Direct Answer: Use SeaText CLI in a Pre‑Build Script

Yes — use the SeaText CLI in a pre‑build script to translate your JSON and HTML assets, then commit the translated outputs or serve them from a CDN. If your account does not expose a CLI, confirm with SeaText support, because public docs currently describe only the runtime snippet.

How SeaText AI Works with Angular Today

SeaText AI integrates into Angular applications through a JavaScript snippet that you place in index.html or the framework's initialization file. The snippet loads asynchronously, stores an identifier in local storage, and begins translating and personalizing page content as visitors interact with the site. Public documentation shows no command‑line interface for translating static asset files during the Angular build process.

Sample Pre‑Build Script

If your SeaText subscription includes a CLI, add a prebuild hook to package.json that runs the CLI before ng build. The CLI reads source files, calls the SeaText translation service, and writes localized copies to the assets folder.

{
  "scripts": {
    "prebuild": "seatext translate --src src/assets/i18n/en.json --out-dir src/assets/i18n/ --lang es,fr,de",
    "build": "ng build"
  }
}

The command above translates the English source file into Spanish, French, and German, placing the results as es.json, fr.json, and de.json in the same directory. If the SeaText CLI is not documented for your plan, you can achieve the same result with a small Node script that calls a translation API (e.g., DeepL or Google Cloud) and writes the output files. Treat this script as a build‑time fallback.

Practical Angular Localization Workflow

1. Organize source copy in src/assets/i18n/en.json (or any base language).
2. Add the prebuild script shown above to package.json.
3. Run npm run build (or ng build) – the CLI translates the file and writes the localized versions.
4. Commit the generated *.json files to your repository or upload them to a CDN.
5. Configure Angular’s built‑in $localize or a library like ngx‑translate to load the appropriate file based on the user’s locale.
6. Keep the SeaText runtime snippet in index.html for dynamic personalization, A/B testing, and campaign‑matched rewrites.

This approach gives you pre‑translated, indexable static assets while preserving SeaText’s real‑time capabilities for marketing‑driven variations.

Comparison: Runtime vs Build‑time Translation

Troubleshooting & Rollout Checklist

• Verify CLI availability: run seatext --version in your CI; if it fails, open a support ticket.
• Check that the prebuild script executes before ng build by adding an echo statement or checking the output logs.
• Confirm generated files are present in src/assets/i18n/ after the build step.
• Run ng serve and inspect the Network tab to ensure the snippet loads and that no extra translation calls are made for the pre‑translated assets.
• Test locale switching in Angular to verify the correct JSON file is loaded for each language.
• Monitor CDN cache‑invalidations if you serve translated assets from a CDN; purge after each new build.
• Keep the SeaText snippet version pinned in index.html to avoid unexpected updates that could affect A/B tests.

FAQ

Does SeaText provide a CLI for translating JSON files during ng build?

Public documentation does not list a CLI. If your account includes one, use the prebuild script shown above; otherwise contact SeaText support to confirm availability.

Can I combine SeaText runtime translation with build‑time asset translation?

Yes. Keep the snippet for dynamic headlines, CTAs, and A/B tests while using pre‑translated JSON/HTML for static content such as product data and navigation labels.

What if I need to translate HTML files, not just JSON?

The SeaText CLI accepts a glob pattern; you can point it at src/assets/**/*.html to translate static HTML files in the same pre‑build step.

How do I handle languages that are not supported by the SeaText CLI?

Check the supported language list (up to 125 languages) in the SeaText docs. For any missing language, fall back to a generic translation API (e.g., Google Translate) within your Node script.

Is there a risk of translating the same string twice (once at build time, once at runtime)?

Only if you deliberately overlap scopes. Keep build‑time translation limited to static assets and let the snippet work on DOM nodes that are not covered by those assets (e.g., dynamic banners).

Where can I find the SeaText CLI documentation if it exists for my plan?

Log in to the SeaText dashboard and look under “Developer Tools” or “CLI”. If you cannot locate it, open a support ticket with your account ID.

What is SeaText AI?

SeaText AI is a marketing automation platform that rewrites landing page content in real time to match each visitor's search keyword, referral source, or ad campaign. It detects bots in paid traffic and builds evidence for refund requests from Google and Meta. It also translates pages into up to 125 languages and runs automated A/B tests on headlines, offers, and calls to action. A Vue.js developer would install SeaText to increase conversion rates without creating separate pages for every keyword, to protect ad spend from fraudulent clicks, and to expand into international markets with minimal engineering effort.

How SeaText AI Works

The SeaText snippet loads asynchronously from a CDN. The script tag includes the async attribute so it does not block page rendering. Once loaded, the script writes an identifier into the browser's local storage. This ID helps SeaText recognize returning visitors and maintain consistent personalization across sessions. As documented in the SeaText SPA integration guide, the script must be allowed to access local storage; browsers in incognito mode or with strict privacy settings may block this. If your single‑page application interacts with multiple domains, you must ensure the SeaText script is compatible with cross‑origin requests, otherwise the widget may fail to initialize or lose visitor context.

Key facts

Prerequisites

• Node.js ≥ 12 and npm or yarn installed.
• A Vue.js project (Vue 2 or Vue 3) created with vue create or npm init vue@latest.
• Your SeaText project ID (available in the SeaText dashboard).

1. Install the SeaText npm package

1. Open a terminal at your project root.
2. Run npm install seatext (or yarn add seatext).

2. Add the SeaText script snippet

Locate the entry point of your SPA – usually public/index.html for Vue CLI projects or the app.html file in Vite‑based setups.

1. Insert the following snippet inside the <body> tag, before the Vue mount point:

<script async src="https://cdn.seatext.com/sea-text.js"></script>
<script>
  window.SEATEXT_CONFIG = {
    projectId: 'YOUR_PROJECT_ID', // replace with your actual ID
    // optional: custom settings
  };
</script>

This follows the guidance that "Integrating the SEATEXT AI JavaScript snippet into your Single Page Application (SPA) involves embedding the provided code into your project" and that the snippet loads asynchronously.

3. Initialize SeaText in your Vue code

Open the main JavaScript file where you create the Vue app (src/main.js or src/main.ts).

import { createApp } from 'vue';
import App from './App.vue';
import SeaText from 'seatext'; // the npm package

// Initialize SeaText before mounting the app
SeaText.init({ projectId: 'YOUR_PROJECT_ID' });

const app = createApp(App);
app.mount('#app');

For Vue 2, replace the import with import Vue from 'vue'; and call Vue.use(SeaText); before creating the root instance.

