Missing AI‑generated text, error messages in the browser console, and no activity in the SeaText dashboard are the primary indicators that the integration is not working.

These symptoms usually point to the script not loading, local‑storage or cross‑origin blocks, or the snippet being placed incorrectly. Checking the console, network tab, and dashboard quickly reveals the root cause.

Business Impact of SeaText Integration Failure

When the SeaText snippet fails, you lose the 35% average conversion lift that SeaText clients see across Google Ads campaigns. You also forfeit the ability to reclaim up to 20% of ad spend wasted on bot clicks, because the Bot Refund Agent cannot collect evidence without a working snippet. Translation into 125 languages stops, so new international visitors see untranslated pages and cannot buy. Every hour the snippet is broken, paid traffic lands on generic pages instead of keyword‑matched experiences, and the dashboard shows zero data for reporting.

How the SeaText Snippet Normally Works

The SeaText snippet is a small JavaScript tag identified as SEATEXTCODEINTEGRATION. It loads asynchronously thanks to the async attribute, so it does not block page rendering. On load it writes a visitor ID into the browser's local storage, which lets SeaText track sessions and serve personalized variants. The snippet must be placed in the HTML body before your single‑page application mounts, so it initializes before any route changes. Once active, it sends page‑view and variant events to the SeaText dashboard, where you can see live activity, conversion data, and bot‑refund reports.

What “Integration Failure” Means

Integration failure occurs when the SeaText AI snippet does not execute successfully, so no AI‑generated content appears and the service cannot log activity. The failure can be total (snippet never loads) or partial (snippet loads but cannot write to local storage or make cross‑origin requests). In either case the dashboard stays empty and visitors see the original, unoptimized page.

Key Signs of Failure at a Glance

Why the Integration Might Fail

The most common reasons are: the script tag fails to load because of a typo or network block, the browser blocks local storage due to privacy settings or quota limits, or a cross‑origin request is denied because the server does not send the required CORS headers. Placing the snippet after the SPA mount point also prevents it from initializing on subsequent route changes.

Diagnostic Sequence: Step‑by‑Step Troubleshooting

1. Confirm snippet presence in page source. Open the page, view source, and search for SEATEXTCODEINTEGRATION. It must appear inside the body tag before any framework mount code.
2. Check browser console for errors. Open DevTools (F12), select the Console tab, and look for red messages such as “Failed to load resource”, “localStorage is not available”, or “QuotaExceededError”.
3. Verify network requests for the snippet return 200 status. In the Network tab, filter by “seatext” or the snippet name. A successful request shows status 200. A 404, 403, or (blocked) entry means the snippet was not fetched.
4. Test localStorage access and permissions. In the Console, run localStorage.setItem('test', '1'). If it throws, the browser or site policy blocks storage. Clear site data and retry, or adjust browser privacy settings.
5. Validate CORS headers for cross‑origin requests. In the Network tab, click the snippet request and inspect Response Headers. You must see Access-Control-Allow-Origin: * or your exact origin. If missing, configure your server (see Cross‑Origin Conflicts below).
6. Confirm dashboard activity is logging. Log into the SeaText dashboard and watch the live activity feed. Visit a page with the snippet. You should see a page‑view event within seconds. If not, the snippet initialized but cannot phone home.

Checking the Browser Console for Errors

Open DevTools (F12), select the Console tab, and look for red error messages such as “Failed to load resource” or “localStorage is not available”. A syntax error in the snippet tag (missing async, malformed URL) will appear here. Ad blockers can also inject errors; disable them temporarily to rule out interference. If you see “QuotaExceededError”, the local storage quota is full or blocked.

Verifying Network Requests in DevTools

In the Network tab, filter by “seatext” or the snippet name; a successful request shows status 200. A 404 means the snippet URL is wrong. A 403 suggests a permission issue on the CDN. A (blocked) status often comes from an ad blocker or Content Security Policy. Right‑click the request and copy the HAR file if you need to share it with support.

Local‑Storage Permission Problems

If the console shows “QuotaExceededError” or “Unable to set local storage item”, the site lacks permission to write to local storage, which the snippet needs to store its visitor ID. Open DevTools → Application → Local Storage and verify your origin appears. Try clearing all site data, then reload. In Chrome, check Settings → Privacy → Site Settings → Additional permissions → Local storage and ensure it is not blocked. Some privacy extensions (e.g., uBlock Origin in strict mode) also block local storage; disable them for testing.

Cross‑Origin Conflicts

When your SPA loads resources from multiple domains, the browser may block the SEATEXT AI script unless the server sends appropriate CORS headers. For Nginx, add add_header 'Access-Control-Allow-Origin' '*'; inside the location block serving the snippet. For Apache, use Header set Access-Control-Allow-Origin "*" in .htaccess or virtual host. On Vercel, configure headers in vercel.json with source: "/(.*)", headers: [{key: "Access-Control-Allow-Origin", value: "*"}]. After changing headers, clear browser cache and re‑run step 5 of the diagnostic sequence.

Dashboard Inactivity and What It Means

The SeaText dashboard remains empty when the snippet never initializes, meaning no page views or variant events are being sent. This happens if the snippet is placed after the SPA mount, if a JavaScript error stops execution before the init call, or if network requests are blocked by CSP. Verify the snippet is in the raw HTML body, not injected by a framework after mount. Check that no console errors precede the snippet’s init call.

When to Run This Diagnostic

Run this checklist after any site update that touches the HTML head or body, when launching a new SPA route that may not inherit the snippet, when the SeaText dashboard suddenly shows zero activity for more than an hour, or when AI‑generated content fails to appear after a fresh snippet installation. It is also useful before a major ad‑spend increase to ensure the 35% conversion lift and bot‑refund tracking are active.

When to Contact SeaText Support

If you have confirmed the snippet is present, the console shows no errors, and network requests succeed, but the dashboard still shows no data, open a support ticket. Include a HAR file from the Network tab, the full console log, the exact snippet placement (index.html line number or framework entry file), and the SPA framework you use (React, Vue, Angular, Next.js, etc.). This lets support reproduce the environment quickly.

Limitations

This guide covers typical client‑side SPA integrations. Server‑side rendered (SSR) sites such as Next.js or Nuxt require the snippet in a custom _document.js or app.html so it streams with the initial HTML. WordPress and Shopify CMS integrations use plugin or theme injection points that differ from manual snippet placement. Native mobile apps (iOS/Android) cannot use the web snippet; they need the SeaText mobile SDK. Headless ecommerce setups (e.g., Shopify Hydrogen, Commerce.js) often run a separate frontend that must include the snippet in its own entry point. For each of these cases, consult the SeaText Help Center for platform‑specific instructions.

