DXOS
Official@dxos
The Decentralized Operating System
Agent Skills by DXOS
Showing 37 vetted skills indexed across 2 GitHub repositories.
dxostask-planning
Maintains durable TASKS.md ledgers and a project registry for multi-session work tracking.
dxosland
Automates fixing CI failures and merging an existing GitHub pull request.
dxossubduction-policy
Reference for configuring SubductionPolicy authorization hooks controlling peer replication access.
dxostracing
Documents the @dxos/tracing API for spans, resources, metrics, and diagnostics.
dxoshosting-artifacts
Upload demo videos, screenshots, and log bundles to a public R2 bucket for PR linking.
dxoscomposer-debug
Evaluate expressions and invoke operations in a live Composer app via the loopback debug port.
dxoscomposite-components
Guides authoring of Radix-style namespaced composite React components in DXOS UI packages.
dxosdebugging-ui
Diagnose UI rendering, layout, and interaction bugs in Composer plugins and React components.
dxosagent-eval-tests
Write and debug evalite-scored agent evals with deterministic assertions and LLM-judge scorers.
dxoscontext-propagation
Enforces ctx parameter propagation rules for connected OpenTelemetry trace hierarchies in DXOS code.
dxosagentic-review
Reviews code against rule blocks in .mdl files using parallel LLM subagents.
dxosproto
Install, pin, and manage multi-language tool versions using proto and .prototools configuration.
dxostest-perf-leaks
CPU-profile and leak-detect existing vitest suites via env-gated instrumentation.
dxosregenerate-model-fixture
Regenerates cached LLM conversation fixtures for model-fixture vitest suites.
dxosmoon
Configure and orchestrate moonrepo monorepo workspaces, tasks, toolchains, and CI pipelines.
dxosdebugging
Instrument code with @dxos/log debug lines and query captured NDJSON log sinks.
dxoseffect
Guides writing and migrating Effect TypeScript code against the pinned node_modules source.
dxoscloud-sandbox
Diagnose and work around tooling, network, and environment constraints in Claude Code cloud sandbox sessions.
dxosrunning-qa-flows
Executes written QA flow specs against a running Composer app via the agent debug port.
dxostrunk-quarantine
Investigate failing CI runs and quarantine flaky tests using Trunk's CI Autopilot MCP server.
dxosreactivity
Enforces correct reactive state placement and subscription patterns across React, atoms, and ECHO objects.
dxossubmit-pr
Creates and submits a pull request from the current branch with formatting, testing, and CI monitoring.
dxosdxos-skills
Create and integrate AI skill definitions within DXOS plugins using operation handlers.
dxosbrowser-e2e-tests
Author Playwright end-to-end tests for the Composer app using data-testid selectors and page objects.
Frequently Asked Questions About DXOS
FAQPage SchemaWhat specific tasks does the DXOS framework enable for developers?ā¼
DXOS enables the creation of local-first applications by managing typed object graphs and distributed state. It facilitates the development of modular plugin architectures, standardized code formatting via Oxfmt, and the orchestration of type-safe operations using lazy-loading handlers within a decentralized runtime environment.
Which technical personas benefit most from integrating DXOS?ā¼
Full-stack engineers and distributed systems architects benefit from DXOS. It is designed for developers building collaborative, offline-capable applications who require strict type safety, modular plugin extensibility, and a robust local-first database layer to manage complex application state without centralized server dependencies.
What are the primary dependencies for implementing DXOS in a project?ā¼
Implementation requires a TypeScript environment and familiarity with the Effect ecosystem for service and layer composition. Projects must integrate the DXOS object graph primitives, adhere to the repository-specific code style conventions, and utilize the provided design-system shells for building plugin interfaces.