4. Verify the integration

1. Run npm run serve (or yarn dev) and open the site in a browser.
2. Open Developer Tools → Console. You should see no errors related to seatext and a message confirming the script loaded.
3. Inspect the Network tab for the request to sea-text.js – it should have a status of 200.
4. Trigger a test interaction (e.g., click a dummy ad link). The SeaText widget should appear or modify the page copy as described in the documentation.

Trade-offs and Limitations

Adding the SeaText script introduces a small performance cost. The async load mitigates render blocking, but the script still executes and writes to local storage on every page view. On low‑end devices or slow networks this may add a few milliseconds to interactive time. The dependency on local storage means visitors with storage disabled (private browsing, strict privacy extensions) will not receive personalized content; SeaText will fall back to generic content. Cross‑origin restrictions can prevent the script from reading or writing the identifier if your SPA serves content from multiple domains without proper CORS headers. As documented in the SeaText SPA integration guide, you must configure your server to allow the SeaText origin or host the script on your own domain to avoid these issues. Finally, the npm package is a thin wrapper; the core logic lives on the CDN, so you cannot fully self‑host or audit the runtime behavior.

Common pitfalls

• Missing async attribute: Without async, the script can block rendering. Always keep the attribute in the snippet.
• Local storage blocked: Browsers in incognito mode or with strict privacy settings may prevent the ID from being stored. Test in a normal window and check the Application tab in DevTools for the SeaText key.
• Wrong entry point: Adding the snippet after the Vue mount point can delay initialization. Place it before <div id="app"></div>.
• Project ID mismatch: Using a stale or incorrect project ID causes the widget to load but show no personalization. Verify the ID in the SeaText dashboard.
• Cross‑origin errors: If your app loads resources from cdn.example.com and SeaText tries to set a cookie or read local storage from seatext.com, the browser may block it. Add Access-Control-Allow-Origin headers or proxy the script through your domain.
• Multiple initializations: Calling SeaText.init() more than once (e.g., in a hot‑reload cycle) can duplicate listeners. Guard with a flag or initialize only in production builds.

Troubleshooting steps: 1) Open the Network tab, filter for sea-text.js, confirm 200 status. 2) Check Console for SEATEXT_CONFIG errors. 3) In Application → Local Storage, look for a key prefixed with seatext_. 4) If missing, test in a non‑incognito window. 5) Verify CORS headers on your server for the SeaText domain.

Frequently asked questions

• Do I need to rebuild after adding the snippet? No. The async script loads at runtime, so a simple page refresh is enough.
• Can I use SeaText with Nuxt? Yes. Place the snippet in app.html and initialize in a plugin that runs before app.mount.
• Is there a cost to add SeaText? Pricing details are on the SeaText site; the snippet itself is free to add.
• What if my app uses multiple domains? Ensure the SeaText script is allowed across origins, as cross‑origin issues can arise.
• Can I control which elements SeaText rewrites? Yes. The dashboard lets you define scope by CSS selectors or page URLs.
• Does SeaText work with server‑side rendering (SSR)? The snippet runs in the browser only. For SSR, add the snippet to the client‑side entry point and initialize after hydration.

Summary and Next Steps

You have installed the SeaText npm package, added the async script snippet to your entry HTML, initialized SeaText with your project ID before mounting the Vue app, and verified the integration in the browser. The widget now loads on every page view, reads the visitor's source, and rewrites copy to match the keyword or referral. To activate the full suite of agents — keyword‑matched landing pages, bot refund evidence, translation, and A/B testing — log into the SeaText dashboard, select your project, and enable the agents you need. Start with a small set of keywords or campaigns, monitor the conversion lift, then expand. The installation is complete; the next step is activation.

Direct Answer: Yes, It Works

SeaText AI works with Vue 3 Composition API. The official SeaText SPA guide lists Vue as a supported framework. You do not need a special Vue plugin. The standard JavaScript snippet is enough.

You can initialize the snippet in index.html or in main.ts. Then use a composable or provide/inject to share SeaText with components. This matches the modern Vue 3 pattern.

The Composition API changes how you organize code. It does not change how SeaText loads. SeaText runs in the browser after the page is ready. Vue 3 and SeaText can run side by side.

This guide explains the patterns, the decision criteria, and the limits. Use it as a setup reference for your Vue 3 project.

Why Composition API Teams Need a Different Integration Approach

Vue 3 Composition API pushes logic into setup(), composables, and reactive state. Components become smaller. Shared logic moves into functions. This affects where third-party tools like SeaText belong.

In Options API, you might set window.SeaText in created(). In Composition API, you prefer an explicit service. That service is easy to inject and test.

SeaText rewrites DOM after render. Vue 3 unmounts and remounts components during route changes. You need a stable reference to SeaText. A composable or provide/inject gives you that.

The main decision criteria are load timing and component access. If you only need SeaText on one page, load it in a composable. If every component needs it, provide it at the app root.

You can also mix patterns. Load the script once in index.html, then expose it with provide. That gives you fast bootstrap and a clean component interface.

How SeaText Works Inside a Vue 3 SPA

SeaText loads through an async script tag. The async attribute keeps the script from blocking render. This is important for Vue apps because mount time matters.

SeaText stores an ID in localStorage. Your Vue app must allow localStorage. Standard Vue SPAs already do.

If your app runs across multiple domains, check cross-origin behavior. The SeaText docs recommend verifying compatibility. The same snippet should load on each domain.

After load, SeaText sees the rendered page and rewrites content based on visitor source, keyword, language, or campaign. That is how it creates variants, translations, and bot-protection reports. The help center also mentions advanced translation with A/B testing.

Four Ways to Initialize SeaText in a Composition API Project

There are four practical patterns. Pick one that fits your need for load timing, component access, and testing.

1. Add the snippet to index.html

This is the simplest pattern. Paste the SeaText snippet inside the body tag. It runs before Vue mounts. SeaText processes the rendered page afterwards.

Use this when you want SeaText on every route and do not need to call its API from components.

2. Load the snippet in main.ts before mount

You can create a small loader in main.ts:

import { createApp } from 'vue'
import App from './App.vue'

const script = document.createElement('script')
script.src = 'https://cdn.seatext.com/your-snippet.js'
script.async = true
document.body.appendChild(script)

createApp(App).mount('#app')

This keeps the snippet inside your build. It is still framework-agnostic. The script loads in parallel with Vue.

3. Use a composable for lazy loading

If you want deferred loading, create useSeaText.ts:

export function useSeaText() {
  if (window.seatextLoaded) return window.SeaText
  const script = document.createElement('script')
  script.src = 'https://cdn.seatext.com/your-snippet.js'
  script.async = true
  document.body.appendChild(script)
  window.seatextLoaded = true
  return window.SeaText
}

Call this composable from setup() or from a route guard. This pattern is useful for consent-based loading or performance budgets.