Terminology

Snippet: the JavaScript tag provided by SeaText, identified as SEATEXTCODEINTEGRATION. Local storage: browser API used to store a visitor ID for session tracking. CORS: mechanism that controls cross‑origin HTTP requests via response headers. SPA: single‑page application where navigation happens without full page reloads. HAR file: HTTP Archive format that records all network requests for debugging.

Frequently Asked Questions

Why do I see no AI‑generated text even though the snippet loads?

The snippet may load but initialize after your SPA mounts, so it misses the first render. Ensure the snippet is in the raw HTML body before the framework’s mount call. Conflicting scripts that overwrite window.Seatext or block async execution can also silence output. Check the console for “Seatext is not defined” errors.

Can ad blockers interfere with SeaText?

Yes. Ad blockers and privacy extensions (uBlock Origin, Privacy Badger, Brave Shields) can block the snippet request or strip local storage access. To test, open the page in an incognito window with all extensions disabled. If the snippet works there, add an exception for your domain in the blocker or ask users to allowlist SeaText.

How often should I check the dashboard?

Check the SeaText dashboard at least once per week during normal operation. Increase to daily checks after a site deploy, a new campaign launch, or when you notice a drop in conversion metrics. The dashboard shows live activity, so a sudden flatline is an early warning of integration failure.

What information should I include in a support ticket?

Provide a HAR file captured while reproducing the issue, the full browser console log (export via right‑click → Save as), the exact snippet placement details (file name, line number, or CMS plugin setting), and the SPA framework and version you use (e.g., React 18, Next.js 14). Mention any recent changes to CSP, CORS, or third‑party scripts.

Open the SeaText dashboard and look at the top metric row. Three counters should tick upward with each visit: Requests Processed, Content Generated, and Error Rate. If they move in real time, the JavaScript snippet has loaded, the AI agents have initialized, and they are actively rewriting headlines, translating copy, matching landing pages to ad keywords, or filtering bot traffic.

If the counters stay at zero, the snippet may be blocked by a content security policy, placed outside the <body> tag, or the domain may not be authorized in your SeaText project settings. The rest of this article explains what each metric measures, where to find them, how to interpret their values, and what to check when they don’t update.

What the three core metrics measure

Requests Processed counts every time the SeaText edge worker receives a page view from a visitor. It increments for organic, paid, referral, and direct traffic alike. A steady climb means the snippet is firing on each load.

Content Generated tracks the number of AI-produced text blocks inserted into the page — rewritten headlines, translated paragraphs, swapped offers, or bot‑evidence logs. Each variant created for a keyword, language, or campaign adds to this total.

Error Rate shows the percentage of requests that failed to return a variant. A low rate indicates the snippet is working correctly; a rising rate signals a problem that needs investigation.

Where to find the metrics in the dashboard

1. Log in to app.seatext.com and select the project.
2. The Overview tab opens by default. The three counters sit in a sticky header above the traffic‑source breakdown.
3. Hover any counter to see a tooltip with recent deltas.
4. Click a counter to open a drill‑down view: Requests Processed shows a timeline; Content Generated lists recent variants with page URL, agent name, and timestamp; Error Rate lists error codes and affected URLs.

Real‑time vs. periodic updates

The headline counters update as data arrives via a WebSocket connection. Deeper tables (variant list, error log) pull from the analytics warehouse and refresh after a short delay. If you only see the headline numbers move, the live stream is healthy; if the drill‑downs lag, that is expected.

For single‑page applications (React, Vue, Angular) the snippet uses async loading and stores a visitor ID in localStorage. The first page view after a hard refresh may show a delay before Requests Processed increments, because the SPA router must mount before the snippet initializes. Subsequent route changes register instantly.

Interpreting the numbers for each agent

Common reasons the counters stay at zero

• Snippet not in <body>: The integration guide for SPAs says to place the snippet within the body tag of your index.html file, or in the equivalent initialization section of your SPA framework.
• Content Security Policy blocks the script: Check the browser Console for "Refused to load the script" errors. Add https://cdn.seatext.com to script-src and connect-src directives.
• Domain not authorized: In the SeaText project settings, the "Allowed Domains" list must include every hostname (including staging subdomains) where the snippet runs.
• Cross‑origin iframe: If your checkout or login sits on a different domain, the snippet must be added there as well; localStorage isolation prevents the visitor ID from sharing across origins.
• Ad blocker or privacy extension: Some extensions block the SeaText collector endpoint. Test in an incognito window with extensions disabled.

Deeper dashboard views for ongoing monitoring

Beyond the three headline counters, the dashboard provides dimensioned reporting that helps you verify each agent’s impact:

• Conversion reporting by page, keyword, and variant — shows lift per test variant created by the CRO Optimizer.
• Tracks results by language and market — breaks down traffic, conversions, and revenue for each language enabled in the Translation Agent.
• Tracks results by traffic source — attributes conversions to Google, Meta, email, referral, or direct, confirming the Visitor Source Rewrite Agent is routing correctly.
• Ad Spend Reclaimed — summarizes bot‑click evidence and refund‑ready reports generated by the Bot Protection Agent.
• AI Search Traffic — surfaces organic visits from ChatGPT and Google AI engine recommendations when the ChatGPT Brand Visibility Agent is active.

Step‑by‑step verification checklist

1. Open the site in a clean browser window (incognito, no extensions).
2. Open Developer Tools → Network tab. Filter for "seatext". You should see the snippet request return 200 and a subsequent WebSocket upgrade.
3. Switch to Console. Look for the initialization message: "SeaText AI initialized" followed by the project ID.
4. Return to the SeaText dashboard Overview tab. Watch Requests Processed increment by 1.
5. Navigate to a second page (or trigger a route change in an SPA). Requests Processed should increment again within a few seconds.
6. If you have the Google Ads Agent active, click a test ad. Content Generated should rise as the keyword‑matched variant is created.
7. If Error Rate exceeds a low baseline, click the counter, copy the error code, and search the SeaText help center or contact support.

