chaosd
chaosd: A focused toolkit for injecting and recovering low-level Linux host and network faults. Ranked #20 of 25 in Chaos Engineering Platforms by our editors (7.2/10); pricing: Free plan; best for low-level Linux host and network faults.
At a glance
- Editor score7.2 / 10
- PricingFree plan
- Best forLow-level Linux host and network faults
- Free planYes
- Paid fromFree
- Kubernetes supportNo
- Facts checked20 Sep 2026
Where it wins
- Covers process, network, CPU, memory, disk, DNS, port, and shutdown faults
- Supports command-line and background service modes
- Searches experiments and recovers them by UID
Where it doesn't
- Does not support Kubernetes experiments
- Does not inject failures in cloud environments
- Has no built-in experiment scheduling or integrations
Our verdict on chaosd
chaosd is an open-source chaos engineering toolkit from Chaos Mesh for physical and virtual machines. It is designed for teams that need to inject and recover low-level Linux host and network failures without deploying the Kubernetes-focused Chaos Mesh platform. The tool runs through a command-line interface or as a background service, and it is distributed as source code or Linux binaries for self-hosted environments.
Its strongest area is fault coverage on individual machines and their surrounding network paths. Experiments can terminate or stop processes, add network latency, loss, corruption, duplication, and partitioning, and apply CPU or memory stress. Disk operations include read and write load plus disk filling, while host shutdown, DNS faults, port occupation, and bandwidth limits extend coverage beyond basic process failure. Experiment search and recovery by UID also provide a direct way to locate and recover injected faults. The published capabilities include blast-radius controls, although the available product details do not describe their specific operation.
The trade-off is a narrow deployment focus. chaosd targets physical or virtual machines and does not provide Kubernetes support or cloud failure injection. It also does not include experiment scheduling or integrations, so teams looking for coordinated, scheduled, or ecosystem-connected workflows should consider a broader platform. Choose chaosd when Linux host-level and network fault injection is the priority, particularly in a self-hosted setup. Choose an alternative when Kubernetes environments, cloud-provider failure scenarios, scheduled experiments, or integrations are central requirements.
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chaosd pricing
chaosd fact sheet
| Free plan | Yes |
|---|---|
| Paid from | Free |
| Kubernetes support | No |
| Cloud fault injection | No |
| Network fault injection | Yes |
| Experiment scheduling | No |
| Deployment model | Self_hosted |
| Blast-radius controls | Yes |
| Deployment | Self-hosted |
| Platforms | Linux |
| Support | Docs, Community |
| Built for | Small business, Mid-market, Enterprise (editorial estimate) |
| Pricing | Free plan |
| Website | github.com |
| Facts checked | 20 Sep 2026 |
Alternatives to chaosd
- Chaos ToolkitBroad, low-cost multi-cloud chaos testing with declarative experiments and safeguards.9.3
- Chaos MeshA broad, self-hosted toolkit for controlled Kubernetes fault injection.9.1
- Harness Chaos EngineeringA free hybrid-cloud option with strong experiment controls and broad infrastructure coverage.9.0
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Reviewed by iTechGuides Editors · Editorial team · Updated Oct 2026
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