The OSIRIS Platform
A modern edge-to-cloud platform that connects building infrastructure to intelligent analytics. From a single controller to a global portfolio.
Osiris Gateway
The edge agent runs on-premises, polling building controllers, publishing telemetry securely to the cloud, and executing remote commands. If the cloud disappears, the gateway continues to operate correctly.
- •BACnet/IP, BACnet MSTP, Modbus TCP, Modbus RTU
- •Change-of-Value detection to minimise redundant data
- •Large offline buffer with configurable retention
- •Local diagnostics interface for on-site commissioning
- •Cryptographic device authentication
State Persistence
Local state storage that survives restarts and outages
Telemetry Transport
Secure, batched transmission to the cloud platform
Offline Buffer
Store-and-forward during connectivity interruptions
Command Execution
Time-limited actuation with safety enforcement
Identity & Access
Authentication, authorisation, and tenant management
Portal
Web interface with dashboards, alerts, and analytics
Data Ingestion
Real-time telemetry collection and processing
Remote Control
Secure actuation with time limits and full audit trail
Time-Series Database
High-performance storage with configurable retention
Data Archive
Immutable archival for compliance and disaster recovery
Audit Logging
Every user action, command, and configuration change is recorded in an immutable audit trail
Cloud Platform
The cloud platform provides intelligence, analytics, and user interfaces. It is multi-tenant by design, with role-based access control, real-time streaming, and compliance-grade archival.
- •Multi-tenant architecture with complete data isolation
- •Role-based access: Tenant Admin, Engineer, Viewer
- •Real-time event streaming for parallel processing
- •Secure MQTT broker with certificate-based authentication
- •Compliance-grade data archival with long-term retention
- •Immutable audit logging for every action and command
Digital Twin & Building Ontology
OSIRIS builds a live digital twin of your building infrastructure — a structured, queryable model of every piece of equipment, how it connects, and how it behaves. A building ontology maps equipment types, relationships, and data flows, enabling system-level understanding rather than isolated point data.
Live Equipment Model
Every connected device is represented as a digital object with real-time state, configuration, and telemetry history.
Relationship Mapping
Understand how systems connect: flow direction, electrical dependencies, spatial relationships, and upstream/downstream impact.
Commissioning Tracking
Track equipment through commissioning states from discovery to validation, with full audit trail.
Knowledge Library
The platform accumulates building-specific knowledge over time, improving diagnostics and enabling pattern recognition across your estate.