Limitations of the dashboard metrics

• The three headline counters confirm activity, not quality. A rising Content Generated count only means variants were created; you still need the Variants Editor or conversion reports to judge performance.
• Error Rate aggregates all failure types. A CSP block and a model timeout look the same in the headline number; you must drill down to see the code.
• Data freshness: headline counters are real‑time; dimensioned tables (by keyword, language, source) lag slightly. Don’t make rapid decisions on the lagged tables.
• Single‑page apps with heavy client‑side routing may cause the snippet to re‑initialize on each route change if not placed in the bootstrap file. The SPA integration guide recommends initializing once in the app bootstrap file.
• The dashboard does not expose raw latency or model‑token usage. For that level of observability, use the SeaText API (Enterprise plans only).

Frequently asked questions

How do I know which agent created a specific variant?

In the Content Generated drill‑down, each row shows the agent badge (e.g., "Google Ads Agent", "Translation Agent", "CRO Optimizer"). Filter by agent to isolate activity.

Can I export the metric data for my own BI tool?

Yes. The dashboard has a CSV export button on every drill‑down table.

What does "Content Generated" count when multiple agents run on the same page?

Each agent that writes a text block increments the counter. A single page view with the Google Ads Agent rewriting the headline and the Translation Agent translating the body counts as two Content Generated events.

Why does Requests Processed exceed my Google Analytics pageviews?

SeaText counts every snippet execution, including bot traffic filtered by the Bot Protection Agent and prerender requests from search crawlers. GA typically filters bots by default.

Is there a metric that shows A/B test winners?

Not in the headline row. Open the Variants Editor → "Testing variants" tab. It shows statistical significance, conversion lift, and the winning variant per test.

What should I do if Error Rate spikes after a site deploy?

First, verify the snippet is still present in the new build. Second, check the Console for CSP errors. Third, confirm the deployed domain is still in the Allowed Domains list. Most post‑deploy spikes are caused by a missing snippet or a new CSP header.

Can I set alerts on these metrics?

The dashboard supports email and Slack alerts for Error Rate thresholds and for Requests Processed dropping to zero (indicating a snippet outage). Configure them in Project Settings → Alerts.

Why Staging Testing Matters for SeaText

Testing SeaText AI on a staging environment is crucial. It lets you confirm the script works as expected. You can see how AI agents modify your content. This happens before real users see any changes. Staging acts as a safe sandbox. It mirrors your live site. You can experiment without risk. This prevents unexpected issues on your production site. It ensures a smooth launch.

How SeaText Staging Integration Works

SeaText’s JavaScript snippet is designed to be domain-agnostic. When you deploy the same snippet to a staging, development, or QA environment, the script initializes identically to how it would on production. It reads the page's Document Object Model (DOM). Then, it applies the active AI agents. These agents include CRO Optimizer, translation, and personalization tools. Finally, it writes the AI-generated variants into the page. Because the script runs on the client-side, no server-side configuration is needed. DNS changes are also unnecessary. The primary difference is that staging traffic is typically excluded from analytics and ad platforms. This means any variant impressions or conversion events remain isolated. This isolation is key for accurate testing.

The snippet includes the async attribute. This ensures it never blocks page rendering. It also writes an anonymous ID to localStorage. This maintains session continuity across different page views. If your staging site shares a top-level domain with production (e.g., staging.example.com versus www.example.com), the same localStorage namespace applies. This can be beneficial for cross-environment quality assurance. If you use a completely separate domain (e.g., myapp-staging.netlify.app), the script simply creates a new ID for that specific origin. This ensures distinct tracking for each environment.

Step-by-Step Guide: Adding SeaText to Staging

1. Copy the snippet from the SeaText dashboard. Navigate to the Installation section within your SeaText dashboard. Copy the provided snippet. This snippet is a single <script> tag. It contains your unique account ID.
2. Paste it into your staging entry point. For a Single Page Application (SPA), insert the snippet inside the <body> tag of your index.html file. Alternatively, place it in your framework’s bootstrap file. Examples include public/index.html in Create React App or src/main.ts in Angular. The documentation advises: "Identify the Entry Point: Determine where your SPA initializes. This is typically in an index.html file or a main JavaScript/TypeScript file where your framework mounts the application."
3. Build and serve the staging build. Execute your standard build command. This might be npm run build, npm run serve, or ng serve. Deploy this build to your staging host. This could be Netlify, Vercel, AWS Amplify, or a Kubernetes namespace.
4. Open the staging URL and verify loading. Access your staging site in a web browser. Open Developer Tools (usually by pressing F12). Navigate to the Network tab. Filter for "seatext" or the script's domain. Confirm that the script loads successfully with an HTTP 200 status. Check the Console tab for an initialization message, such as "SeaText AI initialized" or similar.
5. Activate the agents you want to test. In the SeaText dashboard, toggle the desired agents for your staging domain. You can activate agents like CRO Optimizer, Translation, or Bot Protection. The dashboard allows you to specify particular pages or URL patterns. This enables you to limit the test to a single landing page or a specific section of your site.
6. Inspect the rendered output. Reload the staging page after activating agents. Look for changes such as rewritten headlines, translated text blocks, or personalized calls to action (CTAs). Use the Elements panel in your browser's developer tools. Look for data-seatext-variant attributes. These attributes mark elements that have been modified by the AI.
7. Run your automated test suite (optional). If you utilize automated testing frameworks like Cypress, Playwright, or Selenium, enhance your tests. Add assertions to check for the presence of SeaText variant attributes. You can also verify that the expected rewritten copy is displayed. This proactive step helps catch regressions before they impact your live site.

Verifying SeaText Integration on Staging

Verification involves three key layers: ensuring the script loads correctly, confirming AI activity, and checking for business-logic correctness.

1. Script Load Verification

• Network Tab: Confirm the SeaText script loads with a 200 OK status. Check for any Cross-Origin Resource Sharing (CORS) errors.
• Console Tab: Ensure there are no red error messages related to seatext or localStorage.

2. AI Activity Confirmation

• Dashboard Analytics: Navigate to Dashboard → Analytics. The 'Requests Processed' metric should increment as you browse different pages on your staging site.
• Variants Editor: The SeaText dashboard should display your staging URL with the active AI variants listed.
• Page Inspection: Examine the page source or use the Elements panel. Look for the data-seatext-variant attribute on elements that have been modified by SeaText.

3. Business-Logic Correctness Checks

• Translation Agent: Use the SeaText language selector or a URL parameter to switch the page language. Verify that the content accurately translates.
• Personalization Agent: Simulate different UTM parameters (e.g., ?utm_source=google&utm_campaign=brand). Check if headlines or offers change as expected based on these parameters.
• Bot Protection Agent: Staging traffic is typically low volume. You can still confirm the agent loads by checking the Network tab for the bot-detection beacon.

