BlogSyte
A JavaScript-first publishing platform built for reading, not for dashboards
Visit live project- JavaScript
- 95.2%
- Architecture
- SPA
- Deployment
- Vercel
- To publish
- Merge
Overview
BlogSyte is a deployed, component-driven blogging platform — a JavaScript-first application shipped on Vercel with continuous deployment straight from GitHub. The build is deliberately narrow: writing, publishing and reading, with typography and layout carrying the weight that most blog platforms hand to chrome and widgets.
The challenge
Most blogging platforms bury the writing under the platform
The brief was a publishing product a single writer or a small group could actually run — not another CMS to administer. The difficulty in a product like this is restraint. Every feature added to a reading surface competes with the thing people came for, and the features that matter most are almost invisible: line length, heading hierarchy, vertical rhythm, how fast the next article appears.
The second constraint was operational. A publishing platform that needs a deploy ritual stops getting published to within a month.
- Content-first products are judged on typography and reading rhythm long before feature count
- A component-driven JavaScript app has to be structured deliberately or it collapses into one untyped surface
- Publishing has to be low-ceremony or it simply does not happen
- Discovery matters as the archive grows — a flat chronological list stops working after about thirty posts
What we built
A component-driven SPA with a lean styling footprint and zero-config deployment
JavaScript carries the rendering, routing and interaction — 95% of the codebase by volume — with markup and standalone stylesheets kept minimal because styling is co-located with the components that own it. Routes compose from a small set of primitives: a post card, an article layout and a shared application shell. A new content shape is a data change, not a new page.
Navigation is client-side, so moving between the feed and an article is a state change rather than a document load. Deployment runs continuously from the main branch on Vercel, with a preview URL generated for every change — publishing is a merge, and every change is reviewable before it is live.
What we delivered
Reading-first article layout
The article view is tuned around measure, heading hierarchy and vertical rhythm rather than decoration. The interface’s job is to disappear once the reader starts.
Component-composed routes
The feed, the article view and the application shell are assembled from shared primitives, so visual consistency is structural rather than a matter of remembering to match the last page.
Client-side navigation
Route transitions happen without a full document reload, which keeps browsing the archive fast enough that readers actually browse it.
Responsive from the card up
The same components reflow from a multi-column desktop grid to a single readable mobile column — one layout system, not a separate mobile treatment.
Continuous deployment
GitHub to Vercel, with preview deployments per branch and edge delivery in production. Merge to main is the publish action.
Engineering challenges
The problems that took real work to solve. Tap any one to read how.
Problem
A codebase that is 95% JavaScript is exactly the shape that turns into a monolith — page logic, presentation and content structure accumulating in the same modules until every change is a risk.
Solution
A hard separation between page-level composition, reusable UI primitives and the data structures describing content. Adding a post type touches data; adding a layout touches primitives; the two do not meet.
Results
Live
Deployed on Vercel
Continuous deployment from the main branch
95.2%
JavaScript
Component-driven rendering, routing and interaction
Merge
To Publish
Preview URL per branch, production on merge
Mobile-first
Responsive Layout
One component system from desktop grid to single column
Outcomes
- A live, publicly accessible publishing platform with continuous deployment and preview environments on every change.
- A component model where new content shapes are data changes rather than layout rewrites.
- A reading experience where typography and spacing do the work, instead of a feature shelf competing with the article.
- A mapped extension path — tags, categories, search, pagination, author metadata and an editorial dashboard — each additive to the existing component structure rather than a rebuild.
Related work
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