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pixie-io/pixie

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Pixie

Pixie is an open-source observability platform for Kubernetes that uses eBPF to automatically capture telemetry data from clusters without requiring any manual instrumentation or code changes. It functions as an eBPF telemetry collector, a continuous application profiler, a network traffic analyzer, and a scriptable telemetry query engine, all within a single Kubernetes-native tool.

The platform distinguishes itself through several integrated capabilities. It continuously samples stack traces from compiled-language code to identify CPU performance bottlenecks, visualizing the results as interactive flamegraphs. Pixie also performs protocol-agnostic traffic decoding, automatically parsing full-body messages for application protocols including HTTP, DNS, and database protocols. A Python-like scripting language called PxL allows users to query and transform telemetry data through immutable dataframe operations, while a semantic type system guides data retrieval and visualization with appropriate units. Additionally, Pixie supports dynamic binary instrumentation for running Go binaries, edge-side machine learning for anomaly detection, and distributed deployment of custom bpftrace programs across all cluster nodes.

Beyond these core differentiators, Pixie provides comprehensive monitoring and debugging capabilities. It automatically collects resource metrics for every pod, traces inter-service requests with full-body payloads, and offers cluster-wide resource inspection across namespaces, pods, and nodes. Users can write custom observability scripts, execute pre-built telemetry queries, and export results in JSON or CSV format. The platform also includes service topology visualization, database query profiling, DNS request pattern inspection, and TCP packet drop detection. Pixie encrypts telemetry data in transit between the cluster and API clients, and supports deployment options ranging from managed cloud services to fully self-hosted instances.