Common Staging-Specific Considerations

Cross-Origin and Subdomain Setup

If your staging environment operates on a different subdomain or a separate domain, the SeaText script treats it as a distinct origin. This has several implications:

• A new, anonymous ID is generated in localStorage specifically for that origin.
• Dashboard analytics will present the staging domain as a separate "site." This is unless you choose to group them under a unified account view.
• SeaText does not use cookies for tracking. Therefore, there are no cross-domain tracking concerns related to cookies.

The SeaText documentation highlights: "Cross-Origin Considerations: If your SPA interacts with multiple domains, ensure that the SEATEXT AI script is compatible and does not face cross-origin issues." In practice, the script is served with permissive CORS headers. This allows cross-origin loads to function without additional configuration.

Local Storage Permissions

Certain staging setups might restrict localStorage access. This can occur in scenarios like Safari's private browsing mode or specific CI headless browsers. If localStorage is blocked, the SeaText script will gracefully fall back to using in-memory storage. However, this fallback means session continuity across page reloads will be lost. If your quality assurance process relies on multi-page user journeys, ensure that localStorage access is granted in your test browser profiles.

Agent Activation Scope

The SeaText dashboard provides granular control over agent activation. You can activate agents on a per-domain basis or for specific URL patterns. For staging environments, this flexibility allows for several testing strategies:

• Full Mirroring: Enable all available agents on the staging domain. This mirrors the configuration you intend for your production site, allowing for comprehensive testing.
• Targeted Testing: Activate only the CRO Optimizer agent on a single landing page URL pattern (e.g., /landing/*). This isolates testing to a specific area, making it easier to analyze results.
• Excluding Specific Agents: Consider disabling the Bot Protection agent on staging. This prevents test traffic from skewing refund-evidence reports, ensuring the data remains relevant for production analysis.

Moving from Staging to Production

Once your staging validation is complete and successful, the transition to production follows a straightforward three-step process, as recommended by SeaText for any new site integration:

1. Add the snippet to production. Use the exact same snippet and account ID that you used for staging. Paste this into your production index.html file or your tag management system.
2. Activate agents in the dashboard for the production domain. You can replicate the agent activation pattern used on staging. Alternatively, you can start with a smaller subset of agents, such as only the CRO Optimizer on your highest-traffic pages.
3. Monitor the initial 24–48 hours. Closely observe the SeaText dashboard for key metrics. These include 'Requests Processed,' 'Content Generated,' and 'Error Rate.' When these real-time counters begin to update as visitors arrive on your live site, it signifies that the integration is fully operational.

Since the JavaScript snippet remains identical between staging and production, there is no code difference to manage. The only change required is updating the domain associated with your SeaText account in the dashboard's site list.

Limitations and When This Advice May Not Apply

• Server-Side Rendering (SSR) with Hydration Mismatches: If your SPA utilizes frameworks like Next.js, Nuxt, or Angular Universal, and the SeaText snippet executes before the client-side hydration process, the AI-rewritten DOM might be discarded. This occurs during hydration. A workaround involves loading the snippet after hydration completes. This can be achieved by placing it within a useEffect or onMounted hook. Alternatively, you can explore SeaText’s server-side API, though this is not covered in the current source pack.
• Strict CSP Without Script-SRC Allow-List: If your staging environment enforces strict Content Security Policy (CSP) headers, and you are unable to modify them to include the SeaText script domain, the script will be blocked. This is an infrastructure constraint rather than a SeaText limitation.
• Environments That Strip localStorage: Certain enterprise-level secure browsers or specific mobile web view implementations may disable localStorage. In such cases, the SeaText script will degrade gracefully. However, it will lose the ability to maintain session continuity.
• Multiple SeaText Accounts on the Same Page: It is essential that only one SeaText snippet instance runs per page. If both staging and production snippets are inadvertently injected (for example, through a shared tag manager container), they will conflict, leading to unpredictable behavior.

Key Facts

Terminology Quick Reference

• Snippet: The single <script> tag you embed in your HTML. It contains your account ID and loads the SeaText runtime.
• Agent: An autonomous AI module, such as CRO Optimizer, Translation, or Bot Protection. Agents are toggled on or off for specific domains or URL patterns.
• Variant: A modified version of a page element, like a headline, CTA, or product block. SeaText injects these variants for A/B testing.
• Dashboard: The web-based user interface located at app.seatext.com. It's used for managing sites, agents, and viewing analytics.
• Local Storage ID: An anonymous identifier stored in the visitor’s browser. It links sessions across multiple page views.

Hypothetical Scenario: Staging Validation for a React E-Commerce Site

Consider a team managing a React SPA deployed on staging.shop.example.com. They integrate the SeaText snippet by pasting it into their public/index.html file. After deploying to their Netlify staging environment, they activate the CRO Optimizer and Translation agents. They specifically target the /product/* URL pattern for these agents. During their testing phase in the browser, they perform the following checks:

1. Script Load Confirmation: They open the Network tab in their browser's developer tools. They verify that the SeaTex

If Seatext returns no content after you have added the snippet, first confirm that your API key is valid and that the snippet is loading without network errors.

Next, verify that the CSS selector you configured matches at least one element on the page and check the browser console for any Seatext-related warnings or failed requests.

Real-World Impact of the 'No Content Generated' Error

The 'no content generated' error can have significant consequences, including lost conversions from mismatched landing page copy, wasted Google/Meta ad spend, and poor experience for paid traffic.

Prerequisites

You need a valid Seatext API key, the snippet installed in your page’s HTML, and access to the browser’s developer tools.

Key Facts

Step-by-Step Troubleshooting Flow

1. Verify API key – open the Seatext dashboard or the network request to ensure the key is accepted.
2. Confirm snippet loaded – in the Network tab, look for a request to seatext.com with status 200.
3. Check selector match – run document.querySelector('YOUR_SELECTOR') in the console; it should return an element.
4. Review console errors – look for messages from Seatext such as “Invalid API key” or “No matching elements”.
5. Consider SPA async loading – if your framework renders content after the initial load, ensure the selector targets elements that exist after hydration or re-initialize Seatext after DOM changes.
6. Test on a static page – create a minimal HTML file with the snippet and a known selector (e.g., h1) to isolate environment issues.

Common Mistake

Assuming the snippet works simply because it appears in the page source, without checking whether the API key is present or the selector matches any element.

Verification

After each step, reload the page and look at the Seatext dashboard counters (Requests Processed, Content Generated) or the network tab for a successful request to the Seatext endpoint.

