Base Station Information

Comprehensive site management system that serves as an "ID card" for each network element:

• Geographic location and site identification
• Priority level classification
• On-site equipment inventory
• Access instructions and safety notes
• Site documentation and history
• Key performance indicators

Service Affected (SA) Events

Advanced incident tracking and analysis system:

• Network outage tracking and logging
• Root cause and sub-cause documentation
• Smart Root Cause Analysis integration
• Correlation with power failures and transport issues
• Historical incident analysis
• Automated reporting capabilities

Interactive Maps

Geographical visualization and management system:

• Real-time site status visualization
• Critical network element mapping
• Fault location identification
• Field team dispatch optimization
• Google Maps integration*
• Custom overlay support

Site Access Management

Comprehensive access control and tracking system:

• Field team tracking and management
• SMS/PWA-based check-in/out system
• Real-time personnel location monitoring
• Key management and tracking
• Access history logging
• Automated reminder system

BTS Control Center

Direct base station management system:

• Nokia base station direct control
• Basic command execution
• Configuration management
• Performance monitoring
• Troubleshooting tools
• No NMS requirement*

On-Call Schedule Management

Personnel availability and scheduling system:

• Automated schedule planning
• Real-time availability tracking
• Team member rotation management
• Schedule conflict resolution
• Emergency contact information
• Shift handover documentation

Centralized Transport Management

This tool serves as a centralized data repository for transport and radio access network parameters, integrating EMS systems, planning tools, and historical parameter changes. It automates network topology analysis, using the algorithm to identify all affected locations in case of site outages, improving outage impact assessments.

By unifying MPLS and microwave (MW) link analysis, it provides a comprehensive view of transport paths from data centers to BTS sites. The tool transforms manual Excel-based planning into dynamic smart tables, ensuring data consistency, automated suggestions, and proper formatting for streamlined operations.

Future enhancements will integrate fiber optic link analysis, further strengthening network resilience and automation support in the NOC environment.

Temperature Center Dashboard

This module monitors and analyzes temperature parameters from network equipment, detecting abnormal temperature increases and triggering early alarm notifications. It features automatic ticket creation in the ITSM system and the ability to leave comments directly on alarms, ensuring that field teams are dispatched precisely where needed—especially during hot months.

• ✓ Real-time temperature monitoring
• ✓ Automatic alarm generation
• ✓ ITSM ticket integration
• ✓ Direct alarm commenting

*SNMP access required to power racks

Smart Capex Battery Management

This module streamlines battery replacement planning by monitoring battery health and performance degradation trends. It enables data-driven CAPEX decisions, prioritizing sites where backup battery replacements are most critical.

• ✓ Battery health monitoring
• ✓ Performance trend analysis
• ✓ Replacement prioritization
• ✓ Investment optimization

*Battery quality parameters access required to power rack controllers

Power Consumption Analysis

Tracks and calculates power consumption for all network elements that can measure current and voltage, primarily focusing on energy racks at base stations. By aggregating real-time and historical consumption data, the module supports energy efficiency analysis, cost tracking, and infrastructure optimization.

• ✓ Real-time consumption monitoring
• ✓ Historical data analysis
• ✓ Cost optimization tracking
• ✓ Efficiency reporting

Auto Technology Lock

This module enhances battery backup efficiency by automatically shutting down specific technologies at a base station during a power outage. Integrated with the BTS Control Center, it enables selective deactivation of non-essential technologies, ensuring that critical services remain active while significantly prolonging battery runtime.

• ✓ Selective technology shutdown
• ✓ Critical service prioritization
• ✓ 20% extended battery runtime
• ✓ BTS Control Center integration

Energy Saving (FPFH Control)

This module implements smart energy-saving automation by optimizing power management for FPFH modules in the network. It uses a smart timer system to dynamically and efficiently control shutdown and activation of FPFH modules based on predefined rules, helping to reduce power consumption.

• ✓ Smart timer implementation
• ✓ Dynamic module control
• ✓ Rule-based automation
• ✓ Power optimization

System Benefits

Mobile Field Operations Platform

A comprehensive mobile-friendly interface designed for field teams, NOC operators, and management, providing real-time access to critical network information and tools.

RPA Self-Healing Automation

The RPA Self-Healing Module represents the highest level of automation, designed to proactively resolve network issues by combining customer complaints, base station performance data, and automated repair actions.

• ✓ Real-time KPI monitoring
• ✓ Automated recovery actions
• ✓ Smart alarm correlation
• ✓ ITSM integration

Business Impact