Our Core Services

1. Telecom Lifecycle Services
   Comprehensive support from network planning, design, and integration to migration and optimization.

2. RAN & Core Network Consultancy
   High-level and low-level designs (HLD/LLD), capacity dimensioning, and KPI-driven performance management.

3. AI & Software Integration
   Custom software development and intelligent automation using Elang AI for IoT, vision, and deep learning use cases.

4. IoT & Smart Solutions
   Wireless sensing systems for agriculture, cities, and industry — including sensors, gateways, and open dashboards.

5. Data Center & Cloud Infrastructure
   Design and capacity planning for virtualized network functions, open RAN/cloud-native deployments, and lab environments.

6. Fiber & Network Monitoring
   Real-time fiber health analysis using OTDR, GIS-integrated alarming, and performance trend reporting.

7. NOC & Operational Excellence

Interference Management

Effective interference management is vital for network performance, especially in dense 4G/5G deployments. A layered approach using both static and dynamic methods is essential. Continuous monitoring with advanced tools and optimization is required to keep interference levels under control.

The overall approach to interference management in this project follows a structured, multi-step methodology commonly used in RF optimization:

1. Detection and Diagnosis

   • Identify interference sources using KPIs, MSI reports, and drive test data.

   • Evaluate symptoms like low SINR, high drop call rates, or low throughput.

2. Root Cause Analysis

   • Use tools and data (e.g., UE traces, spectrum analyzers) to analyze where the interference is coming from (e.g., external vs. internal).

   • Rank interfering cells using Most Severe Interferers (MSI) analysis.

3. Solution Design

   • Choose appropriate mitigation strategies based on interference type and impact.

   • Mix of static (configuration-based) and dynamic (adaptive) techniques.

4. Implementation

   • Apply changes via OSS or planning tools.

   • Adjust frequency planning, antenna tilts, or activate dynamic features like ICIC.

5. Validation and Monitoring

   • Post-action validation using KPIs and new MSI measurements.