Limitations

This guide assumes you are using the standard JavaScript snippet. It does not cover server-side rendering environments where the snippet is injected after hydration, nor cases where a content security policy blocks the script.

Terminology

• API key – the token that authorizes your site to call Seatext’s AI service.
• Selector – the CSS selector you tell Seatext to target for content replacement.
• SPA – Single Page Application, where the UI is updated without a full page reload.
• Async attribute – makes the script load in parallel with page rendering.
• Hydration – the process where a JavaScript framework attaches event listeners and makes static HTML interactive after initial page load.
• Content Security Policy – a security header that controls which scripts can run on a page.
• Mutation Observer – a browser API that detects changes to the DOM after initial load.

Trade-offs and Best Practices

Selector specificity trade-offs: a more specific selector may reduce the likelihood of false positives but may also reduce the likelihood of matching the intended element.

Performance impacts of frequent Seatext re-initialization: re-initializing Seatext after DOM changes can impact performance, so it's essential to balance the need for up-to-date content with the need for optimal performance.

Guidance for testing changes in staging before production: test changes in a staging environment before deploying to production to ensure that the changes do not introduce any issues.

SPA Troubleshooting

For React, Vue, and Angular, ensure that the snippet is loaded after the framework has initialized and that the selector targets elements that exist after hydration.

Use a mutation observer to re-initialize Seatext after DOM changes.

FAQ

1. Why does Seatext show “Requests Processed” but zero “Content Generated”? – The request reached the service, but no element matched your selector, so nothing was replaced.
2. How can I tell if my API key is wrong? – The network request will return a 401 or 403 response; check the console for an unauthorized error.
3. What if I am using a React SPA and the snippet loads before the component mounts? – Place the snippet in the index.html body and ensure the selector targets elements that exist after the initial render, or use a mutation observer to re-run Seatext after DOM changes.
4. Do I need to reinstall the snippet after every code deploy? – No, as long as the snippet remains in the HTML and the selector is still valid.
5. Can ad blockers interfere with Seatext? – Some blockers may treat the Seatext domain as tracking and block the script; whitelist the domain or use a different subdomain if provided.
6. How do I troubleshoot dynamic selectors? – Use the browser console to inspect the element and verify that the selector matches.
7. What if I encounter a CSP conflict? – Check the Content Security Policy header and ensure that the Seatext script is allowed to run.
8. How do I troubleshoot a 500 server error? – Check the server logs for errors and ensure that the Seatext script is properly configured.
9. Can ad blockers interfere with Seatext? – Some blockers may treat the Seatext domain as tracking and block the script; whitelist the domain or use a different subdomain if provided.

SeaText AI powers real‑time ad‑keyword matching, multilingual translation, bot click detection, and conversion‑rate optimization. If the snippet that drives these features goes down for even an hour, high‑traffic campaigns can lose 10‑30 % of conversions, according to SeaText’s own value claims.^[S2] Monitoring snippet uptime therefore protects revenue, keeps CRO tools active, and ensures bot‑refund evidence continues to be generated.

Prerequisites

Before you begin, gather the following tools. All are optional except the snippet URL.

• Access to the HTML where the SeaText snippet is installed (or the exact src URL).
• A Linux/Unix server, workstation, or CI runner that can run bash, Node.js, or Python.
• Basic familiarity with curl, grep, and cron syntax.
• An email address, Slack webhook, or PagerDuty integration for alerts (optional but recommended).
• Optional tools per use case:
  • jq – parse JSON if you query SeaText’s status API endpoint.
  • Puppeteer – headless Chrome for SPA validation (see the SPA section).
  • Webhook URLs for Slack, PagerDuty, or Microsoft Teams.

1. Locate your SeaText snippet URL

The snippet is provided in the SeaText documentation and looks like:

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

If you use a custom CDN path, copy the exact src value from your page source.

2. Create a basic health‑check script

Save the following as seatext_healthcheck.sh and make it executable.

#!/bin/bash
SNIPPET_URL="https://cdn.seatext.ai/seatext.js"
EXPECTED_TOKEN="SEATEXTCODEINTEGRATION"
# Check HTTP status
HTTP_CODE=$(curl -s -o /dev/null -w "%{http_code}" "$SNIPPET_URL")
if [ "$HTTP_CODE" -ne 200 ]; then
  echo "ERROR: SeaText snippet returned HTTP $HTTP_CODE"
  exit 1
fi
# Verify token presence
SNIPPET_CONTENT=$(curl -s "$SNIPPET_URL")
if [[ ! "$SNIPPET_CONTENT" =~ $EXPECTED_TOKEN ]]; then
  echo "ERROR: Expected token not found in snippet"
  exit 1
fi
echo "SUCCESS: SeaText snippet is healthy"
exit 0

3. Test the script manually

Run it from the command line:

./seatext_healthcheck.sh

You should see SUCCESS: SeaText snippet is healthy. If you get an error, double‑check the URL and token.

4. Schedule the script with cron

Edit your crontab (crontab -e) and add a line for daily execution at 02:30 AM:

30 2 * * * /path/to/seatext_healthcheck.sh >> /var/log/seatext_healthcheck.log 2>&1

This appends output and errors to a log file for later review.

5. Set up failure alerts

To receive an email when the script exits with a non‑zero status:

30 2 * * * /path/to/seatext_healthcheck.sh || mail -s "SeaText health check failed" you@example.com <<< "The daily SeaText snippet check failed at $(date)."

Replace the mail command with a curl POST to a Slack or PagerDuty webhook for instant team notifications.

6. Verify the automation works

Force a run to generate a log entry:

sudo run-parts --report /etc/cron.daily

Inspect /var/log/seatext_healthcheck.log for a SUCCESS line. Then simulate a failure by editing the script to use an invalid URL and confirm that an alert is sent.

Trade‑offs: Choosing Your Health Check Setup

Three common approaches exist. Choose based on site size, traffic volume, and engineering resources.

Small blogs usually need only the basic script. E‑commerce stores benefit from managed services that can alert in seconds. Enterprises that rely on SeaText’s AI initialization should add a headless‑browser check to verify full functionality.

