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RAINGAIA Sentinel By RAINGAIA LLC
System Nominal
RAINGAIA LLC — Sentinel Platform

From wire
to evidence.

RAINGAIA Sentinel is an end-to-end signal intelligence platform. Connect any industrial hardware, analyze 11 signal types with deterministic precision, and produce evidence-grade outputs — entirely within your own infrastructure. No cloud. No vendor lock-in. No blind spots.

On-premise · Air-gapped · Privacy-first · Evidence-ready
<50msP99 latency
11signal types
14behavior classes
PDFevidence export
Sentinel · Live Pipeline
01
Edge Agent
CAN · Modbus · Serial · Network · Audio · RF/IQ · +5 more
Running
↓ normalized stream
02
SHIP Gateway
Normalize · Validate · Route · Dashboard
Active
↓ classified events
03
Hermes Engine
Deterministic scoring · 14 behavior classes
Analyzing
↓ evidence-grade incidents
04
Evidence Reporter
Incidents · PDF export · 30-day retention
3 Incidents
<50mslatency
11signals
99.9%uptime
Built for

Is this
for you?

Sentinel is designed for organizations where signal integrity is mission-critical — where a missed anomaly means downtime, compliance failure, or worse. If your operation produces signals, Sentinel can protect it.

🏭

Manufacturing Plants

Monitor PLCs, motors, conveyors, and production lines. Detect failure signatures before they become downtime.

Energy Facilities

Power grids, substations, pipelines. Continuous signal monitoring with evidence-grade incident records.

🏥

Medical Devices

ECG/EEG monitoring systems, biometric sensors. Detect unstable signal behavior and generate audit-ready evidence.

📡

Telecom Infrastructure

RF/IQ streams, network signals, spectrum monitoring. Identify jamming, drift, and anomalous behavior in real time.

🛡️

Defense Systems

Air-gapped, classified environments. On-premise deployment with no external dependencies — by design.

🔧

Industrial IoT

Distributed sensor networks, smart factories, industrial gateways. One agent, one platform, full coverage.

Platform

Four layers.
One platform.

Sentinel is not a dashboard bolted onto a sensor. It is a purpose-built pipeline — each layer engineered for its role, integrated end-to-end, deployed entirely within your infrastructure. No external services. No data leaving your perimeter.

Layer 01
Edge Agent
A lightweight binary that connects to your existing hardware — Modbus TCP, CAN Bus, MQTT, OPC-UA, Serial, Syslog, and more. No proprietary hardware required. Deploy once, connect anything. Fully configurable from the SHIP dashboard without touching the agent.
11 connectors
↓ normalized signal stream
Layer 02
SHIP Gateway
The secure transport and normalization layer. SHIP receives raw signal frames from the Edge Agent, validates and normalizes them into a unified evidence schema, enforces access control, and routes structured data to the analysis engine. Your single pane of glass for signal operations.
Real-time dashboard
↓ classified signal events
Layer 03
Hermes Engine
The deterministic analysis core. Hermes evaluates every signal event against 14 behavior classes — scoring severity, stability, timing, and anomaly intensity without probabilistic drift. Same input always produces the same output. Auditable, reproducible, defensible.
Deterministic · 14 classes
↓ evidence-grade incidents
Layer 04
Evidence Reporter
Every meaningful anomaly becomes a structured incident with full context — timestamps, signal chain, severity score, behavior classification, and decision record. Export as PDF. Archive for audit. 30-day on-premise retention with configurable policies.
PDF · Audit-ready
Use Cases

Real scenarios.
Real evidence.

Sentinel is deployed where signal failures carry operational, legal, or safety consequences. These are the scenarios it was built for.

Manufacturing Anomaly Detected

Factory Line Vibration Monitoring

Continuous vibration analysis on rotating machinery. Sentinel detected abnormal bearing resonance signatures 72 hours before physical failure — preventing unplanned downtime.

Evidence Output
Bearing failure precursor · ISO Zone C → D transition · PDF incident report generated
Medical Anomaly Detected

Hospital Device ECG Monitoring

Real-time ECG signal behavior analysis across a bedside monitor fleet. Sentinel flagged an irregular QRS interval drift pattern consistent with lead degradation — hours before the device would have failed a routine check, and before any patient-facing alarm fired.

Evidence Output
Lead degradation signature · Behavior Class 09 (Signal Drift) · Timestamped incident chain · PDF export for biomedical engineering audit
Energy Resolved

Substation Load Signature Monitoring

Continuous current and voltage monitoring across a regional substation. Sentinel identified a recurring harmonic distortion pattern tied to a failing transformer tap changer, isolated before it triggered a wider grid disturbance.

Evidence Output
Harmonic distortion signature · Tap-changer wear correlation · Maintenance window scheduled · Full evidence chain archived on-premise
Coverage

11 signal types.
One agent.

The Edge Agent speaks the protocols your hardware already uses. No proprietary sensors, no forced rip-and-replace — Sentinel connects to what you have and normalizes it into a single evidence schema.

Live Signal Feed · Simulated
CAN Bus
Nominal
value
behavior class
<50msdetection latency
Monitoring live stream — evidence will appear here the moment a behavior deviation is detected.
Comparison

Sentinel vs.
traditional monitoring.

Most monitoring stacks were built for dashboards, not evidence. Sentinel was built from the ground up to produce defensible, reproducible answers — without sending your data anywhere.

Capability Traditional Monitoring RAINGAIA Sentinel
DeploymentCloud-dependentOn-premise, air-gapped
Detection logicFixed thresholdsDeterministic behavior classes
ReproducibilityProbabilistic driftSame input → same output, always
Data sovereigntyVendor-controlledStays inside your perimeter
Evidence exportScreenshots, logsStructured PDF, audit-ready
Hardware integrationProprietary sensorsModbus, CAN, MQTT, OPC-UA & more
LatencySeconds to minutes<50ms P99

Request a technical
consultation.

Tell us about your signal environment. We'll walk through what Sentinel would look like deployed on your infrastructure — no sales script, straight to the engineering questions.

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