ASN R2.0 Introduces Enhanced Network Observability

The launch of Autonomous System Number (ASN) R2.0 introduces enhancements aimed at improving network observability and performance across enterprise and telco environments. Key features include packet deduplication and advanced Deep Packet Inspection (DPI) for more efficient data handling.

Product Update

ASN R2.0 is designed for large-scale networks, offering full ASN readiness for enterprises and telecommunications. The addition of packet deduplication aids in optimizing network performance by minimizing redundant packet processing.

5G Core Advancements

The latest update emphasizes significant packet deduplication capabilities, where real-time traffic analysis occurs with a granularity of up to 8 milliseconds. This enables the identification and elimination of duplicate packets effectively across multiple network hops.

Application Identification with Advanced DPI

An improved Deep Packet Inspection (DPI) feature enhances application identification within ASN R2.0. It supports classification of over 500 applications while providing essential network intelligence for performance analysis and security considerations.

Comprehensive Packet Capture

ASN R2.0's advanced packet capture capabilities allow tailored settings for traffic monitoring, facilitating timely diagnostics in both enterprise and telco deployments. Users can optimize their setups to capture data with customizable parameters.

Real-World Impact: Benefits You Can See

This update reflects a commitment to enhancing network observability. The company invites users to explore ASN R2.0's features through demonstrations, highlighting its potential in optimizing traffic and refining real-time analytics.

FAQs

This release highlights key elements such as packet deduplication and enhanced Key Performance indicator (KPI) monitoring. It promises scalability for diverse environments including telco and Fiber-to-the-Home (FTTH), focusing on boosting performance across complex infrastructures.

Utilizing 8ms granularity, ASN R2.0 reduces processing overhead while improving analytic precision. This is particularly relevant for high-throughput data centers and telecommunications.

The updated DPI engine identifies applications with precision and supports various mobile traffic analyses. It correlates control and user planes for enriched insights in mobile operator settings.

Interface-specific packet capture supports customizable settings for efficient troubleshooting, making the tool optimal for large-scale network deployments.