Comparison

LitmusChaos vs Toxiproxy

On the evidence we track, Toxiproxy leads this comparison with a composite score of 53/100. Scores are only directly comparable because these tools share a category; the full breakdown and every source is below.

Machine formatsJSONMarkdownGraphQLor send Accept: application/json
LitmusChaos48
Toxiproxy53
Score
Vioscale score
LitmusChaos48 / 100medium · 61%
Toxiproxy53 / 100high · 80%
Pricing
Free tier
LitmusChaos
Toxiproxy
Model
LitmusChaoscommercial
Toxiproxycommercial
Price level
LitmusChaosfree
Toxiproxyfree
Transparent
LitmusChaos
Toxiproxy
Integrations
Count
LitmusChaos4
Toxiproxy1
Adoption
Dependent repos
LitmusChaos4
Toxiproxy33,999
Github stars
LitmusChaos5,602
Toxiproxy12,285
Activity
Commits last 30d
LitmusChaos11
Toxiproxy2
Release
Cadence days
LitmusChaos30
Toxiproxy66
History
LitmusChaos20 items
Toxiproxy20 items
License
Spdx
LitmusChaosApache-2.0
ToxiproxyMIT
Language
Primary
LitmusChaosGo
ToxiproxyGo
Market
Availability

Capabilities

Feature-by-feature on the axes that matter for chaos engineering. “-” means undocumented, not absent.

Capabilities
Fault injection scope
LitmusChaos-
Toxiproxy-
Blast radius control
LitmusChaos-
Toxiproxy-
Automated abort safety
LitmusChaos-
Toxiproxy-
Kubernetes native
LitmusChaos-
Toxiproxy-
Scheduling gameday orchestration
LitmusChaos-
Toxiproxy-
Observability integration
LitmusChaos-
Toxiproxy-
Experiment as code
LitmusChaos-
Toxiproxy-
Agent based
LitmusChaos-
Toxiproxy-
RBAC access control
LitmusChaos-
Toxiproxy-
Deployment model
LitmusChaos-
Toxiproxy-
SOC2
LitmusChaos-
Toxiproxy-
Open source
LitmusChaos-
Toxiproxy-
Pricing model
LitmusChaos-
Toxiproxy-

What each one is

The product in its own terms, so the numbers below have context.

LitmusChaos

A CNCF-hosted, cloud-native platform that enables teams to practice chaos engineering by running controlled experiments on their infrastructure and applications to discover vulnerabilities and improve resilience.

Independently observed

Toxiproxy

Leader

A Go-based TCP proxy tool designed for testing and CI environments that injects controlled network failures, latency, and corruption to verify applications handle degraded connectivity gracefully. Enables developers to simulate chaos deterministically or with randomization during testing.

Independently observed

Pricing

List pricing as published by each vendor, with the date we read it. Always verify at the source before you buy.

LitmusChaos

Open source

Open source (no licensing cost)

as of verify ↗

Toxiproxy

Leader
Open sourceFree tier
as of verify ↗

Platform & deployment

Where each product runs and how it can be hosted. A dash means undocumented, not unsupported.

Platforms
Web
LitmusChaos
Toxiproxy
macOS
LitmusChaos
Toxiproxy
Windows
LitmusChaos
Toxiproxy
Linux
LitmusChaos
Toxiproxy
CLI
LitmusChaos
Toxiproxy
Deployment
Cloud / SaaS
LitmusChaos
Toxiproxy
Self-hosted
LitmusChaos
Toxiproxy
On-premise
LitmusChaos
Toxiproxy
Hybrid
LitmusChaos
Toxiproxy

Integrations

What each product connects to. Counts come from the vendor's own integration directory where one exists.

LitmusChaos

4 total
  • Kubernetes
  • GCP
  • Prometheus
  • GitHub
Independently observed

Toxiproxy

Leader
1 total
  • Ruby
Independently observed

Comparison generated from independently-sourced facts. Every value links to its source and retrieval date. See the method.