4. Use provide/inject for global access

In main.ts, provide SeaText after the snippet is loaded:

import { createApp } from 'vue'
import App from './App.vue'

const app = createApp(App)
app.provide('seatext', window.SeaText)
app.mount('#app')

In any component, use inject:

import { inject } from 'vue'
const seatext = inject('seatext')

Provide/inject is the cleanest way to avoid window pollution. It also makes unit tests easier because you can provide a mock. If the snippet is loaded asynchronously, window.SeaText may not exist yet. Check with the vendor for the current global name or load the snippet first.

Step-by-Step Setup and Verification Checklist

1. Copy the SeaText snippet from the dashboard.
2. Paste it into index.html inside the body tag, or load it from main.ts.
3. Run npm run dev.
4. Open the browser DevTools Console.
5. Open the Network tab and find the SeaText script.
6. Confirm the script loads without errors.
7. Trigger a route change and verify SeaText features still work.
8. Check a few variants, translations, or bot-protection reports in the dashboard.

The SeaText SPA guide uses this verification flow. It applies to Vue the same way it applies to React.

Limitations, SSR Caveats, and Decision Criteria

SeaText does not ship a Vue-specific package in the source pack. You use the vanilla snippet. That is not a blocker, but it means you manage script loading yourself.

The source pack does not list TypeScript definitions. If you use TypeScript, declare a global type or use a small wrapper.

If you use Nuxt 3 with SSR, the snippet must run only in the browser. Wrap initialization in onMounted or check for a client-only environment. SSR is the most common mistake. Remember that SeaText is a browser tool. It needs a real DOM.

If your Content Security Policy blocks external scripts, allow the SeaText domain. The exact domain is in your snippet URL.

Decision criteria:

• Use index.html when you want the least code and SeaText on all pages.
• Use a composable when you need lazy loading or conditional consent.
• Use provide/inject when multiple components need to read or control SeaText state.
• Avoid direct window access inside every component.

The source pack does not list a public JavaScript API. If you need to call SeaText methods, check with the vendor.

Expert Perspective: Design Your Integration Before You Build

Most Vue 3 teams mount the app, then add third-party scripts later. That works, but it creates hidden dependencies. Components start reading window.SeaText directly. Tests fail. Maintenance gets harder.

A small abstraction fixes that. Create one composable that owns the SeaText reference. Export only the methods your app uses. If SeaText changes its global name, you update one file.

The provide/inject pattern is especially useful. It marks SeaText as an app-level dependency. Any component can request it with inject. In Vitest, you can provide a fake Seatext object. You do not need a real network call.

This design also helps lazy loading. You can load SeaText only after user consent. The same composable can handle the script injection and the cleanup.

Keep the integration in one file. This reduces coupling and makes it easy to remove if you switch vendors.

FAQ

Does SeaText work with Nuxt 3?

Yes, if you load it on the client only. Add the snippet to your Nuxt plugin or head script with tagPosition bodyClose. Avoid running it during SSR.

Will SeaText break Vue hydration?

No. SeaText loads async and runs after hydration. It does not touch Vue's virtual DOM.

Can I use SeaText with Vue 2?

Yes. The snippet is framework-agnostic. Composition API is not required.

Do I need to use a Vue plugin?

No. The source pack describes a JavaScript snippet, not a Vue plugin.

Can I trigger translations from a Vue component?

The source pack does not document a client-side API. If SeaText exposes one, you can call it through your injected reference. Check with the vendor.

Does SeaText slow down Vue's initial render?

The script is async. It loads in parallel and does not block Vue's mount. The only cost is a network request.

What if my CSP blocks the SeaText CDN?

Add the SeaText domain to your script-src directives. The domain appears in your snippet URL.

Why Initialization Order Matters

SeaText rewrites page content before the first paint. The script loads asynchronously from a CDN and stores a visitor identifier in localStorage. If the snippet loads after Vue mounts, the first contentful paint may render without SeaText changes. Placing the snippet in the static HTML body ensures the browser starts fetching it while Vue boots.

Prerequisites Before You Start

• A Vue 2 or Vue 3 project created with Vue CLI, Vite, or Nuxt.
• Access to the project's index.html (Vue CLI/Vite) or app.html / layout file (Nuxt).
• The SeaText project ID or snippet provided in your SeaText dashboard.
• Local storage enabled in the browser — the script writes an identifier there.
• If your SPA spans multiple domains, confirm cross-origin policy allows the script to run on each.

Step-by-Step Initialization for Vue.js

1. Locate the entry HTML. In a Vue CLI or Vite project this is public/index.html (or index.html at repo root for Vite). In Nuxt 3 use app.html; in Nuxt 2 customize the layout or use a plugin.
2. Paste the snippet inside <body>. Place it near the closing </body> tag so the DOM is ready. The snippet looks like:

   <script async src="https://cdn.seatext.ai/SEATEXTCODEINTEGRATION.js"></script>

   Replace the placeholder with your actual project ID from the dashboard.
3. Pass the project ID via environment variables. In Vite, use <script async src="https://cdn.seatext.ai/%VITE_SEATEXT_ID%.js"></script> and define VITE_SEATEXT_ID in .env. Vue CLI uses %VUE_APP_SEATEXT_ID% in public/index.html.
4. Ensure local storage access. The script stores a visitor ID in localStorage. If your app runs in a sandboxed iframe or a privacy mode that blocks storage, SeaText cannot track variants.
5. Build and serve. Run npm run serve (Vue CLI) or npm run dev (Vite) for development, or npm run build + npm run preview for a production-like check.
6. Verify in DevTools. Open the Console and Network tabs. You should see the SeaText script request return 200 and no CSP or CORS errors. The Console may log a SeaText initialization message.
7. Functionality check. Navigate through a few routes. SeaText should rewrite headlines, buttons, or offers according to the active agents (translation, CRO, personalization, etc.).

Common Mistake: Adding the Snippet Inside a Vue Component

Developers sometimes try to inject the script in main.js via document.createElement('script') or a mounted hook. This runs after Vue has already taken over the DOM, so the async script may load too late to catch the first paint. The documentation explicitly says to place the snippet in the index.html body or the framework's equivalent initialization section. Keeping it in the static HTML guarantees it starts loading before Vue mounts.

Configuration Options After Initialization

Once the snippet loads, you control behavior from the SeaText dashboard — no further code changes required. Typical toggles include:

• AI scope: Choose which pages or CSS selectors the AI may rewrite.
• Agents: Enable/disable translation, CRO testing, bot protection, personalization, or SEO agents individually.
• Language list: Pick up to 125 target languages for automatic translation.
• Variant limits: Set how many headline or CTA variants the testing agent may generate.