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Features

  • eBPF-Based Tracing - Captures application and network telemetry directly from the Linux kernel using eBPF programs without modifying application code.
  • Kubernetes - Provides eBPF-powered observability for Kubernetes clusters without manual instrumentation.
  • eBPF-Based Collection - Automatically captures full-body requests, resource metrics, and network data from the cluster using eBPF.
  • Telemetry Query Engines - Executes user-defined scripts against live cluster telemetry data for ad-hoc debugging and visualization.
  • Telemetry Dataframe Querying - Transforms tabular telemetry data through immutable dataframe operations for observability analysis.
  • Immutable Transformation Pipelines - Processes telemetry data through a chain of immutable dataframe operations with automatic optimization.
  • Service Performance Drill-Downs - Opens per-service views showing latency, error, and throughput over time with slowest request samples.
  • Telemetry Query Languages - Queries and transforms telemetry data using a Python-like domain-specific language with immutable dataframe operations.
  • Pythonic - Provides a Python-like scripting language (PxL) for ad-hoc telemetry queries from UI, CLI, or API.
  • eBPF-Based Kubernetes Debuggings - Collects and queries telemetry data automatically using eBPF for real-time debugging without manual instrumentation.
  • Continuous Profilers - Continuously samples stack traces from compiled-language code to reveal where CPU time is spent.
  • eBPF-Based Application Profilers - Continuously samples stack traces from compiled-language code using eBPF to identify CPU bottlenecks.
  • eBPF-Based CPU Profilers - Continuously samples stack traces from compiled-language applications using eBPF to identify performance bottlenecks.
  • Flamegraph Generators - Visualizes stack trace samples as flamegraphs to identify where application code spends the most time.
  • Observability Scripts - Creates and runs scripts to query telemetry data for application and infrastructure debugging.
  • Telemetry Script Execution APIs - Provides an API to run custom PxL scripts against cluster telemetry data and stream results.
  • Topology Visualizers - Shows a graph of HTTP traffic between services with latency, error, and throughput metrics per connection.
  • Pre-built Telemetry Scripts - Executes pre-written telemetry queries from a curated library and displays results as interactive tables.
  • Protocol-Agnostic Processing - Automatically parses full-body messages for multiple application protocols including HTTP, DNS, and database protocols.
  • Traffic Protocol Inspection - Captures and displays requests for protocols including HTTP/2, DNS, MySQL, PostgreSQL, Redis, and Cassandra.
  • Observability Scripting Engines - Writes and runs Pythonic scripts to query telemetry data and build tailored debugging workflows with interactive visualizations.
  • Automatic Telemetry Capture - Automatically captures full-body requests, resource metrics, and application profiles from clusters using eBPF without manual instrumentation.
  • Resource Monitoring - Inspects CPU, memory, and network usage across pods, nodes, and namespaces to track infrastructure health.
  • Infrastructure Health Monitors - Displays resource usage and CPU flame graphs per pod, node, or namespace for infrastructure monitoring.
  • Go Binary Tracing - Injects probes into running Go binaries to capture function arguments, return values, and latency without recompilation.
  • Dynamic Log Injections - Injects probes into running Go binaries to capture function arguments, return values, and latency without recompilation.
  • Pod Health Dashboards - Provides live per-pod dashboards with latency, error rate, throughput, and resource utilization.
  • Service Mesh Performance Monitors - Traces supported protocols to show traffic flow, latency per endpoint, and slowest requests between services.
  • Kubernetes Telemetry Collectors - Uses eBPF to automatically capture full-body requests, resource metrics, and network data from Kubernetes clusters.
  • Network Flow Visualizations - Displays a live graph of all network connections between pods and external endpoints within a cluster.
  • Telemetry Semantic Querying - Queries telemetry data using a semantic type system that guides retrieval and visualization with appropriate units.
  • Application Performance Profiling - Continuously profiles running application code to identify CPU performance bottlenecks without code changes.
  • Kubernetes Application Profilers - Continuously samples stack traces from compiled-language code to identify CPU bottlenecks in Kubernetes applications.
  • Request Tracing - Traces full-body HTTP requests flowing between microservices to debug communication issues in Kubernetes.
  • Scriptable Telemetry Query Engines - Runs Pythonic scripts against live cluster telemetry data for ad-hoc debugging and visualization.
  • Aggregated Stack Sample Analysis - Samples stack traces on each CPU and aggregates them into flamegraphs to identify performance hotspots.
  • Network Traffic Monitors - Captures flow of network and DNS requests, including full-body payloads and TCP drop maps across the cluster.
  • Full-Body Request Tracings - Captures complete request and response payloads for supported protocols to debug inter-service communication.
  • Query Normalization - Groups similar SQL queries by replacing constants with placeholders to analyze performance per query pattern.
  • Multi-Language - Profiles Go, C/C++, and Rust applications running in Kubernetes with advanced code profiling.
  • Color-Coded - Uses bar colors in flamegraphs to distinguish kernel code, user-space code, and Kubernetes metadata.
  • Ad-Hoc Telemetry Editors - Opens a temporary editor to write, run, and test one-off telemetry queries without saving them.
