Vue monitoring blocks.

The 100 monitoring blocks are dashboard sections for system health: uptime, latency, error rates, alerts, logs, incidents, queues, costs and model usage. They draw charts, tables and status grids from typed data, so you get the views without a chart library.

There are 17 groups: Latency, Traffic and errors, Page experience, Uptime and checks, Hosts and containers, Databases and storage, and more. They cover infrastructure, application and business views, from hosts and databases to deploys, feature flags and AI usage.

API Latency Monitoring draws p50, p95 and p99 lines with an alert line and endpoint table. Error Rate Against Traffic Monitoring pairs the 5xx rate with request volume. Public Status Page Monitoring shows twelve weeks of uptime per region. Alert Rules Monitoring backtests how long a breach must hold. Incident Timeline Monitoring merges alerts, deploys and updates on one clock.

A comment describes the view, then typed constants hold the series, rows and thresholds. Some series are generated from a small seeded function, so they are repeatable, not random. Charts are drawn as SVG and CSS from those numbers. Nothing is measured or fetched.

Replace the module-level constants with props or state loaded from your metrics API, in the same shape: an array of numbers per series and a list of rows for the table. The drawing, the alert-line spans and the headline sentence are worked out from the data, so they follow the numbers.

Fetch in a server component or with a data hook, keep the result in state and refresh it on an interval or with a stream you already have. Log Stream Tail Monitoring shows the pattern: lines arrive over time into a list that follows the end, with Pause and a new lines button when the reader scrolls up.

Change the threshold constant (such as the 500 ms line in API Latency Monitoring or the 1.0% line in Error Rate Against Traffic Monitoring) and the hatched spans, the count in the header and the sentence update. Alert Rules Monitoring has an editable hold time and shows how many times the rule would have fired.

Status is never carried by colour alone: the blocks use marks and weights, such as a tick, a triangle for slow and a cross for failed, plus words. Cells in the matrix grids are one tab stop with arrow keys, Home and End. Keep the marks when you add your own states.

They are drawn as SVG and CSS from the data, with no chart dependency, and a hidden range input acts as the cursor so the plot can be read by keyboard. To use Recharts or another library, keep the table beside the chart and feed both from the same array.

This page lists 100 of the category's 100 monitoring blocks for Vue. The category comes in React (Base UI, React Aria, Ark UI and Radix UI), Vue, Svelte and Solid; the framework and UI library pickers at the top of any block's page switch between them.

The Vue monitoring blocks are the React ones ported to Vue, on Ark UI's Vue primitives. They keep the layout, the copy and the theme tokens, and install with shadcn-vue (/r/vue/monitoring-ab-test-performance.json).

Each block is TypeScript and Tailwind CSS v4, styled with your theme's tokens. Vue needs vue @ark-ui/vue lucide-vue-next installed once, and the CLI fetches the components a block imports.

Open a block and copy its command: `shadcn-vue@latest add` with the block's registry URL, such as /r/vue/monitoring-ab-test-performance.json for A/B Test Guardrail Monitoring. Run the project setup once first, and the code is yours to edit.

The block's file and the components it imports, installed before it, each as its own registry item. Nothing else changes in your project.

Use the filters above the grid: 17 kinds of monitoring block, led by latency (9), ai and models (9), traffic and errors (8) and page experience (8), and sort by popular or name. A good first look: A/B Test Guardrail Monitoring, Access Control Changes Monitoring and Active Connections Age Monitoring. Each card opens the block's live page.

Every block draws the same page column and side rails with a top rule only (the Guides component), so a monitoring block lines up with the one above and below it. Stack one per section and the rails read as a single drawing; pick across the latency and traffic, health and uptime and alerts and incidents kinds.

Open its page and use the full-screen viewer (/view/monitoring/vue/ab-test-performance) or the device-width previews. Every preview is free for everyone; only the code needs Pro.

Each monitoring block uses semantic HTML: one heading level, real lists and labelled controls. Interactive parts sit on Ark UI, a headless library that follows the WAI-ARIA patterns, and the layouts use logical properties so they hold in right-to-left languages.

Yes. They use semantic tokens only (bg-card, text-muted-foreground), never palette colors, so they follow your preset, radius and dark mode. The primary color marks one action per block and is never a background.

No animation library: the monitoring blocks' motion is CSS (transitions, entrance animations and SVG), and it stands still under prefers-reduced-motion.

The previews are free for everyone. The code of all 100 monitoring blocks is Pro, as is every block: Pro unlocks the code, the install command and the MCP.

Only with a Team or Organization license: client work, SaaS products and anything your users pay for. The Individual license is for personal, non-commercial projects. See the license page for the full terms.

You keep using what you installed in your existing projects, but get no new downloads or updates, and the MCP stops answering. A Lifetime license includes all future updates.

No. You can use them in your own End Products, but not redistribute the code or designs on their own, or in a UI library, kit, template or website builder.

With Pro, yes: the MCP server (22 tools, one personal URL from /dashboard/mcp) lets your agent search_blocks for a monitoring block, read it with get_block and install it on your Vue stack.

Pass `category: "monitoring"` to search_blocks to search only the 100 monitoring blocks, or to list_blocks for the 17 groups with their blocks. get_block then returns one with its install command.

plan_page plans a page as a stack of blocks for a brief. Pass `sections` with category ids, such as ["hero", "monitoring", "footer"], to force the order; each section gets a pick and two alternatives, and get_block installs the stack.