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tastyeffectco/sandboxd
Self-hosted dev sandboxes with preview URLs. One command. No Kubernetes, perfect for coding agents and Saas factories
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Self-hosted dev sandboxes with preview URLs. One command. No Kubernetes, perfect for coding agents and Saas factories
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Deep-Dive FAQs
What is tastyeffectco/sandboxd?
tastyeffectco/sandboxd is a digital product or tool described as: Self-hosted dev sandboxes with preview URLs. One command. No Kubernetes, perfect for coding agents and Saas factories
Where did tastyeffectco/sandboxd originate?
Data for tastyeffectco/sandboxd was aggregated directly from the GitHub Open Source community ecosystem, representing raw developer and early-adopter sentiment.
When was tastyeffectco/sandboxd publicly launched?
The initial public indexing or launch date for tastyeffectco/sandboxd within our tracked developer communities was recorded on June 3, 2026.
How popular is tastyeffectco/sandboxd?
tastyeffectco/sandboxd has achieved measurable traction, logging over 648 traction score and facilitating 28 recorded discussions or engagements.
Which technical categories define tastyeffectco/sandboxd?
Based on metadata extraction, tastyeffectco/sandboxd is categorized under topics such as: ai, ai-agent, dev-environment, docker.
Are there active development issues for tastyeffectco/sandboxd?
Yes, we are currently tracking open architectural debates and bug reports for this project on GitHub. There are currently 5 active high-priority issues logged recently.
What are some commercial alternatives to tastyeffectco/sandboxd?
Our semantic intelligence engine identifies potential commercial alternatives in the SaaS space, such as ClawMetry for NVIDIA NemoClaw, which offers overlapping value propositions.
How does the creator describe tastyeffectco/sandboxd?
The original author or development team describes the product as follows: "Self-hosted dev sandboxes with preview URLs. One command. No Kubernetes, perfect for coding agents and Saas factories"
Active Developer Issues (GitHub)
Logged: Jun 8, 2026
Logged: Jun 6, 2026
Logged: Jun 6, 2026
Logged: Jun 6, 2026
Logged: Jun 6, 2026
Community Voice & Feedback
Thanks @Arvuno — this is a thoughtful and well-scoped proposal.
One small but important distinction: `--storage-opt size=` limits Docker’s writable layer, not the persistent workspace mounted at `/home/sandbox`. In sandboxd, most disk growth happens in that workspace (`node_modules`, caches, builds, generated files), and the rootfs is read-only, so I don’t want to call this a “workspace quota” or close #7 with it.
That said, I’d be happy to take this as a narrower hardening PR if we name/document it as **container writable layer quota**.
Suggested scope:
- add `StorageOpt []string` to `RunSpec`
- add an opt-in env knob for container writable layer size
- keep it off by default
- warn when unsupported
- document that it does not limit `/home/sandbox`
We’ll keep #7 open for the real workspace quota work, likely at the workspace/storage layer. Feel free to open the PR in this narrower scope.
One small but important distinction: `--storage-opt size=` limits Docker’s writable layer, not the persistent workspace mounted at `/home/sandbox`. In sandboxd, most disk growth happens in that workspace (`node_modules`, caches, builds, generated files), and the rootfs is read-only, so I don’t want to call this a “workspace quota” or close #7 with it.
That said, I’d be happy to take this as a narrower hardening PR if we name/document it as **container writable layer quota**.
Suggested scope:
- add `StorageOpt []string` to `RunSpec`
- add an opt-in env knob for container writable layer size
- keep it off by default
- warn when unsupported
- document that it does not limit `/home/sandbox`
We’ll keep #7 open for the real workspace quota work, likely at the workspace/storage layer. Feel free to open the PR in this narrower scope.
Hi — looking at this for an upcoming PR. Plan: add a `StorageOpt []string` field to `internal/docker.RunSpec`, gate it on a new `SANDBOXD_WORKSPACE_QUOTA_BYTES` env knob (off by default, matching the v1 trade-off documented in `ARCHITECTURE.md`), and emit a warning at install time on storage drivers that don't honour `--storage-opt size=` (vfs).
Approach mirrors the existing `Ulimits` / `Tmpfs` pattern in `docker.RunSpec`, so it stays consistent with the "no magic defaults" rule in `main.go`.
Two questions before I open the PR:
1. Is `overlay2`-first acceptable as the supported driver, with `devicemapper` / `btrfs` as best-effort? Or do you want a host-fs quota (XFS project quotas, `prjquota`) instead?
2. Should the install-time check hard-fail when the driver is unsupported, or warn-and-continue (matching the "runs anywhere, one command" principle)?
Happy to scope the PR to whichever you prefer.
Approach mirrors the existing `Ulimits` / `Tmpfs` pattern in `docker.RunSpec`, so it stays consistent with the "no magic defaults" rule in `main.go`.
Two questions before I open the PR:
1. Is `overlay2`-first acceptable as the supported driver, with `devicemapper` / `btrfs` as best-effort? Or do you want a host-fs quota (XFS project quotas, `prjquota`) instead?
2. Should the install-time check hard-fail when the driver is unsupported, or warn-and-continue (matching the "runs anywhere, one command" principle)?
Happy to scope the PR to whichever you prefer.
Discovery Source
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