  • Observability Playbooks - Creates reusable scripts that query and visualize telemetry data for tailored debugging workflows.
  • bpftrace Script Deployments - Runs bpftrace scripts on all cluster nodes and makes the output queryable and visualizable in the UI.
  • Interactive Output Pickers - Displays script results in a live, interactive terminal interface that supports sorting and navigation.
  • Traffic Analyzers - Traces full-body HTTP, database, and DNS requests between microservices to diagnose communication issues.
  • Kubernetes Resource Inspectors - Lists namespaces, pods, and services with their resource consumption and application metrics across the cluster.
  • Distributed eBPF Program Deployments - Runs custom bpftrace programs across all cluster nodes and collects their output into queryable tables.
  • Resource Navigation Panels - Opens context-specific scripts for any pod, node, service, or namespace by clicking on its name in the UI.
  • Resource Viewers - Lists namespaces, pods, and services with their resource consumption, application metrics, and service maps.
  • Managed Cloud Services - Offers hosted installation options through partner cloud platforms for simplified setup.
  • Self-Hosted Deployments - Deploys both the in-cluster data plane and cloud control plane on user-owned infrastructure for data sovereignty.
  • Hybrid Cloud Deployments - Installs the in-cluster component while relying on a managed cloud service for the control plane.
  • Self-Hosted Instances - Guides deploying the observability platform on user-owned infrastructure for full control.
  • Flamegraph Navigation Views - Supports scrolling to zoom, dragging to pan, and centering on stack frames to drill into performance hotspots.
  • Request Payloads - Displays full request and response bodies in JSON format for detailed inspection of HTTP traffic.
  • Kubernetes - Captures and visualizes network connections, DNS requests, and TCP drops between pods and external endpoints.
  • TCP Packet Drop Analysis - Deploys eBPF tracepoints to collect and visualize TCP drops and retransmits between pod pairs.
  • Custom bpftrace Program Deployments - Deploys arbitrary bpftrace programs across a cluster and collects their output into queryable tables.
  • bpftrace Kernel Version Constraints - Ships a distributed bpftrace deployment system that respects per-node kernel version constraints.
  • CLI Script Execution - Executes a user-written script from a local file using the command line.
  • Struct Method Probes - Probes Go struct methods by formatting probe paths with package path and receiver type name.
  • Semantic Types - Guides data retrieval and visualization by annotating telemetry values with units and display rules for automatic formatting.
  • Telemetry Semantic Type Visualizations - Displays telemetry values with appropriate labels and units based on semantic type annotations.
  • End-to-End Encryption - Encrypts all telemetry data transmitted between the cluster and the API client to protect sensitive information in transit.
  • Database Request Body Inspections - Captures and displays complete request and response payloads for database traffic flowing through the cluster.
  • Encrypted Traffic Decoders - Decodes traffic secured by libraries such as OpenSSL and Go TLS when debug information is available.
  • HTTP Error Rate Monitors - Displays HTTP error rate per service over time to identify which services are experiencing failures.
  • Kubernetes Resource Metric Collectors - Automatically gathers CPU, memory, and I/O usage for every pod without manual instrumentation.
  • Database Query Profiling - Traces database protocols to expose latency, error, and throughput rates per pod and per normalized query.
  • Database Request Health Monitors - Tracks latency, error, and throughput rates for database requests across pods to identify performance issues.
  • Kubernetes - Reports resource usage and CPU flame graphs per pod, node, and namespace for Kubernetes clusters.
  • DNS Query Monitoring - Shows graphs and tables of DNS queries across the cluster with latency and throughput statistics.
  • Tracepoint Deployment Status Dashboards - Reports the status of all running tracepoints to help debug why a probe fails to deploy.
  • bpftrace Script Libraries - Ships a library of ready-to-use bpftrace scripts for common kernel tracing tasks.
  • Kubernetes Node Resource Monitors - Displays CPU, memory, and network traffic for all cluster nodes with clickable deep links to per-node views.
  • Service Latency Percentile Displays - Displays latency percentiles per service in sortable tables with box-and-whisker plots.
  • Dynamic Binary Instrumentation - Injects probes into running Go binaries to capture function arguments, return values, and latency without recompilation.
  • Application Layer Protocol Dissectors - Automatically captures full-body messages for a wide range of application protocols using eBPF without code changes.
  • Edge Anomaly Detection - Applies anomaly detection models directly on cluster nodes to analyze unsampled telemetry data in real time.
  • OpenTelemetry Exporters - Exports telemetry data in OpenTelemetry format for consumption by external observability tools.
  • Pod Resource Monitors - Shows per-pod CPU, memory, HTTP metrics, and a CPU flamegraph for identifying performance bottlenecks.
  • Custom Telemetry Query Scripts - Creates a new script that queries cluster telemetry data and pairs it with a visualization spec to build a custom live view.
  • Endpoint Performance Groupings - Groups HTTP requests by logical endpoint, substituting URL parameters with wildcards, and shows latency per endpoint.
  • Pod-Level Error Inspections - Views HTTP error rate and resource metrics for individual pods to isolate the source of service errors.
  • Observability and Profiling - Kubernetes observability platform using eBPF.
  • Observability and Monitoring - Instant observability for Kubernetes applications.
6,467 stars·503 forks·C++·Apache-2.0·43 views

