Website Design in Acorn, AR

Environment configuration belongs in environment variables, never hard-coded or committed to the repository. We keep separate configuration per environment - development, staging, production - and inject values at build or runtime so one codebase produces different behavior without code changes. Secrets like API keys and database credentials load from the host's secret store or CI variables, keeping them out of version control and out of the client bundle. Public values such as analytics IDs or feature flags can ship to the browser, while private ones stay server-side. This separation means promoting a build to production is a configuration swap, not a rewrite, and prevents test credentials from leaking into a live site.

Content and code follow separate pipelines, so a code deploy never overwrites live content. The CMS database stays the source of truth for text and images, while deploys touch templates and logic only. To move content between environments we use one-directional sync or the CMS's export/import with explicit reconciliation, promoting staging content to production deliberately rather than mirroring everything blindly. Records carry stable IDs so a sync updates matching entries instead of duplicating them, and we snapshot production before any import. Draft and published states remain distinct, letting editors preview on staging while production keeps serving the last approved version until changes are intentionally pushed live.

A bundle-size budget enforced directly in the build. We set a hard byte ceiling per entry point - commonly around 150 to 200KB compressed for initial JavaScript - and the CI pipeline fails the build if a change pushes past it. Tools like size-limit, bundlesize, or a bundler's built-in performance hints measure gzipped or brotli output on every pull request, so regressions surface before merge rather than in production. Code-splitting with dynamic imports keeps rarely-used features out of the initial payload, tree-shaking drops dead code, and we audit dependencies for lighter alternatives. Less JavaScript means faster parsing, lower INP, and quicker interactivity on mid-range phones.

Yes - line length and line height are the two levers. Optimal measure runs roughly 50 to 75 characters per line, which we control with a max-width set in ch units on text containers rather than letting paragraphs stretch across the full viewport. Lines that run too long make the eye lose its place on the return sweep, while lines too short break the reading rhythm. A line height near 1.5 for body copy gives the vertical spacing WCAG recommends, tightening to about 1.1 to 1.3 for large headings. We pair these with a base font size of at least 16px so text stays legible without pinch-zooming on any device.

It looks identical to sighted users and completely different to everything else. Semantic elements - header, nav, main, article, section, footer, button - carry meaning that screen readers, search crawlers, and reader modes rely on to navigate a page. A screen-reader user can jump between landmarks and headings, where div soup gives them nothing to target. Native elements also bring behavior for free: a real button is keyboard-focusable and responds to Enter and Space, while a clickable div must fake all of that with ARIA and JavaScript. Semantic markup moves a site toward WCAG 2.1 AA, feeds richer context to search engines, and yields cleaner, smaller HTML.

That hero image is almost always the Largest Contentful Paint element, so we prioritize it explicitly. Adding fetchpriority="high" to the img tells the browser to fetch it ahead of lower-priority resources instead of discovering it mid-parse, and we never lazy-load it - applying loading="lazy" to the LCP image is a common and costly mistake. We also preload it with a link rel="preload" carrying imagesrcset, serve it as WebP or AVIF at the exact rendered dimensions through srcset and sizes, and keep render-blocking work above it to a minimum. Together these routinely pull LCP under the 2.5-second Core Web Vitals threshold, even on slower mobile connections.