Advanced: End‑to‑End Health Checks for SPAs and Complex Sites

SeaText’s snippet must load, initialize, and emit a console message SeaText initialized (see SPA documentation ^[S1]). The following Puppeteer script performs a full end‑to‑end validation.

const puppeteer = require('puppeteer');

(async () => {
  const url = 'https://your-site.example.com/test-page.html';
  const browser = await puppeteer.launch({headless: true});
  const page = await browser.newPage();
  // Capture console messages
  let initialized = false;
  page.on('console', msg => {
    if (msg.text().includes('SeaText initialized')) {
      initialized = true;
    }
  });
  await page.goto(url, {waitUntil: 'networkidle2', timeout: 30000});
  // Wait a few seconds for async init
  await page.waitForTimeout(5000);
  if (initialized) {
    console.log('SUCCESS: SeaText AI fully initialized');
    process.exit(0);
  } else {
    console.error('ERROR: SeaText init message not seen');
    process.exit(1);
  }
  await browser.close();
})();

Run this script on a schedule (e.g., every 5 minutes) using a CI runner or a cron job that invokes node check_seatext_spa.js. Adjust the URL to a page that includes the snippet.

Trade‑offs: Choosing Your Health Check Setup

See the table above for a quick comparison.

Tailor Your Check to Your Use Case

• Small blogs: Daily cron check with email alert. No need for headless browser.
• E‑commerce stores: 5‑minute interval checks via UptimeRobot or Datadog, Slack alerts, and optional Puppeteer validation for checkout pages.
• Enterprise teams: Centralized dashboard (e.g., Datadog or New Relic) that aggregates checks from all domains, runs headless end‑to‑end scripts, and integrates with incident‑management tools like PagerDuty.

Troubleshooting Common Check Failures

Understanding HTTP codes helps you react quickly.

• 403 Forbidden – Likely a Web Application Firewall (WAF) block. Whitelist the monitoring IP or adjust firewall rules.
• 404 Not Found – The snippet URL is incorrect or the CDN path changed. Verify the src attribute in your page source.
• 500 Internal Server Error – SeaText CDN outage. Check SeaText’s status page or the /status API endpoint if available.

When SeaText releases a new snippet version, the expected token changes. The documentation (S1) lists the new token; update EXPECTED_TOKEN in your script accordingly.

To test regional CDN availability, use curl -H "Host: cdn.seatext.ai" https://.cdn.seatext.ai/seatext.js or query the status endpoint with a region parameter if provided.

Limitations and Upgrade Guidance

The basic script only confirms that the snippet file is reachable and contains the token. It does not verify:

• Full AI initialization on the page.
• Runtime errors after the script loads.
• Cross‑origin or local‑storage permissions.

For high‑traffic ad campaigns, add a headless‑browser check (see the SPA section) to validate that SeaText fully initializes and that the console message appears. If you manage multiple sites, deploy a centralized monitoring dashboard that tracks each site’s health check results in one view.

Verification and Failure‑Scenario Testing

Before you rely on the check, test both success and failure paths.

1. Block the snippet URL locally by adding 127.0.0.1 cdn.seatext.ai to /etc/hosts. Run the script and confirm that it logs an error and triggers your alert channel.
2. Change EXPECTED_TOKEN to a wrong string. The script should fail with “Expected token not found”. Verify that the alert contains the exact error message.
3. Review the log file after each run. Look for the HTTP status line and token check result. Use grep or jq if you query a JSON status endpoint.

Frequently asked questions

How do I update my health check when SeaText releases a new snippet version?

Open the snippet documentation (source S1). Locate the new SEATEXTCODE… token and replace the EXPECTED_TOKEN variable in your script. Re‑run the script to confirm success.

Can I monitor multiple SeaText installations from a single dashboard?

Yes. Use a managed service like Datadog or New Relic that supports multiple HTTP checks. Add each site’s snippet URL as a separate monitor and group them in a dashboard.

How do I integrate health check alerts with my team's Slack or PagerDuty?

Replace the mail command in the cron line with a curl POST to your Slack webhook URL or PagerDuty Events API. Example for Slack:

curl -X POST -H 'Content-type: application/json' --data '{"text":"SeaText health check failed at $(date)"}' https://hooks.slack.com/services/…

What's the difference between a basic snippet load check and a full end‑to‑end SeaText functionality check?

A basic check only verifies HTTP 200 and token presence. An end‑to‑end check runs a headless browser, waits for the script to initialize, and confirms the console message or DOM changes that indicate SeaText is active. The latter catches runtime errors, CSP blocks, and SPA loading issues.

Do I need an API key for this health check?

No. The snippet is publicly served; the check accesses it without authentication.

What if my snippet is behind a login or internal domain?

Run the script on a host that can reach the internal network, or add appropriate -u user:pass flags to curl for basic auth.

How often should I run the check?

Daily is enough for low‑risk sites. Increase to every 5 minutes for e‑commerce or enterprise environments where revenue impact is high.

Can I use a monitoring service instead of cron?

Yes. Any service that can perform an HTTP GET and evaluate the response (UptimeRobot, Pingdom, Datadog) can replace the cron‑based script.

Key facts about the SeaText snippet (from source)

Further reading

• SeaText SPA integration guide (S1)
• SeaText homepage – feature overview and business outcomes (S2)
• API health‑check best practices (general reference)

Fallback content appears when the AI service cannot generate a variant, such as when a request fails or is blocked. This keeps the page functional while indicating an issue.

Reviewing the dashboard and contacting support can help diagnose the cause.

What is fallback content in SeaText AI?

Fallback content is the default text or layout that SeaText shows when it cannot produce a new variant from the AI model. It prevents blank spaces or errors on the page. The original headline, offer, or call to action remains visible to the visitor.

How SeaText AI generates variants

When a visitor loads a page, the snippet sends a request to the AI service with the page context and any active campaign data. The service returns a rewritten headline, offer, or CTA. If the request succeeds, the variant replaces the original content. This process happens before the page fully renders for the visitor.

Common situations that trigger fallback

• The AI service does not respond within the allowed time.
• The request exceeds size or rate limits set by the service.
• The content violates the service's usage policy and is blocked.

Impact of fallback on visitor experience

Visitors see the original headline or offer instead of a personalized version. This may lower relevance for the specific ad click or traffic source, but the page remains functional.

Marketing impact of fallback on paid traffic campaigns

SeaText rewrites landing pages to match the exact keyword a visitor searched on Google Ads. When fallback occurs, the visitor sees a generic page instead of a keyword-matched page. This breaks the ad-to-landing-page message match. The visitor does not see the promise from the ad. Bounce rates rise because the page feels irrelevant. Conversion rates drop because the offer does not align with the search intent. Ad spend is wasted on clicks that do not convert. The Google Ads Agent depends on real-time rewrites for each keyword. Fallback defeats this mechanism. The Visitor Source Agent matches pages to ads, emails, and referrals. Fallback shows the same generic page to every source. Campaign personalization fails. The dashboard tracks results by page, keyword, and version. Fallback views dilute performance data. You cannot optimize what you cannot measure.

