No, not directly. The README treats React 19 as a hard integration prerequisite rather than an optional recommendation.

• Astryx requires React 19 or later.
• @astryxdesign/core declares react and react-dom as peer dependencies, so React 18 does not satisfy the documented installation contract.
• Tables, form workflows, and navigation are covered by Astryx Patterns, but using only a small subset of components does not remove the React version boundary.
• The project is currently in Beta, and the README provides no React 18 compatibility package, downgrade adapter, or official migration path.

Therefore, limiting adoption to a few components is not a documented compatibility route. Whether the application can move to React 19 must be evaluated against its exact Next.js, build-tool, third-party component, and application dependencies; those migration impacts are not specified in the README.

No. These chart packages should not be treated as stable production infrastructure because the README explicitly states that they are available only through the canary channel and have no stable release.

• @astryxdesign/vega is the Vega/Vega-Lite chart wrapper, while @astryxdesign/charts provides chart components.
• Both are published only under the @canary dist-tag, and the README says, “there is no stable release yet.”
• The project as a whole is also in Beta, so the experimental chart capabilities should not be equated with the stability of the core and theme packages.
• The README separates experimental @astryxdesign/lab from published packages, showing that the project intentionally maintains a stability boundary.

If the requirement is limited to Astryx core UI, table pages, and data-entry workflows, core and stable themes may still be relevant while charts are sourced separately. The provided materials do not define canary API guarantees, upgrade policy, performance metrics, or production support scope.

Yes, Astryx fits this setup because its internal styling technology is separated from the consumer-facing integration, and the README explicitly covers React 19+, Next.js, and Tailwind.

• React 19 or later is required, with react and react-dom declared as peer dependencies of core.
• Astryx is authored with StyleX, but consumers can use className with Tailwind, CSS Modules, or plain CSS.
• The normal integration uses prebuilt CSS, a theme package, and typed React components; no build plugin, PostCSS, or Babel configuration is required.
• The README lists Next.js, Tailwind, Vite, and CDN usage in the full Quick Start guide.

The remaining qualification is that Astryx is still in Beta. The README does not provide a compatibility matrix for your exact Next.js or Tailwind versions, nor does it specify how every existing CSS specificity and loading-order conflict will behave.

Yes. Astryx’s theming model is specifically designed for brand-level overrides and dark mode without requiring copied component source.

• The README explicitly lists brand-level theming and dark mode as shipped capabilities.
• A theme is defined as a set of CSS custom property overrides, which is suitable for centrally replacing visual tokens such as colors and spacing.
• Seven ready-made themes are provided: neutral, butter, chocolate, matcha, stone, gothic, and y2k.
• The “Customize without wrapping” principle says designers can change the visual identity without forking or wrapping component source.

The main README does not fully enumerate token names, coverage, the dark-mode switching API, or all CSS precedence rules. If the brand requirements exceed the exposed token system, className overrides or swizzling may still be necessary, and that would change the team’s maintenance responsibility.

Yes. Astryx treats its API, documentation, and CLI as one development entry point for both people and AI, and the README provides a project-local invocation pattern.

• The project emphasizes shared tooling, APIs, naming, prop, and composition conventions for people and agents.
• The CLI covers component documentation, component lists, templates, scaffolding, themes, and codemods, making it a common discovery and migration interface.
• The README recommends adding the local CLI to package.json to avoid path errors when AI assistants or new developers invoke it directly.
• Running the CLI from node_modules uses the project’s installed version, which is easier to keep consistent than relying only on a global installation.

However, the README does not define a CI version-locking policy, compatibility guarantees between CLI versions, or measured accuracy for AI-generated code. “Agent ready” is a design goal, not a quantified outcome guarantee.

It depends. When the requirement genuinely changes internal component behavior, swizzling provides a direct way to take ownership of the source. However, it also transfers upstream upgrades, accessibility fixes, and ongoing maintenance to your team.

• Astryx components support open composition, with building blocks exported directly instead of exposing only a closed high-level API.
• The README explicitly says that swizzle ejects a component’s full source into the project so the team can own and maintain it.
• Components have full TypeScript support and are designed with accessibility in mind; after taking ownership, those benefits cannot be assumed to update automatically.
• Astryx follows “guidance over enforcement”; for visual changes or composition, className, theme variables, and deeper composition may be lighter than a source fork.

Therefore, swizzling is reasonable when internal behavior must change, but it is not the default for brand styling or local layout changes. The README does not specify the swizzle command, generated directory, upgrade-diff tooling, or upstream merge workflow.