine

The complete system record. Choose the proof lens that fits your role.

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Choose The Proof Lens

One system record, three reader paths.

Feature-frozen3-act recordGitHub available
Business proofFounder / operator

When Manual Monitoring Breaks at 5,000 Readings Per Second

IoT deployments drown at 5,000 readings a second. A 512MB Rust ingester sustains the load with anomaly detection that fires inside one second.

System FlowData ModelArchitecture LayersDecision Log
Open business proof8 min read
Architecture proofCTO / architect

Architectural Brief: Sensor Telemetry Engine

Rust on Tokio sustains 5,000 sensor readings per second inside 512MB. Anomaly detection runs post-flush so HTTP timeouts can't stall the ingest loop.

System TopologyInfrastructure DecisionsConstraintsDecision Log
Open architecture proof5 min read
Technical proofSenior engineer

Why Anomaly Detection Can't Block the Ingestion Pipeline

A downstream HTTP timeout inside synchronous anomaly evaluation stalled the NATS consumer. 3,000 messages piled up before fire-and-forget tasks fixed it.

Code SampleFailureConstraintScaling Limit
Open technical proof8 min read

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