SkyCentrics offers an interoperable infrastructure layer that converts building systems, equipment, and operational technology into a real‑time intelligence platform. By supporting open standards such as BACnet, Modbus, UDMI, LON, and OpenADR, it lets owners deploy AI‑driven operations, digital twins, and energy‑flexibility services across single sites or entire portfolios. The platform also provides a guard‑railed control model where users define approved system behavior that is executed autonomously.
Funding
Funding not disclosed
Founders
Product
Problem
Building owners and operators often struggle with fragmented building systems and equipment that use disparate, proprietary protocols, making it difficult to collect real-time data, implement AI-driven controls, and achieve portfolio-wide operational insight.
Solution
SkyCentrics offers an interoperable infrastructure layer that connects building systems, equipment, and operational technology through open standards such as BACnet, Modbus, UDMI, LON, and OpenADR. The platform normalizes data streams into a unified real-time intelligence hub, enabling AI-native operations, digital twin modeling, and energy‑flexibility controls. By providing semantic interoperability and guard‑railed control models, SkyCentrics allows owners to define approved system behaviors that are autonomously executed across multiple sites. The solution delivers portfolio‑scale visibility, improves infrastructure resiliency, and supports seamless integration of new devices without vendor lock‑in.
Target Audience
Primary customers are commercial real‑estate owners, facilities management firms, and large‑scale property operators seeking to centralize control and analytics across heterogeneous building systems.
Features
- Protocol translation engine supporting BACnet, Modbus, UDMI, LON, OpenADR, and other open standards
- Semantic data model that unifies disparate device data into a common ontology for analytics and AI
- Real-time data ingestion and streaming to cloud or on‑premise analytics platforms
- Guard‑railed control framework allowing users to define, approve, and automate system behaviors
- Built‑in digital twin integration for predictive maintenance and performance optimization
- Energy‑flexibility orchestration tools for demand response and grid services
- Scalable architecture designed for single‑building to multi‑site portfolio deployments