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NIx PM

Gain complete visibility into all network domains for proactive network optimisation

Maximise efficiency with our proven 80/20 approach

NIx PM is Future Connections’ advanced performance management solution that enhances visibility, strengthens operations and automates business processes for telecom networks. With complete visibility into all network domains from radio to core, powerful analytics and AI-driven insights enable data-driven decision making and proactive network optimisation.

core features-ready
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custom development
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tailored solution
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Core NIx PM capabilities

Multi-vendor data collection

Out-of-the-box support
for all major vendors

Advanced
KPI engine

Comprehensive KPI processing capabilities

Data
reconciliation

Intelligent
data handling

High performance analytics

Scalable
analytics platform

Complete network domain coverage

NIx PM provides end-to-end visibility across all network domains from 2G to 5G:

Radio Access Network (RAN)

Radio Access Network (RAN)

Comprehensive performance management for 2G to 5G radio networks with critical KPI tracking for accessibility, mobility, integrity and retainability metrics. It includes real-time monitoring with advanced visualisation and automated anomaly detection

Voice
core elements

Voice core elements

Performance monitoring for all voice core network functions including HLR, HSS, PCRF, MGW and more. It supports legacy CS/PS domains and 2G/3G core networks with VoLTE quality monitoring and SIP performance analytics

Data
core networks

Data core networks

Comprehensive monitoring for EPC (4G) and 5G core networks with capacity, utilisation and traffic management metrics. It includes resilience monitoring and cloud native 5G core performance visibility

Transmission networks

Transmission networks

Multi-vendor transmission network performance management supporting Ciena, Nokia, Huawei, Infinera, ADVA and Fujitsu. It includes bottleneck identification and specialised backhaul anomaly detection

Billing
system

Billing system

Performance tracking for charging function systems with real-time and offline charging system monitoring. It includes revenue assurance metrics and correlation between network performance and service charging

Virtualised workloads

Virtualised workloads

Performance management for Kubernetes, VMware and cloud native functions with infrastructure-level metrics correlated with service KPIs. It includes container and VM performance monitoring with log collection and analysis

Why choose NIx PM solution

Proven performance management

Built on years of telecom expertise with proven capabilities across all network domains from 2G to 5G, supporting millions of records daily

AI-powered intelligence

GenAIOps capabilities provide next-generation network intelligence with autonomous operations and predictive analytics

Multi-vendor support

Native support for all major telecom vendors ensures seamless integration regardless of your network equipment mix

Scalable architecture

High-performance analytics platform designed to handle complex networks with millions of KPIs and extensive historical data

GenAIOps - The future of network intelligence

NIx PM includes cutting edge GenAIOps capabilities that transform traditional performance management into an intelligent, predictive system using advanced AI models.

Natural language insights

AI-powered
natural language processing
for intuitive network analysis

Next best
actions

Automated recommendations for optimal
network operations

Root cause
analysis

Intelligent
problem diagnosis
with actionable solutions

Automated
ticket handling

Smart
ticket processing
and resolution automation

Agentic architecture for autonomous operations

NIx PM’s innovative agentic architecture features specialised network co-pilots including Radio assistant, Core network assistant and Technical support agent. These AI agents work together to enable autonomous network operations, continuously learning from network patterns and operator actions to improve predictive capabilities.

Move a step closer to advanced autonomous operations