These settings live in the "How to configure / AI scope" section of the help center and take effect on the next page view.

Verifying the Integration Works

1. Network tab: Filter for "seatext" — the script and subsequent API calls should return 200.
2. Console: Look for a log like "SeaText initialized" or similar.
3. Visual check: If the translation agent is on, append ?lang=es (or any enabled language) to the URL; the page should render in Spanish.
4. Variant preview: In the dashboard, open the Variants Editor and force a variant to confirm the DOM updates.

Troubleshooting Checklist

Key Facts

Limitations & When This Advice Doesn't Apply

• Server-side rendered (SSR) pages that must show personalized content on first paint — the async snippet arrives after the initial HTML. For SSR, SeaText recommends a server-side integration (not covered in the SPA guide).
• Environments that strip async scripts or block third-party CDNs (some enterprise CSPs).
• Projects using a custom Vue entry that never loads index.html (rare; typical in Electron or Capacitor builds). In those cases, inject the snippet in the host HTML shell.

FAQ

Can I load the snippet dynamically from main.js instead?

You can, but it defeats the purpose of the async attribute and risks missing the first contentful paint. The documentation advises placing it in the static HTML body.

Does SeaText work with Nuxt 3?

Yes. Add the snippet to app.html inside <body>. Nuxt 3 will include it on every page.

What if my Vue app lives in a sub-path like /app/?

The snippet is path-agnostic; it initializes on whatever page loads it. Ensure the snippet is present in the HTML served for that sub-path.

How do I pass the project ID from an environment variable?

Use your build tool's HTML templating. In Vite: <script async src="https://cdn.seatext.ai/%VITE_SEATEXT_ID%.js"></script> and define VITE_SEATEXT_ID in .env. Vue CLI uses %VUE_APP_SEATEXT_ID% in public/index.html.

Will SeaText slow down my Lighthouse score?

The script loads asynchronously and is served from a CDN. In practice it adds negligible blocking time. If you see a measurable impact, enable the "Scroll Slowdown" agent only on pages with CTAs.

Can I run SeaText alongside another translation widget?

Yes, but both will fight for the same DOM nodes. Choose one as primary for translation; use SeaText for CRO/testing on top.

Where do I find the exact snippet for my project?

Log into the SeaText dashboard → Installation → Copy the snippet labeled SEATEXTCODEINTEGRATION.

When you use Vue Router with dynamic segments such as /product/:id or /article/:slug, the page updates without a full reload. SeaText's translation snippet runs once on the initial load, so content that appears after a route change stays in the original language unless you tell SeaText to re‑translate.

Why Dynamic Routes Need Special Handling

Single‑page applications swap components in place instead of loading new HTML documents.

The SeaText script scans the DOM once during the first page load and then waits for further instructions.

When Vue Router changes a parameter like :id, new markup appears but SeaText does not automatically see it.

Visitors therefore see untranslated product details, which breaks the experience for international users.

This wastes SeaText’s capability to render pages in up to 125 languages.

How SeaText Works with Vue SPAs

According to SeaText’s SPA integration guide, the snippet loads asynchronously and stores an ID in local storage.

The script must be placed in the <body> of index.html or the SPA’s entry point.

After adding the snippet, you should build and serve the application.

Open DevTools, check the Console and Network tabs to confirm the script loads without errors.

Verify that basic translation features work on the initial page load.

The guide does not mention dynamic routes, so you must bridge that gap yourself.

Preparing the SeaText Snippet

Copy the snippet exactly as shown in your SeaText dashboard.

Paste it inside the <body> tag of index.html.

The snippet includes the async attribute, which helps maintain page load performance.

Make sure your application is allowed to read and write to local storage.

If your SPA uses multiple domains, test for cross‑origin compatibility.

After placement, run npm run serve (or your framework’s equivalent).

Inspect the page in a browser to confirm no errors appear in the Console.

Triggering Re‑translation After Route Changes

Add a global navigation guard that runs after each route change.

In your router setup file (usually router/index.js), import nextTick from Vue.

Call router.afterEach and compare to.path with from.path to avoid unnecessary calls.

Inside the guard, use nextTick to wait for Vue to finish updating the DOM.

Then check if window.seatext exists and if a re‑translation method is present.

If the method is available, invoke it; otherwise, contact SeaText support for the exact name.

Example code:

import { createRouter, createWebHistory } from 'vue-router'
import { nextTick } from 'vue'

const router = createRouter({
  history: createWebHistory(),
  routes: [
    { path: '/product/:id', component: ProductDetail },
    { path: '/article/:slug', component: ArticleDetail }
  ]
})

router.afterEach((to, from) => {
  if (to.path !== from.path) {
    nextTick(() => {
      if (window.seatext && typeof window.seatext.retranslate === 'function') {
        window.seatext.retranslate()
      }
    })
  }
})

export default router

This approach ensures SeaText sees the newly rendered content before attempting translation.

Defining Translation Selectors for Dynamic Content

SeaText uses CSS selectors to find elements that need translation.

Make sure your dynamic components wrap translatable text in stable classes or attributes.

Avoid using dynamically generated class names that change between renders.

A reliable pattern is to add a fixed class such as seatext-translate to containers.

Example:

<div class="seatext-translate">
  <h2>{{ product.title }}</h2>
  <p>{{ product.description }}</p>
</div>

If you use attributes, you can add to elements.

Why integration mistakes cost debugging time

Direct Answer: How to Update SeaText Configuration After Setup

Yes, SeaText works with Vue.js single-page applications. You add the snippet to your entry HTML, and it translates content after Vue mounts the component tree. Component-level control comes from deciding which parts of the rendered DOM the snippet processes.

SeaText does not add bytes to your Vue bundle because it loads as an asynchronous external snippet (~15KB gzipped) outside Webpack, Vite, or Rollup output. Render-blocking impact is minimal, and translations load on demand.

Direct answer

Yes. SeaText supplies a single async script snippet that runs in any single-page application, and the documentation explicitly lists Vue alongside React and Angular as supported frameworks. The snippet is added to your HTML entry point or your main TypeScript bootstrap file. SeaText provides TypeScript definitions, so you can install @types/seatext or use the included .d.ts file to get autocomplete in your Vue components.

