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Echelon Edge Enables Centralized Network Visibility and Performance Monitoring for DMRC

DMRC
CLIENT

DMRC

COUNTRY

India

PARTNER

Echelon Edge

DEVICES DEPLOYED

1,000+

About the Client

Delhi Metro Rail Corporation (DMRC) is one of India’s largest and most advanced metro rail networks, responsible for enabling safe, reliable and efficient urban transportation across the National Capital Region. Operating a large-scale digital and communication infrastructure, DMRC relies on a robust network backbone to support mission-critical operations, connectivity, and commuter services across stations and operational zones.

Operational Challenges Across a Growing Metro Network

Fragmented Visibility

No centralised observability plane — limited insight into device health, interface utilisation, and traffic performance across dispersed locations.

Configuration Drift & Backup Risk

No automated versioning or backup introduced risks of configuration drift, delayed fault recovery, and extended MTTR during failures.

Reactive Fault Management

Complaint-driven workflows meant service-affecting events were often identified only after operational or passenger impact had already occurred.

Scalability Constraints

The solution needed to scale with expanding infrastructure and corridor additions without proportional operational overhead.

How Echelon Edge Solved It

Echelon Edge deployed a full-stack Network Management System (NMS) designed to unify monitoring, provisioning, and operational control across DMRC’s multi-vendor environment.

  • Fault & Performance Monitoring: Continuous monitoring of availability, latency, packet loss, and device resource utilization with configurable thresholds and automated alert escalation.
  • SNMP Trap Monitoring & Correlation: Real-time SNMP trap ingestion across Nokia, Alcatel, and HFCL devices with intelligent correlation and deduplication for faster root-cause identification.
  • Automated Configuration Backup: Scheduled and event-based backups with version-controlled repositories enabled rapid rollback and faster recovery during incidents.
  • Configuration Drift Detection: Continuous validation of network configurations helped identify unauthorized or unintended changes across managed devices.
  • Real-Time Topology Visualization: Auto-discovered graphical topology maps provided clear visibility into device relationships, link states, and network dependencies.
  • Unified Operations Dashboard: A single-pane-of-glass interface consolidated performance monitoring, fault management, topology views, and configuration workflows into one platform.
  • Multi-Vendor Device Integration: Native support for Nokia routers, Alcatel aggregation switches, and HFCL access switches enabled unified monitoring and configuration management across all device families.

The Impact

Percipient NMS enabled DMRC to transform its network operations into a centralized, proactive and scalable monitoring ecosystem by delivering:

01
Unified monitoring and centralized visibility across 1,000+ metro network devices through a single NMS platform
02
Faster fault identification and reduced MTTR using real-time alerts, SNMP trap correlation, and exception-based monitoring
03
Improved operational efficiency with automated provisioning, configuration management, and reduced manual intervention
04
Scalable NMS architecture designed to support future corridor expansion, additional devices, and growing metro services

 

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