RONGOshield™
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Technology

The Architecture Behind Coordinated Safety

RONGOshield™ is built on two purpose-designed intelligence layers — STOMIAS and ORCA — working together to surface genuine incidents and coordinate trusted human response.

STOMIAS
Intelligence Engine
ORCA
Coordination Layer

Incident lifecycle

From signal to verified closure.

STOMIAS handles intelligence. ORCA handles coordination. Together they cover the full incident lifecycle — with human decision gates at every consequential step.

Incident Lifecycle — End to End
01
Detection
STOMIAS
Multi-source signal ingestion, noise filtering, incident creation
02
Assessment
STOMIAS
ML classification, severity scoring, context enrichment
03
Coordination
ORCA
Operator review, responder assignment, encrypted dispatch
04
Response
ORCA
On-scene coordination, status updates, verified closure
STOMIASStages 01–02: Intelligence
ORCAStages 03–04: Coordination
STOMIAS

Situational Threat and Operational Multi-source Intelligence Assessment System

Signal intelligence. Context. Clarity.

STOMIAS is the intelligence layer of RONGOshield™. It ingests signals from multiple sources, applies machine learning classification, enriches incidents with contextual data, and produces structured assessments for human review. It does not act — it informs.

Signal Ingestion Engine — Normalises inputs from mobile, IoT, API, and manual sources into a unified incident schema.
ML Classification Model — Classifies incident type across a taxonomy of safety event categories with confidence scoring.
Severity Scorer — Produces a 0–10 severity score based on incident type, location history, asset proximity, and contextual factors.
Context Enricher — Augments the incident record with geo-history, responder proximity, asset data, and prior incident patterns.
Noise Filter — Deduplicates signals, suppresses false positives, and applies configurable threshold logic before incident creation.
STOMIAS — Component Map
STOMIAS
Situational Threat and Operational Multi-source Intelligence Assessment System
01
Signal Ingestion Engine
Normalises inputs from mobile, IoT, API, and manual sources into a unified incident schema.
02
ML Classification Model
Classifies incident type across a taxonomy of safety event categories with confidence scoring.
03
Severity Scorer
Produces a 0–10 severity score based on incident type, location history, asset proximity, and contextual factors.
04
Context Enricher
Augments the incident record with geo-history, responder proximity, asset data, and prior incident patterns.
05
Noise Filter
Deduplicates signals, suppresses false positives, and applies configurable threshold logic before incident creation.
ORCA

Operational Response and Coordination Architecture

Coordination. Dispatch. Accountability.

ORCA is the coordination layer of RONGOshield™. It manages the workflow from operator review through responder dispatch, communication, and verified closure — enforcing human decision gates at every consequential step.

Workflow Orchestrator — Manages incident state transitions, enforces decision gates, and routes incidents through configured escalation paths.
Assignment Engine — Surfaces verified, available responders ranked by proximity, capability, and current load for operator selection.
Comms Gateway — Provides encrypted, attributed communication channels between operators, responders, and supervisors.
Notification Service — Delivers real-time alerts to relevant parties at each workflow stage with delivery confirmation.
Audit Ledger — Records every signal, decision, communication, and action. Audit records support SHA-256 verification and tamper-evident storage.
ORCA — Component Map
ORCA
Operational Response and Coordination Architecture
01
Workflow Orchestrator
Manages incident state transitions, enforces decision gates, and routes incidents through configured escalation paths.
02
Assignment Engine
Surfaces verified, available responders ranked by proximity, capability, and current load for operator selection.
03
Comms Gateway
Provides encrypted, attributed communication channels between operators, responders, and supervisors.
04
Notification Service
Delivers real-time alerts to relevant parties at each workflow stage with delivery confirmation.
05
Audit Ledger
Records every signal, decision, communication, and action. Audit records support SHA-256 verification and tamper-evident storage.

System design

Five architectural layers.

Each layer has a defined responsibility, clean interfaces, and full observability. STOMIAS and ORCA operate as distinct layers within this architecture.

System Architecture — Layer View
Client Layer
Operator ConsoleResponder AppAdmin DashboardAPI Consumers
ORCA Layer
Workflow OrchestratorAssignment EngineComms GatewayNotification Service
STOMIAS Layer
Signal ClassifierSeverity ScorerContext EnricherNoise Filter
Data Layer
Incident StoreAudit Ledger (Immutable)Responder RegistryIntegration Cache
Ingestion Layer
Mobile SDKIoT ConnectorWebhook ReceiverManual Input API
Data flows upward · Control flows downward · All paths audited

Design principles

Built on four non-negotiable principles.

Human-in-the-Loop by Architecture

Human oversight is a structural constraint, not a configuration option. The workflow engine enforces decision gates at every consequential step. No automated dispatch, escalation, or closure is possible without explicit operator authorisation.

Multiple workflow steps require human authorisation
AI recommendations are advisory — never directive
Every operator action is attributed and timestamped
Override capability at every stage

Privacy by Design

Personal data is collected only when operationally necessary, retained only for the minimum required period, and never used for purposes beyond safety coordination. Data minimisation is enforced at the architecture level.

Minimum necessary data collection
Configurable retention policies
Role-based data access controls
No secondary use of personal data

Security Architecture

All data in transit is encrypted using TLS 1.3. Data at rest uses AES-256 encryption. The platform supports on-premise and sovereign cloud deployment for organisations with strict data residency requirements.

TLS 1.3 for all data in transit
AES-256 encryption at rest
On-premise and sovereign cloud options
Role-based access with MFA support

Data Governance

RONGOshield™ maintains a complete, tamper-evident record of every incident from signal ingestion to closure. Audit records support SHA-256 verification, are exportable, and are structured for regulatory compliance and legal review.

Tamper-evident audit trail
SHA-256 record verification supported
Exportable compliance reports
Structured for legal and regulatory review

Technology roadmap

Where we are. Where we're going.

Our roadmap reflects a long-term commitment to building infrastructure that improves with deployment experience — without compromising on governance or human oversight.

Technology Roadmap
Live
In development
Research
Current
Four-stage lifecycle with AI-assisted triage and human-in-the-loop coordinationLive
STOMIAS ML classification with multi-source signal ingestionLive
ORCA workflow orchestration with encrypted responder communicationLive
Near-term
Predictive incident pattern analysis using historical deployment dataIn development
Natural language incident reporting via voice and textIn development
Enhanced IoT sensor integration framework for smart building systemsIn development
Future
Federated learning for cross-deployment model improvement with privacy preservationResearch
Multi-language operator interface and responder app localisationResearch
Public safety infrastructure API integration for government deploymentsResearch

Built for the environments where it matters most.

Explore how the platform architecture maps to your operational requirements.