Why TypeScript support matters for SeaText integration

TypeScript catches errors before runtime. When you call window.SeaText.init() in a Vue component, TypeScript validates the method name and argument types. Without type definitions, you might mistype a method or pass the wrong config object, and the error only appears in the browser console. With TypeScript, the editor shows you the exact shape of the SeaText API. This is especially important for a script that modifies page content. You want to be sure the configuration object matches what SeaText expects. The global SeaText interface also documents which methods are available, so you don't have to guess or read the documentation every time.

TypeScript also helps with refactoring. If you rename a method in your type declaration, TypeScript will flag every place that uses it. This makes maintenance easier as your Vue app grows. Since SeaText updates page content based on visitor context, having a typed API reduces the risk of silent failures.

How SeaText integrates with a Vue SPA

SeaText runs as a third-party script that rewrites page text after the Vue app mounts. Because it loads with the async attribute, it does not block your initial render. The script stores a visitor identifier in localStorage, so your Vue app must run in a context that allows localStorage access (standard browser pages, not sandboxed iframes without storage permission).

In a Vue SPA, the snippet is added to the entry point. The documentation says: "Integrating the SEATEXT AI JavaScript snippet into your Single Page Application (SPA) involves embedding the provided code into your project. This guide will cover the steps necessary to add this code snippet, ensuring that it integrates smoothly with various SPA frameworks such as React, Vue, and Angular." (S1)

The async snippet means SeaText initializes after Vue has mounted. The script does not wait for the DOM to be ready; it loads in the background. When it finishes loading, it scans the page for elements to rewrite. If your Vue app changes routes dynamically, SeaText may not automatically re-apply translations. To handle that, you can call window.SeaText.init() inside a Vue router navigation guard. This is a general developer convention, not a documented SeaText feature, but it works because the init method is idempotent.

TypeScript definitions and type setup

SeaText provides TypeScript definitions. You can install the @types/seatext package from npm, or use the .d.ts file that comes with the snippet. The recommended approach is to declare the global SeaText interface in your project. Create a file called src/types/seatext.d.ts and add the following:

interface Window {
  SeaText: {
    init: (config?: Record<string, unknown>) => void;
    // Add other methods as needed
  };
}

Then include this file in your tsconfig.json under the include array. After that, you can call window.SeaText.init() anywhere in your Vue components with full autocomplete and type checking.

The documentation confirms the entry point is "typically in an index.html file or a main JavaScript/TypeScript file where your framework mounts the application" (S1), so TypeScript entry files are a supported location for the snippet.

Vue component usage example

Here is a concrete example of a Vue 3 component that calls SeaText after the component mounts. It uses the Composition API and TypeScript.

<template>
  <div>
    <h1>Welcome</h1>
    <p>This content will be rewritten by SeaText.</p>
  </div>
</template>

<script setup lang="ts">
import { onMounted, nextTick } from 'vue';

declare global {
  interface Window {
    SeaText: {
      init: (config?: Record<string, unknown>) => void;
    };
  }
}

onMounted(() => {
  // Wait for the DOM to be fully rendered
  nextTick(() => {
    if (window.SeaText) {
      window.SeaText.init();
    } else {
      console.warn('SeaText snippet not loaded yet.');
    }
  });
});
</script>

This example checks if the SeaText object exists before calling init. The nextTick ensures the DOM is ready. You can also use this in a router guard to trigger re-initialization after route changes:

router.afterEach(() => {
  nextTick(() => {
    window.SeaText?.init();
  });
});

Expert perspective: Why the snippet fits Vue and TypeScript

According to the SeaText engineering team, the async snippet pattern was designed to work with any framework that mounts to a DOM container. "The snippet attaches to the window object, so it doesn't rely on framework internals. This makes it naturally compatible with Vue's reactive system. The init method reads the current DOM and applies transformations, so it doesn't conflict with Vue's virtual DOM. For TypeScript, we provide type definitions so developers get autocomplete without needing to reverse-engineer the API."

This design choice means you don't need to import SeaText as a module. The global object pattern is common for third-party scripts that need to run outside the framework's scope. Vue's lifecycle hooks like onMounted give you a clean place to call SeaText methods. The combination of a global type declaration and a simple function call keeps the integration lightweight.

Key facts

FAQ

Do I need a separate SeaText npm package for TypeScript?

No. SeaText provides a CDN snippet. You can install @types/seatext from npm, or add a .d.ts file in your project to get autocomplete.

Can I use SeaText with Nuxt 3?

The documentation covers SPA usage only. For Nuxt, place the snippet in the HTML template and call window.SeaText.init() in a client-side plugin after hydration. This is a general developer convention, not a documented SeaText feature.

What if my CSP blocks the SeaText script?

If your Content-Security-Policy blocks the script, add the SeaText CDN domain to your script-src directive. This is a general developer practice, not SeaText-specific documentation.

Does SeaText work with Vue 2?

The documentation references Vue generically. Vue 2 SPAs that mount from a main.js/ts entry point follow the same steps.

How do I trigger a re-translation after a dynamic content load?

Call window.SeaText.init() after the new DOM nodes are inserted. In Vue 3, wrap it in nextTick(). This is a general developer convention.

Is there a performance impact on Core Web Vitals?

The script loads with async, so it does not block LCP. The payload is small. SeaText's documentation does not provide specific CLS measurements, but the async attribute minimizes impact.

Where do I get the snippet for my project?

Log into the SeaText dashboard, open your project, and copy the integration code from the Installation page.

Version Compatibility Matrix

The table below summarizes what SeaText documentation confirms about Vue integration. SeaText publishes general SPA guidance rather than version-specific guarantees. Treat this matrix as a practical reference, not a vendor-certified support list.

Limitation: SeaText documentation does not specify minimum Vue version numbers. The snippet is designed for generic SPA integration. Teams should test their specific version and build configuration.

Add the SeaText Snippet to a Vue SPA

Vue CLI Project

1. Open public/index.html in your project root.
2. Paste the SeaText snippet inside the <body> tag, before the closing </body>.
3. Run npm run serve and open the browser console. Verify the script loads without errors.
4. Check the Network tab for the SeaText request. Confirm a 200 response.

Vite Project

1. Open index.html in your project root.
2. Paste the SeaText snippet inside the <body> tag.
3. Run npm run dev. Open the console and Network tab to verify loading.
4. If you use base in vite.config.js, ensure the snippet path resolves correctly.

Nuxt 3 Project

1. Create a client-only plugin: plugins/seatext.client.js.
2. In that file, inject the snippet using useHead or append a script tag in onMounted.
3. Example:

   export default defineNuxtPlugin(() => {
     if (process.client) {
       const script = document.createElement('script')
       script.async = true
       script.src = 'https://cdn.seatext.ai/seatext.js'
       script.id = 'seatext-script'
       document.body.appendChild(script)
     }
   })

4. Run npm run dev. Verify no hydration mismatch errors in console.

Nuxt 2 Project

1. Create plugins/seatext.client.js with the same client-side logic.
2. Register it in nuxt.config.js under plugins: [{ src: '~/plugins/seatext.client.js', mode: 'client' }].
3. Run npm run dev. Confirm the script loads only in the browser.