Diagnosing fallback events

1. Open the SeaText dashboard and look for the "Errors" or "Fallback" counter.
2. Check the browser console for network errors related to the snippet.
3. Verify that the async script loads without blocking and that local storage is accessible.
4. Confirm that your site does not enforce strict cross‑origin blocks on the snippet's domain.

Adjusting settings to reduce fallback

• Reduce the number of simultaneous variants requested on a page.
• Increase the timeout value in the snippet settings if available.
• Ensure the snippet is placed after the opening body tag or in the framework's initialization section.
• Grant the site permission to use local storage and allow cross‑origin requests to the AI service domain.

Trade-offs of fallback mitigation

Each adjustment carries a downside. Increasing the timeout value gives the AI more time to respond, but it may delay page rendering for visitors. A slower page hurts user experience and Core Web Vitals. Reducing the number of simultaneous variants lowers the chance of hitting rate limits, but it also limits the number of personalized elements on a page. You may lose the ability to rewrite headlines, offers, and CTAs all at once. Granting cross‑origin permissions and local storage access enables the snippet to function, but it requires balancing functionality with site security policies. Strict Content Security Policies may block the requests. You must decide which trade-offs fit your performance and security requirements.

Real-world fallback scenarios

Temporary fallback during AI model updates is normal and resolves automatically. The service may pause generation while deploying a new model version. Black Friday or flash sale traffic spikes can exceed rate limits for a short period. Fallback protects the page during the spike. Normal generation resumes when traffic stabilizes. Persistent fallback for specific traffic sources indicates a configuration issue. For example, a Google Ads campaign with malformed UTM parameters may send context the AI cannot parse. SPA integration errors, such as the snippet not re‑initializing on route changes, cause fallback on every page view. The documentation for SPAs notes that the snippet must be placed in the initialization section and that async loading, local storage, and cross‑origin compatibility are required. If these are missing, fallback becomes constant.

Limitations and when fallback is expected

Fallback may still occur during service maintenance, sudden traffic spikes, or when the AI model updates. In these cases, the fallback ensures the page does not break, and normal generation resumes once the service stabilizes.

Key facts

Frequently asked questions

• What should I do if I see frequent fallback?

  Check the dashboard for error codes, review console logs, and verify that the snippet meets the technical requirements (async, local storage, cross‑origin).

• Does fallback affect billing?

  Fallback requests still count toward usage; however, you are not charged for unsuccessful generations if the service blocks them.

• Can I customize the fallback text?

  Yes, you can set a default headline or offer in the dashboard that will be used when the AI cannot generate a variant.

• Is fallback a sign of misconfiguration?

  Not always; occasional fallback is normal, but a high rate indicates a configuration or limit issue that should be addressed.

• How can I measure if fallback is hurting my campaign performance?

  Check dashboard fallback rates by traffic source and compare conversion rates for fallback vs successful variant views. The dashboard tracks results by page, keyword, and version, so you can segment paid traffic and see the impact.

• Will fallback affect my A/B test results?

  Fallback views are excluded from variant performance calculations by default, per SeaText's tracking logic. This keeps test data clean, but a high fallback rate reduces the sample size for valid variants.

To verify that the SeaText script loads correctly, open your browser’s Developer Tools and look at three places: the Network tab to confirm the script file was requested and returned with a 200 status, the Console for any error messages or the SeaText initialization log, and the Application tab (or Storage) to see the identifier that SeaText writes to local storage.

Scope and definition

Verifying script load means confirming that the SeaText JavaScript snippet has been fetched by the browser, executed without errors, and has stored its unique identifier in local storage so later calls to the SeaText API can succeed.

Why verifying script load matters

If the snippet fails to load, SeaText cannot rewrite page content, detect bots, or translate text. Missing loads lead to blank AI‑generated sections, console errors, and no data in the SeaText dashboard, which can be mistaken for a configuration problem.

SeaText's public client data shows that when the script does not load, ad landing pages may fail to match visitor intent. In several cases this mismatch has been linked to conversion‑rate drops of up to 30 %. Ensuring the script loads protects revenue and keeps the AI‑driven personalization pipeline intact.

How the SeaText snippet works

The snippet is inserted as a <script async src='...'></script> tag. The async attribute lets the browser continue parsing the page while the script downloads. Once loaded, the script creates an ID in localStorage and logs an initialization message to the console.

During initialization the script contacts the SeaText API to retrieve the visitor’s session token. This token is stored alongside the local‑storage ID and is used for subsequent API calls that power content rewriting, bot detection, and translation. Without the stored ID the API cannot associate requests with a specific visitor, causing fallback behavior.

The local‑storage ID persists across page reloads unless cleared by the user or site policy. It enables SeaText to maintain continuity of experiments and personalization variants, ensuring that a returning visitor sees the same version of the page that was originally served.

Using the Network tab to check script requests

1. Open Developer Tools (F12 or right‑click → Inspect).
2. Select the Network tab.
3. Reload the page (Ctrl+R).
4. Filter by 'js' or by the script’s hostname (e.g., 'seatext.com').
5. Look for an entry with status '200' and type 'script'.
6. Click the entry to view request/response headers and confirm the URL matches the snippet you inserted.

A missing entry or a non‑200 status indicates a network block, CSP issue, or incorrect URL.

Reading the Console for initialization and errors

1. With Developer Tools open, choose the Console tab.
2. Reload the page.
3. Look for a line that contains 'SeaText initialized' or similar log from the snippet.
4. Any red error messages (e.g., 'Failed to load resource' or 'Refused to execute script') point to loading problems.

The console also shows warnings if the script tries to access local storage but permission is denied.

Checking local storage in the Application tab

1. Open Developer Tools → Application tab.
2. In the left pane expand Local Storage → your site’s origin.
3. Search for a key that starts with 'seatext_' or contains the string 'SeaText'.
4. The value is an identifier (usually a UUID) that the script writes after successful load.
5. If the key is absent, the script either did not run or was blocked from writing to storage.

For visual reference, full annotated screenshots are available on the client’s landing page; the placeholders below illustrate what to look for.

Expert Troubleshooting Tips

Expert tip: If you use a nonce‑based Content Security Policy, make sure the nonce is present on the script tag; otherwise the script will be blocked even if seatext.com is allowed in script‑src.

