Critical Facilities Case Study
Smart Automation to Transform Critical Facilities Management
The client
A Tier‑1 telecom operator managing hundreds of critical facilities, including data centers and network sites.
The operator aimed to improve operational efficiency and incident response while gaining real-time visibility across all infrastructure systems without replacing existing BMS/DCIM platforms.
The challenge
The operator needed to modernize critical facility operations (power, cooling, fire protection, and site access) while maintaining uptime and controlling OPEX.
Their existing processes were:
- Highly manual and reactive
Incident handling relied on spreadsheets, phone calls, and manual validations, resulting in slow responses and limited traceability. - Limited real‑time visibility
Alarms passed through “black‑box” systems, and fragmented tools made it difficult to understand event impact or site status. - Resource‑intensive and hard to scale
Teams spent significant time collecting data instead of resolving issues. Scaling operations would have required major headcount increases. - High operational risk
Redundancy losses went unnoticed, alarm noise was constant, and root‑cause analysis was slow and error‑prone, affecting availability and overall OPEX.
The solution
Critical Facilities solution enabled automated monitoring, correlation, and orchestration of all alarms, tickets, and operational data across the operator’s sites.
Unified monitoring through multi‑vendor BMS/DCIM integration
AI‑driven alarm correlation and anomaly detection
Smart automation for operational workflows
Real‑time dashboards and proactive alerting
Benefits for the client
95% Reduction in Technician Check‑in/Check‑out Time
Digitized on‑site procedures removed manual NOC calls and validations, saving 40+ minutes per intervention.
20% Improvement in overall Operational Efficiency
Unified visibility, alarm correlation, and guided workflows reduced manual effort and noise.
10% Potential Improvement in MTTR
Context‑enriched alarms, automated root‑cause insights, and real‑time redundancy indicators accelerated response times.