NETSCOUT Enhances Kubernetes Monitoring with Advanced Container Visibility Solution

Breaking New Ground in Container Observability

NETSCOUT Systems has reportedly developed a significant advancement in Kubernetes monitoring technology that addresses critical visibility challenges in complex cloud environments, according to recent company announcements. The innovation comes as organizations increasingly struggle with blind spots in their multi-cluster Kubernetes deployments, where traditional monitoring approaches often fall short.

Breaking New Ground in Container Observability
KlearSight: Deep Visibility into Encrypted Environments
Industry Experts Highlight Packet-Level Intelligence
Technical Foundation and Innovation
Company Mission and Industry Recognition
Addressing Modern Infrastructure Challenges

KlearSight: Deep Visibility into Encrypted Environments

Sources indicate that the Omnis KlearSight Sensor for Kubernetes represents a technological leap in container observability. The solution is specifically engineered to handle dynamic, distributed architectures where encrypted communications have traditionally created monitoring obstacles. Analysts suggest this approach enables organizations to gain unprecedented insight into system performance, health metrics, and cost drivers in real-time.

The technology reportedly captures Kubernetes packets and SSL messages directly from the Linux kernel’s networking stack after decryption occurs, then converts this data into standard IT traffic. This method provides visibility into application-layer communications without requiring access to encryption keys, according to the company’s technical documentation.

Industry Experts Highlight Packet-Level Intelligence

“Microservices running on a Kubernetes cluster generate multiple metrics, events, logs, and traces to provide some visibility across complex multi-cloud environments,” stated Jim Frey, principal analyst at Omdia, in the announcement. “However, searching through telemetry data streams to determine the root cause of an incident can be like searching for multiple needles across multiple haystacks.”

Frey further emphasized that “the ultimate source of truth lies in packets, and organizations can only benefit by establishing this level of visibility enterprise-wide, including the cloud and Kubernetes environments.” Reports suggest this packet-level approach has proven crucial for rapid recognition and diagnosis of performance incidents while enhancing AI-driven observability capabilities.

Technical Foundation and Innovation

Developed from NETSCOUT’s expertise in network traffic analysis, deep packet inspection, and real-time traffic intelligence, KlearSight reportedly utilizes extended Berkeley Packet Filter (eBPF) technology to extract packets from within the Linux kernel’s networking stack. The solution extends observability to understand system behavior and accelerate troubleshooting with low-overhead access to granular system and application data.

The technology moves beyond simply monitoring what is happening in the environment toward understanding why issues occur, including detection of unusual patterns and anomalies that often go unnoticed with conventional monitoring approaches.

Company Mission and Industry Recognition

“NETSCOUT has been delivering innovative observability and visibility solutions that address end-through-end performance challenges for decades,” stated Phil Gray, AVP of product management at NETSCOUT, according to the release. The company’s solutions are described as mission-critical to large enterprises across all industries, particularly as AI and cloud complexity continue to accelerate.

Recent industry recognition includes NETSCOUT being acknowledged for network observability leadership in the QKS Group’s SPARK Matrix™: Network Observability, Q3 2025, and receiving the CRN Tech Innovators award in the Application Performance/Observability category for overcoming remote office observability challenges with cost-effective nGenius Edge Sensors.

Addressing Modern Infrastructure Challenges

As organizations increasingly adopt Kubernetes for container orchestration and expand their cloud computing footprint, the need for comprehensive observability solutions has become paramount. The encrypted nature of modern communications, combined with the distributed architecture of containerized applications, creates significant monitoring gaps that traditional tools struggle to address.

By focusing on network packet analysis after encryption processing, NETSCOUT’s approach reportedly provides the detailed visibility needed to optimize infrastructure, ensure reliable operations, and quickly resolve performance issues in increasingly complex digital environments.