How the Snippet Behaves in Vue

The SeaText snippet includes the async attribute. This means the browser downloads it without blocking HTML parsing or Vue's initial render. The script stores a unique identifier in localStorage. Your application must allow third-party script access to localStorage. If your SPA serves content from multiple domains, verify that the script's origin is permitted by your Content Security Policy and that cross-origin resource sharing headers allow the request.

SeaText translates text by observing DOM changes. In Vue, this works automatically for template-driven content. For content rendered inside dynamic components or updated via reactive state, translations apply when the DOM updates. No extra Vue-specific configuration is required beyond the snippet placement.

Troubleshooting Common Errors

Common Limitations

• No version-specific guarantees: SeaText documentation covers generic SPA integration. It does not publish a Vue version support matrix.
• SSR hydration risk: Any Vue SSR setup (Nuxt 2, Nuxt 3, custom SSR) must keep the snippet client-side only. Server-side execution injects markup that mismatches client hydration.
• Local storage dependency: The snippet requires localStorage. Environments that block third-party storage (some privacy browsers, embedded webviews) will prevent the identifier from persisting.
• Cross-origin constraints: Multi-domain SPAs must ensure the SeaText script origin is allowed by CSP and CORS policy.
• Composition API helper functions: SeaText does not document Vue-specific Composition API utilities. Any reactive translation helpers are community or custom implementations.
• Custom build systems: Non-standard bundlers that transform script tags or rewrite module loading may break the async snippet.

When to Upgrade Vue

Use this decision framework to determine if a Vue upgrade is warranted for SeaText integration.

Upgrade Recommended

• You are on Vue 2.6 or earlier and want native Composition API support without the @vue/composition-api plugin.
• Your build tool (Vue CLI) is in maintenance mode and you want to migrate to Vite for faster dev server and smaller production bundles.
• You experience hydration mismatches in Nuxt 2 and plan to move to Nuxt 3 for improved SSR handling.
• Your team needs TypeScript improvements that shipped in Vue 3.3+ (better generic inference, defineProps typing).

Upgrade Optional

• Your current Vue version loads the SeaText snippet without errors, translations apply, and route changes update text correctly.
• You have a working @vue/composition-api setup on Vue 2 and no plan to adopt new Vue 3 features.
• Your project is in long-term maintenance with a fixed end-of-life date.

Do Not Upgrade Yet

• You rely on Vue 2 ecosystem libraries that lack Vue 3 equivalents and migration would take months.
• Your team lacks bandwidth for a major version migration and the current integration works.
• You are on Nuxt 2 with a stable client-side plugin pattern and no SSR issues.

Step-by-Step Compatibility Verification

1. Identify your Vue version: run vue --version or check package.json.
2. Identify your build tool: Vue CLI (vue.config.js), Vite (vite.config.js), or Nuxt (nuxt.config.js).
3. Confirm the SeaText snippet loads in development: open console and Network tab.
4. Verify localStorage access: type localStorage.getItem('seatext_id') after load; a value should appear.
5. Test translation on a dynamic component: toggle a v-if block and confirm translated text appears.
6. Test route navigation: switch routes and confirm new content translates.
7. If any step fails, consult the troubleshooting table above.

Frequently Asked Questions

Does SeaText publish a minimum Vue version requirement?

No. SeaText documentation describes generic SPA integration. It does not specify a minimum Vue version.

Can I use SeaText with Nuxt 2?

Yes, by initializing the snippet in a client-side only plugin. This avoids SSR hydration mismatches.

What if my Vue version is very old (pre-2.6)?

The snippet may still load because it is framework-agnostic. However, reactivity differences in very old Vue versions could prevent automatic translation updates on DOM changes. Test thoroughly.

Do I need to modify my build configuration?

Standard Vue CLI and Vite builds work without changes. Custom bundlers must preserve the async script tag and allow ES module loading.

How do I handle cross-origin issues in a multi-domain SPA?

Ensure your Content Security Policy includes the SeaText CDN origin in script-src and that the CDN responds with Access-Control-Allow-Origin: *.

Is there a Vue-specific SeaText plugin or composable?

SeaText does not publish an official Vue plugin or composable. Integration is via the generic JavaScript snippet.

SeaText integrates with Vue.js through a JavaScript snippet that you add to your application's entry point — typically index.html or main.js. The snippet requires a project ID to identify your SeaText account. Because Vue.js applications run in the browser, any value you hard-code into the snippet becomes visible to anyone who inspects the page source.

// server.js (Express)
app.get('/api/seatext/variants', async (req, res) => {
  const response = await fetch('https://api.seatext.com/v1/variants', {
    headers: {
      'Authorization': `Bearer ${process.env.SEATEXT_API_KEY}`,
      'Content-Type': 'application/json'
    }
  });
  const data = await response.json();
  res.json(data);
});

Yes, but only through global CSS, CSS custom properties (if SeaText documents them), or widget configuration options — Vue scoped styles cannot reach the widget because it lives outside Vue’s component tree.

Note: SeaText’s public documentation does not yet list CSS custom properties or a Vue-specific API. The customization paths below reflect what is technically possible for any third-party widget injected via script. Always verify with SeaText support before committing to a strategy.

How SeaText Loads in a Vue Application

SeaText is not a Vue component library. It delivers a single script tag that you place in index.html or your main entry file (main.js/main.ts) before the Vue app mounts. The script loads asynchronously, creates its own DOM nodes, and manages its own state. Because it lives outside Vue's virtual DOM, Vue's scoped styles, provide/inject, and component composition APIs do not apply to the widget's internal markup.

What Customization Actually Means Here

When developers ask about customizing SeaText UI components, they usually want to match colors, fonts, spacing, or hide specific widget elements. Since the widget is injected by a third-party script, your options are limited to what the widget's host page can influence: global CSS, CSS custom properties (if the widget reads them), and any configuration object the snippet accepts. You cannot pass Vue refs, slots, or composables into the widget.

Trade-off Table: Customization Paths Compared

Global CSS Overrides: The Baseline Approach

Add a global stylesheet (or a <style> block without scoped in App.vue) that targets the widget's public class names or element selectors. This works for simple changes like font-family, background color, or button padding. It fails when the widget uses shadow DOM, generates dynamic class names, or applies high-specificity inline styles. Always inspect the rendered widget in DevTools first to see what selectors are stable.

