Autonomous RCA & TCOS Compliance for Mission-Critical Data Centers
Bridge the gap between MEP and IT telemetry. Eliminate siloed blind spots across power trains, chilled-water loops, and high-density compute racks with sub-second causal AI reasoning.
COLOCATION CAMPUS DC-01 [EQUINIX SV17 FEDERATION]
STATUS: NOMINAL // ZERO TELEMETRY DRIFT DETECTED
Enterprise Core Capabilities
Engineered for Zero-Downtime Facilities
From generator switchgear transfer to rack-level hotspot thermal modeling, SynapseDCIM provides end-to-end automated operational resilience.
Cross-Domain Telemetry
Synthesizes asynchronous BMS, EPMS, and SCADA protocols (Modbus TCP, BACnet/IP, SNMP) with server-level IPMI/Redfish sensors into a unified, high-frequency spatial digital twin.
Autonomous MOP/SOP Copilot
Ingests 10,000+ pages of facility MOP, SOP, and emergency EOP manuals into Claude's 200,000 token context window to generate verified, deterministic execution checklists during live alarms.
Dynamic PUE Optimization
Continuous thermodynamic loop optimization predicting chiller supply delta-T and variable fan speeds against ASHRAE TC 9.9 thermal envelopes, cutting non-IT cooling overhead by up to 23%.
Edge-to-Cognition Architecture Flow
Deterministic edge data ingestion meets Claude 3.5 Sonnet's 200k reasoning engine for low-latency root cause isolation.
Field Sensors & MEP
Raw I/O telemetry from CRACs, STS, UPS battery racks, switchgears, and server BMCs.
Synapse Edge AI Gateway
On-prem high-speed Rust time-series daemon parsing analog/digital points and anomalous delta triggers.
Claude 3.5 Sonnet Core
200,000 token context window cross-referencing live alarms against facility single-line diagrams and MOP/SOP docs.
Mission Operations Dashboard
Real-time incident resolution dispatch, automated NOC escalation, and instant Uptime Institute TCOS audit trails.
Tier Standard: Topology & Operational Sustainability (TCOS)
SynapseDCIM automatically maps real-time telemetry against Tier III Concurrently Maintainable and Tier IV Fault Tolerant criteria, eliminating human errors responsible for 70%+ of mission-critical outages.