Expert tip: In the Network tab, type 'seatext' in the filter bar to instantly isolate the script request on pages with many resources.

Expert tip: When testing in a staging environment, disable service workers temporarily to avoid serving a stale cached version of the snippet.

Expert tip: For pages loaded inside cross‑origin iframes, verify that the iframe’s sandbox attribute does not prohibit local‑storage writes; otherwise the script will execute but cannot store its ID.

Expert tip: If you see 'SeaText is not defined' in the Console, check the order of tags in Google Tag Manager; the SeaText snippet must fire before any tags that depend on the SeaText global object.

Common pitfalls and when the advice doesn’t apply

• Content Security Policy (CSP) that blocks inline scripts or external scripts from 'seatext.com' will prevent loading; you must add the domain to 'script-src'.
• Ad blockers or privacy extensions sometimes treat the SeaText URL as a tracker and block it; disable them for testing.
• In environments where local storage is disabled (e.g., incognito with storage cleared, or sandboxed iframes), the script may load but cannot write its ID; you will still see the network request and console log.
• Server‑side rendering frameworks that strip the snippet before sending HTML to the client will never see the request; ensure the snippet is part of the initial HTML sent to the browser.
• Google Tag Manager firing order can cause 'SeaText is not defined' console errors if the snippet is loaded after dependent tags; move the SeaText tag earlier in the GTM container.
• Service workers may cache a stale version of the SeaText script, leading to failed initialization; bypass the cache or update the service‑worker script.
• Cross‑origin iframe restrictions can block localStorage writes even if the script downloads and executes successfully; adjust the iframe’s sandbox or use postMessage to relay the ID.

Quick decision framework for troubleshooting

1. Confirm network request: Network tab shows 200 script?
2. If no, check URL, CSP, ad‑blocker, or server‑side removal.
3. If yes, open Console: any errors?
4. If errors, fix them (CSP, MIME type, etc.).
5. If no errors, look for initialization log.
6. If log missing, the script may have been blocked before execution (e.g., by a CSP that allows download but not execution).
7. If log present, verify local storage key.
8. If key missing but console shows success, storage may be disabled; test in a normal window.

Limitations and alternatives

Developer Tools give a manual, point‑in‑time check. For continuous verification you can automate with a small script that polls performance.getEntriesByType('resource') for the SeaText URL or watches localStorage for the identifier. If you cannot modify the page, a proxy or service worker can log requests, but that adds complexity.

Production verification guidance: open the Console and run if (window.SeaText && localStorage.getItem('seatext_id')) { console.log('SeaText loaded and ID present'); } else { console.log('SeaText not ready'); }. This snippet confirms both the global object and the storage key. For ongoing monitoring, configure synthetic‑traffic tools such as Pingdom or Datadog to request the page and assert that the SeaText script returns a 200 status.

Expert perspective

Expert tip: When reviewing CSP reports, look for 'script-src' violations that mention the seatext.com domain; adding a hash or nonce for the specific script version can resolve the issue without opening the policy broadly.

Expert tip: Use the Performance tab to record a route change in a single‑page application; after the navigation, run the same Console check for window.SeaText and localStorage to confirm the script survived the SPA transition.

Expert tip: If you observe a 403 Forbidden error for the SeaText script in the Network tab, verify that your API key is not restricted to specific domains or IPs, and check whether a web application firewall (WAF) is blocking requests to seatext.com.

FAQ

What should I do if the Network tab shows the script but the Console is empty?

Check whether the script executed successfully. A missing console log can happen if the script throws an error before logging or if the page’s CSP blocks script execution. Look for any error messages in the Console; if none appear, temporarily disable CSP or ad‑blockers to isolate the cause.

Can I verify the script load without reloading the page?

Yes. After the initial load, you can open Developer Tools at any time and look at the Network tab (which shows past requests) and the Application tab’s local storage. The Console will only show new logs on reload, but the existing local‑storage ID confirms the script previously ran.

Does SeaText work if local storage is disabled?

The script will still download and execute, but it cannot write its identifier. Some features that rely on the stored ID (e.g., reconnecting to a session) may fall back to alternative mechanisms, but core text rewriting will still function as long as the script runs.

How often should I check the script load during development?

Check each time you deploy a change to the snippet’s placement, after a CSP update, or when you add/adjust browser extensions. In production, a weekly automated check using a synthetic‑traffic script is sufficient for most sites.

Are there any browser‑specific quirks?

Safari’s private‑browsing mode blocks local storage by default; the script will load but will not store the ID. Chrome and Firefox behave similarly only when storage is explicitly disabled via settings or policy.

Why do I see a 403 Forbidden error for the SeaText script in the Network tab?

Check if your API key is restricted to specific domains or IPs, or if a web application firewall (WAF) is blocking the seatext.com domain. Adjust the key settings or WAF rules accordingly.

How do I verify the script loaded in a single‑page application (SPA) without a full page reload?

Use the Performance tab to record a route change, or run a small JavaScript snippet in the Console after navigation to check for the SeaText global object and the localStorage ID. Both indicate that the script survived the SPA transition.

Terminology glossary

Async attribute

HTML script attribute that tells the browser to download the script in parallel with parsing and execute it as soon as it is available.

Local storage

A browser‑based key‑value store that persists across page reloads unless cleared by the user or site.

Content Security Policy (CSP)

An HTTP header that restricts which resources the browser may load or execute, helping prevent cross‑site scripting attacks.

Network tab

Developer Tools panel that lists every HTTP request made by the page, with status, size, and timing.

Console

Developer Tools panel for logging JavaScript output and displaying errors.

Application tab → Storage

Section where you can inspect cookies, local storage, session storage, and IndexedDB.

Key facts

import { useEffect } from 'react';

export default function SeaTextInit() {
  useEffect(() => {
    const script = document.createElement('script');
    script.src = 'https://cdn.seatext.com/seatext.js'; // replace with your actual URL
    script.async = true;
    document.body.appendChild(script);
    return () => {
      document.body.removeChild(script);
    };
  }, []);
  return null;
}

import { useEffect } from 'react';

export function SeaTextLoader() {
  useEffect(() => {
    const script = document.createElement('script');
    script.src = 'https://cdn.seatext.com/seatext.js'; // replace with your actual snippet URL
    script.async = true;
    script.setAttribute('data-seatext-key', 'YOUR_PUBLIC_KEY');
    document.body.appendChild(script);

    return () => {
      script.remove();
    };
  }, []);

  return null;
}