Star history

Star history chart for pixie-io/pixieStar history chart for pixie-io/pixie

How this analysis was created: This summary and feature list are AI-generated from collected project material and can contain mistakes. Stars, license and language are imported from GitHub. Inclusion does not mean that we have tested or audited this project. Check the source documentation for any feature you depend on. Learn more on our About page.

Projects sharing features with Pixie

These projects share indexed features with Pixie. Shared tags can include platform or build tooling; verify the primary use case before treating a result as a replacement.
  • uptrace/uptraceuptrace avatar

    uptrace/uptrace

    4,098View on GitHub↗

    Uptrace is an OpenTelemetry-based observability platform designed to collect, store, and analyze distributed traces, metrics, and logs. It functions as a centralized logging backend, a distributed tracing system, and a metrics engine to monitor application performance and system health. The platform is distinguished by AI-powered operational capabilities, allowing users to query telemetry data and manage monitoring dashboards using natural language. It specifically includes specialized monitoring for generative AI pipelines, tracking token usage and response quality for LLM interactions and r

    Goapmapplication-monitoringclickhouse
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  • deepflowio/deepflowdeepflowio avatar

    deepflowio/deepflow

    4,121View on GitHub↗

    DeepFlow is an eBPF observability platform that provides a suite for continuous profiling, distributed tracing, service dependency mapping, and unified telemetry storage. It functions as a monitoring system that collects metrics, traces, and profiles without requiring manual application instrumentation or modifications to source code. The platform distinguishes itself through the use of protocol-aware packet parsing to reconstruct request chains and automated service dependency mapping to visualize interactions between applications and infrastructure. It utilizes a telemetry data store design

    Go
    View on GitHub↗4,121
  • eunomia-bpf/bpf-developer-tutorialeunomia-bpf avatar

    eunomia-bpf/bpf-developer-tutorial

    4,145View on GitHub↗

    This project is an educational resource providing a comprehensive development tutorial for writing and loading eBPF programs using C, Go, and Rust within the Linux kernel. It serves as a technical guide for developing custom logic to execute directly in the kernel. The materials cover specialized domains including kernel observability and tracing, security implementation for intrusion detection, and high-performance network engineering for packet filtering and load balancing. It also includes dedicated manuals for Linux kernel tracing and the use of kprobes, uprobes, and tracepoints. The pro

    Cbpfebpfexamples
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  • cilium/hubblecilium avatar

    cilium/hubble

    4,211View on GitHub↗

    Hubble is an eBPF-based Kubernetes observability platform designed for network monitoring, security auditing, and flow inspection. It provides deep visibility into containerized traffic and cluster security by utilizing kernel-level hooks to collect network events. The system features a service map for visualizing communication patterns and dependencies between microservices and external endpoints. It incorporates identity-based flow labeling to track network traffic using Kubernetes labels rather than volatile IP addresses. The platform covers a broad range of monitoring capabilities, inclu

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Compare all 30 related projects→

Frequently asked questions

What does pixie-io/pixie do?

Pixie is an open-source observability platform for Kubernetes that uses eBPF to automatically capture telemetry data from clusters without requiring any manual instrumentation or code changes. It functions as an eBPF telemetry collector, a continuous application profiler, a network traffic analyzer, and a scriptable telemetry query engine, all within a single Kubernetes-native tool.

What are the main features of pixie-io/pixie?

The main features of pixie-io/pixie are: eBPF-Based Tracing, Kubernetes, eBPF-Based Collection, Telemetry Query Engines, Telemetry Dataframe Querying, Immutable Transformation Pipelines, Service Performance Drill-Downs, Telemetry Query Languages.

Which projects share features with pixie-io/pixie?

Projects with overlapping indexed features include: uptrace/uptrace — Uptrace is an OpenTelemetry-based observability platform designed to collect, store, and analyze distributed traces,… deepflowio/deepflow — DeepFlow is an eBPF observability platform that provides a suite for continuous profiling, distributed tracing,… eunomia-bpf/bpf-developer-tutorial — This project is an educational resource providing a comprehensive development tutorial for writing and loading eBPF… cilium/hubble — Hubble is an eBPF-based Kubernetes observability platform designed for network monitoring, security auditing, and flow… coroot/coroot — Coroot is an observability platform and Kubernetes performance monitor that utilizes eBPF to automatically collect… miniprofiler/rack-mini-profiler — This project is a performance analysis tool for Ruby applications using the Rack interface. It monitors request…