network-observability

eBPF-powered network observability for Kubernetes. Indexes L4/L7 traffic with full K8s context, decrypts TLS without keys. Queryable by AI agents via MCP and humans via dashboard.

Network monitoring & diagnosis suite for Kubernetes

Network Observability eBPF Agent

Orb network observability agent, part of the NetBox ecosystem and developed by NetBox Labs

Centralized multi-cluster Kubernetes observability platform — real-time dependency mapping, impact analysis, change detection, and security monitoring across all your clusters, powered by eBPF

Network observability for Kubernetes

BGP routing security observability — BMP + RPKI ROV + ASPA path validation in a single binary

Agentless multi-hop network observability platform pinpointing latency and loss (Local vs Backbone vs DC) via scheduled, restricted SSH probe execution.

SwiftyReachability is a simple and lightweight network interface manager written in Swift

Lightweight network traffic monitoring and application identification for OpenWrt and home networks, powered by eBPF and DPI. https://demo.netqmon.com

An interactive Streamlit web application for network configuration analysis, verification, and differential testing using Batfish.

Observe Internet Connectivity in Android

A research architecture that gives networks versioned, content-addressed state: every change is verified against declared invariants before execution, with branching, fail-closed semantic merge, and causal history. Rust. Not a production controller.

Monitor ICMP round-trip time/packet loss and store the data in InfluxDB

Network looking glass featuring reports with sharable URLs.

Osprey — real-time and historical network visibility & engineering for OSPF, IS-IS, EIGRP, BGP, MPLS, and EVPN.

Transparent eBPF-based network observability for Kubernetes workloads. Zero-instrumentation L4 + L7 metrics with K8s identity attached, scrapable on a single Prometheus URL per node. Built on OpenTelemetry eBPF Instrumentation.

Self-hosted OCI network observability dashboard with Terraform, Ansible, and FastAPI.

This repository is a set of helper class and methods for fast development of Kotlin Android development.

This project provides a lab environment designed to demonstrate how modern automation principles can be applied in a multi-vendor network. It uses a container-based Leaf-Spine Data Center Fabric to showcase how to unify automation strategies across platforms with different capabilities, specifically Nokia SR Linux and NVIDIA Cumulus Linux.