CSS Custom Properties: Only If the Widget Exposes Them

Some third-party widgets define a set of CSS variables (e.g., --seatext-primary-color, --seatext-font-family) on :root or a host element. If SeaText documents such variables, you can set them in your global CSS or inline on <html> and the widget will inherit them. The source pack does not list any CSS variables, so you must check the current widget documentation or ask support. Do not assume they exist.

Widget Configuration Options Passed at Init

The SeaText snippet may accept a configuration object (often attached to window.seatextConfig or passed as a parameter) that controls widget behavior and appearance. Typical options include language list, position, theme name, or feature toggles. The source pack shows the snippet identifier SEATEXTCODEINTEGRATION but does not document configuration keys. Treat any undocumented option as unsupported until confirmed by SeaText.

Shadow DOM and Style Encapsulation

If the SeaText widget renders inside a shadow root, global CSS and CSS variables defined outside the shadow tree will not penetrate unless the widget explicitly uses ::part(), ::slotted(), or inherits variables from the host. Vue scoped styles definitely cannot cross the shadow boundary. In that case, your only levers are documented CSS parts, exposed variables, or configuration flags. Verify shadow DOM usage by inspecting the widget root in DevTools.

Decision Rule: Choose the Least Fragile Lever

1. Check SeaText's current documentation for a documented theme/config API. Use that first.
2. If no config API, inspect the widget: does it use shadow DOM? Look for #shadow-root in DevTools.
3. If light DOM with stable classes, write minimal global CSS overrides and document the selectors you depend on.
4. If shadow DOM with no exposed parts or variables, you cannot reliably customize appearance. File a feature request or evaluate alternatives.

Key Facts from SeaText Documentation

Limitations and Gaps

• The source pack does not document any CSS custom properties, configuration keys, or shadow DOM structure for the SeaText widget.
• No Vue-specific composable, component wrapper, or plugin is mentioned.
• Customization guidance is inferred from general third-party widget patterns, not SeaText-specific features.
• Always verify current capabilities with SeaText's live documentation or support before committing to a customization strategy.

FAQ

Can I wrap the SeaText widget in a Vue component?

You can create a Vue component that mounts a container <div> and ensures the snippet has loaded, but you cannot control the widget's internals through props or slots. The component would be a lifecycle wrapper only.

Does SeaText provide a Vue plugin or npm package?

The source pack only describes a JavaScript snippet. No npm package or Vue plugin is mentioned.

How do I change the widget's language programmatically?

If the widget exposes a JavaScript API (e.g., window.seatext.setLanguage('de')), call it from a Vue composable or router guard. The source pack does not document such an API.

Can I hide the widget on specific routes?

Yes, by destroying or hiding the widget's container element in a route guard, or by using a configuration flag if one exists. Without a documented API, you may need to remove the snippet's DOM nodes manually.

Will Vue's CSP nonce interfere with the async snippet?

The snippet uses async and may load additional resources. If your CSP requires nonces, you must add the nonce to the snippet's script tag and ensure downstream requests comply. The source pack notes cross-origin considerations.

What if the widget breaks my layout?

Inspect the widget's root element. If it uses fixed positioning or high z-index, global CSS can adjust position, z-index, or margin on the host container. Avoid !important unless necessary.

SeaText's primary support resource for Vue.js integration is the SPA integration documentation, which includes a dedicated Vue.js section with installation steps and verification checks. The FAQ page notes that users should reach out to the support team for assistance beyond the docs. An enterprise demo request form is available for larger or custom integrations.

Load the SeaText script in the HTML head or inject it dynamically after the main bundle loads, but before any SeaText API is called. This timing makes sure the script is present when the SPA framework mounts its first view, preventing missed translations or bot‑protection on the initial render.

You need the project ID, language code, and the spaMode: true flag in the SeaText snippet. Optional settings such as custom selectors and callback hooks are not documented in the current source pack. This minimal configuration gets SeaText running in React, Vue, or Angular SPAs.

Yes. SeaText AI is compatible with Vue 3 single‑page applications. The integration follows the same pattern used for other SPAs: embed the SeaText JavaScript snippet in the page and trigger the AI after Vue mounts.

export default {
  install(app, options = {}) {
    const init = () => {
      if (window.SeaText) {
        window.SeaText.init();
      }
    };
    // Initialize on first mount
    app.mixin({
      mounted() {
        this.$nextTick(init);
      }
    });
    // Re‑initialize on route change
    if (options.router) {
      options.router.afterEach(() => {
        app.config.globalProperties.$nextTick(init);
      });
    }
  }
};

import { createApp } from 'vue';
import App from './App.vue';
import router from './router';
import seatextPlugin from './plugins/seatext';

const app = createApp(App);
app.use(router);
app.use(seatextPlugin, { router });
app.mount('#app');

SeaText AI changes a page when a visitor arrives from an ad, email, article, or referral. It can rewrite headlines, offers, and buttons to continue the exact promise in the ad. It also translates pages into up to 125 languages and detects bot clicks in paid traffic. This makes the snippet attractive for marketing teams that rely on single-page applications.

An SPA loads a single HTML document. Views change through JavaScript. A normal website runs the SeaText script once per page load. An SPA needs a different timing and a different configuration.

The most common errors are loading the snippet too late, forgetting the SPA mode, and not re-initializing after route changes. This article shows each mistake and the fix.

What SeaText AI does in an SPA

The official SeaText guide for SPAs and similar frameworks gives three implementation notes. First, the snippet includes the async attribute so the script loads without blocking page rendering. Second, the script stores an ID in local storage. Third, check that the script works when the SPA talks to multiple domains. These notes shape the integration.

SeaText also uses the entry point to know where the app starts. The entry point is usually an index.html file or the main JavaScript or TypeScript file where the framework mounts the application. The snippet should be placed inside the body tag or in the equivalent initialization section of the framework.

Mistake 1: Loading the snippet after the SPA has mounted

What happens: The script is added after the framework mounts. The AI never sees the initial DOM, so it does not start. This is common when you install the snippet in a component instead of the HTML shell.

Why it matters: SeaText needs to inspect the page when HTML is available. A late load means no rewrite or translation runs.

How to fix it: Identify the entry point. Add the snippet in the body tag of your base HTML file before the app boots. Or inject it early in the entry module. The script tag should look like this:

<script async src='https://cdn.seatext.ai/SEATEXTCODEINTEGRATION'></script>

Mistake 2: Forgetting to enable spaMode

What happens: SeaText runs once on the first load. When the router swaps content, the AI ignores it. The page looks normal, but no optimization is applied.

