Achieve peak performance, proactive issue resolution, and seamless connectivity with our real-time network observability platform. Leverage AI-driven insights to predict and prevent outages, ensuring uninterrupted service across multi-technology environments, including DOCSIS, Fixed as GPON and Mobile networks like FTTH, 5G, and more.
Intraway’s Network Observability solution provides a robust platform for real-time monitoring, analysis, and insight into network behavior, performance, and state as events unfold. By delivering continuous, in-depth visibility across all network layers, it enables immediate insights and actionable responses. Unlike traditional monitoring, which relies on periodic snapshots and limited visibility, real-time observability ensures a comprehensive, always-on view of network operations.
Built on open-source technology, it provides real-time visibility into the performance and status of your network infrastructure and other critical components. Designed for multi-vendor and multi-technology environments, this cloud-native solution ensures scalability, flexibility, and reliability across your network.
Gain continuous insights into the performance of your Cable and FTTH networks with a user-friendly dashboard that tracks key operational KPIs.
Built on open-source software, the solution supports various network equipment vendors, offering the flexibility needed for diverse environments.
Designed for cloud environments, the solution ensures high availability, reliability, and scalability to meet the growing demands of both Cable and FTTH networks.
Enables proactive identification and resolution of issues, reducing downtime and enhancing service quality.
Easily integrates with existing network management systems, improving operational efficiency.
Intraway’s Network Observability solution offers a powerful platform for continuously monitoring, analyzing, and processing data from diverse sources using AI and ML tools. By understanding network behavior and predicting potential issues before they occur, it enhances customer experience, anticipates complaints, and improves service offerings.
Unlike traditional monitoring, which is reactive and often limited in scope, real-time observability delivers continuous, in-depth visibility across all network layers, enabling proactive management and optimization.
Continuously monitor, analyze, and interpret network behavior, performance, and state to enable proactive, data-driven responses.
This dashboard visualizes the performance trends of a network’s OLT (Optical Line Termination) and its connected ONTs (Optical Network Terminals) over time. Key metrics such as Dying Gasp signals, LOSI (Loss of Signal Indication), and traffic rates are presented, offering insights into the network’s health and operational efficiency.
Predict current and future usage trends with machine learning, enabling smarter network optimization.
Anomaly Detection establishes a baseline for device metrics and alerts you when those metrics exceed thresholds set by your specified sensitivity settings. This enables faster identification of anomalies in large datasets, helping detect suspicious events, malfunctions, defects, or potential fraud more efficiently.
Support a variety of data collection methods, including Streaming Telemetry, SNMP, HTTP Bulk Data, and Kafka, ensuring comprehensive and flexible data integration across your network.
Automatically correct detected issues by triggering automated workflows across multiple channels, including the provisioning system, ticketing or messaging platforms or any other system.
An AI-powered data querying tool that allows users to ask questions in natural language, enabling those without business intelligence expertise to easily extract valuable insights from your data.
Preconfigured, ready-to-use dashboards designed to seamlessly visualize metrics, logs, and traces, eliminating the need to create them from scratch.
Built on an open-source software foundation, ensuring flexibility and compatibility while supporting both private and public cloud environments.
Network observability refers to the ability to monitor, understand, and optimize the performance and health of a network infrastructure through real-time data collection, analysis, and visualization. For telecommunications companies, network observability is critical for ensuring seamless service delivery and maintaining customer satisfaction.
DOCSIS (Data Over Cable Service Interface Specification) is an international telecommunications standard that allows high-speed data transfer over existing cable TV (CATV) systems. It enables cable operators to offer internet, telephone, and video services to customers. For more information, you can visit the DOCSIS main page.
GPON (Gigabit Passive Optical Network) is a fiber-optic technology that enables high-speed broadband connections. It uses a point-to-multipoint architecture, allowing a single optical fiber to serve multiple endpoints, such as homes or businesses. GPON provides high bandwidth and efficient data transmission, making it ideal for delivering internet, voice, and video services over a single network infrastructure.
A GPON Monitoring System is a specialized tool designed to oversee and manage GPON networks. It provides real-time visibility into the performance and status of network components, such as Optical Line Terminals (OLTs) and Optical Network Units (ONUs). This system helps network operators ensure optimal performance, quickly identify and resolve issues, and maintain high service quality across the network.