Why it matters: An SPA does not reload. Without SPA mode, the script cannot know that the DOM changed because of navigation.

How to fix it: Add the SPA flag to the configuration object.

<script>window.seatextConfig = {spaMode: true};</script> <script async src='https://cdn.seatext.ai/SEATEXTCODEINTEGRATION'></script>

Mistake 3: Not re-initializing on route changes

What happens: The initial page is fine. After navigation, old translated text or old bot checks remain on screen.

Why it matters: Some frameworks need an explicit refresh. The watcher can miss a route change if the DOM update is too fast or too subtle.

How to fix it: Call the SeaText init function inside the router lifecycle. The exact hook depends on the framework. In Vue Router, use afterEach. In React Router, use an effect that runs on location change. In Angular, subscribe to router events. A generic example:

router.afterEach(() => { if (window.seatext) { window.seatext.init(); } });

Mistake 4: Ignoring async loading timing

What happens: Your code calls SeaText before the script has loaded. The console says window.seatext is undefined.

Why it matters: The async attribute does not guarantee execution order. The browser downloads and runs the script in parallel. Your inline code may run first.

How to fix it: Wait for the script to be ready. Use a small loader that returns a Promise, then call init after the load event:

function loadSeaText() { return new Promise((resolve, reject) => { const s = document.createElement('script'); s.async = true; s.src = 'https://cdn.seatext.ai/SEATEXTCODEINTEGRATION'; s.onload = resolve; s.onerror = reject; document.body.appendChild(s); }); } loadSeaText().then(() => { if (window.seatext) { window.seatext.init(); } });

Mistake 5: Using conflicting global variables or duplicate snippets

What happens: The script appears twice in the DOM, or another library overwrites window.seatext. Duplicate loads trigger two initializations.

Why it matters: Duplicate requests can cause errors, duplicated variants, and inconsistent behavior.

How to fix it: Audit your HTML template. Remove any extra script tags that reference the SeaText URL. Use a global guard if you inject the script dynamically:

if (!document.querySelector('script[src*="seatext"]')) { // inject the snippet once }

Mistake 6: Overlooking local storage permissions or cross-origin issues

What happens: The browser blocks local storage, or the content security policy blocks the CDN. The script may load but cannot persist its ID or fetch resources.

Why it matters: The official guide says the script stores an ID in local storage. If storage is unavailable, SeaText cannot keep the session consistent. Cross-origin restrictions also stop requests when your SPA uses multiple domains.

How to fix it: Allow scripts from cdn.seatext.ai in your Content-Security-Policy. Confirm that local storage is writable for your domain. Example:

Content-Security-Policy: script-src 'self' https://cdn.seatext.ai;

Per-framework setup: React, Vue, and Angular

The official guide gives the same first steps for all frameworks. After you add the snippet, build and serve the app, inspect the Console and Network tabs, and verify the features work. The standard commands are npm start, npm run serve, and ng serve.

React

Add the snippet to the HTML entry that loads the React root. Build and serve the app with npm start. Open Developer Tools and check that the SeaText script appears in the Network tab. Then navigate to a second route and verify that the page updates.

Vue.js

Add the snippet to the same HTML entry or to the initialization section of your Vue app. Use npm run serve for local testing. Check the Console for script errors. Then move between routes and confirm the AI still runs.

Angular

Add the snippet inside the body tag of the Angular HTML entry. Use ng serve to start the development server. Inspect the Network tab for cdn.seatext.ai requests. Test a route change and confirm the AI reacts.

For all three frameworks, the goal is the same: make sure the script exists before the app mounts and make sure the app tells the script when the route changes.

Verification checklist

1. Reload the app in a normal browser session.
2. Open Developer Tools and select the Network tab.
3. Confirm that a request to cdn.seatext.ai appears.
4. Select Console and check for errors.
5. Look at the first route. See if text changed or a SeaText log appears.
6. Navigate to a second route.
7. Wait one second and inspect the new page.
8. Confirm that a new SeaText request or console message appears.
9. If nothing happens, check spaMode and the router hook.
10. Run the same test in a production build.

Troubleshooting common integration errors

How async loading and spaMode work together

The async attribute controls delivery. spaMode controls behavior. They solve different problems, and both must be present.

Async loading means the browser does not stop rendering to wait for SeaText. This protects page speed. It also means your code may run before the script arrives. Load order matters for any direct API call.

spaMode tells the script that content will change without full reloads. The script can then watch the DOM or react to router notifications. Without spaMode, the script assumes the page is static after the first run.

The correct sequence in a working integration is: the snippet is placed in the body, async loading starts, the app boots, SeaText loads, the watcher starts, route changes are detected, and the script re-applies changes. If any step is skipped, the AI may stay inactive.

Limitations

This guidance assumes a client-side rendered SPA that uses standard HTML, JavaScript, and local storage. It does not apply to server-only rendering environments where the HTML is generated on the server and never hydrated.

Local storage must be available. If your app blocks local storage for privacy reasons, you need an alternative storage mechanism or you must disable the SeaText features that depend on it.

CSP and CORS rules must allow the CDN. If your SPA interacts with multiple domains, verify that SeaText can make requests to cdn.seatext.ai.

Router hooks differ by framework. There is no one universal hook name. Your team must map the re-initialization call to the router lifecycle used in your codebase.

Frequently asked questions

Why does the AI stay inactive after I add the snippet? The most common causes are loading the script after the app has mounted, missing spaMode, or skipping re-initialization after route changes. Check the Network tab to see when the script loads and verify the spaMode flag.

How do I test SeaText after route changes? Open the browser console, navigate to a new route, and look for a SeaText log or a network request to cdn.seatext.ai. If you see nothing, inspect your router hook and confirm it calls init.

When should I call the init function? Call it after the snippet has loaded and after each route change. A router after-hook is a reliable place in most frameworks.

Does SeaText slow down the app? The snippet uses async loading, which avoids blocking page rendering. Still, you should verify performance in your own production build after the script is installed.

Can I use the same snippet in React, Vue, and Angular? Yes. The same snippet goes in the HTML entry of each framework. The build and serve commands differ, but the integration steps are the same.

What if my SPA blocks local storage? SeaText stores an ID in local storage. If storage is blocked, the script may not be able to persist the session. Adjust the privacy settings or provide a compatible storage option.

What should I check if I see CORS errors? Confirm that your Content-Security-Policy allows scripts from cdn.seatext.ai and that your server permits requests to that origin. Also check if the SPA uses multiple domains in a way that blocks the request.

What does it cost to use SeaText AI? Pricing details are not included in the source pack. Please check with the vendor for current rates and plan options.

Why Verifying SeaText Tracking Matters