Coder Legion - Recent posts tagged headlesscms

Directus Basics Part 2 — Understanding Relationships (M2O, O2M, M2M)

Tue, 18 Aug 2026 00:38:07 +0000

This is part two of our Directus Basics series. In part one, we set up a Directus instance and created our first collection. Today we're covering one of the most powerful features Directus offers: relationships between collections.

By the end of this article, you'll understand three core relationship types — Many to One (M2O), One to Many (O2M), and Many to Many (M2M). There's a fourth type, Many to Any (M2A), which we'll cover in a future post.

Setting Up the Branding Collection

Continuing from our existing Directus instance, let's create a new collection called branding. Select all the additional default fields Directus offers.

Add two fields:

Field	Type
`name`	String (basic input)
`description`	Text (textarea)

Once the collection is set up, add a few entries — I'd recommend at least two different brands so you can see the relationship in action once it's wired up.

Many to One (M2O): Products → Branding

Head over to your products collection. We want to connect a product to a brand.

Logically: many products can belong to one brand. That's a Many to One relationship — many products, to one brand.

Steps:

Create Field → Relational category → Many to One
Key: brand_id
Related Collection: branding
De-select Enable Create Button — you always want to choose a brand from an existing list, not create one on the fly
Save

One to Many (O2M): Branding → Products

Since one brand can have many products, we need to set up the reverse relationship explicitly on the branding collection.

Steps:

Create Field → Relational category → One to Many
Key: products
Related Collection: products
Foreign Key: brand_id — the field we just created on the products side
De-select Enable Create Button
Save

Seeing the Relationship in Action

Go back into your products collection and assign a brand to each product. Make sure at least two products share the same brand so the relationship is visible.

You'll notice each product can only belong to one brand — that's the M2O relationship at work.

Now open the branding collection and click into one of your brands. You'll see the products you just assigned show up automatically — you didn't have to add them manually. Directus handled that because of the relationship you configured.

Many to Many (M2M): Products ↔ Tags

M2M relationships work differently — both sides can have many related records.

A common real-world example: tags on products, used to improve SEO. A single product can have multiple tags, and a single tag can apply to many products.

Create the Tags Collection

Create a new collection called tags, with the same two fields as before:

Field	Type
`name`	String
`description`	Text (textarea)

Add three or four tags before moving on.

Wire Up the M2M Relationship

Back in the products collection:

Create Field → Relational category → Many to Many
Key: tags
Related Collection: tags
De-select Enable Create Button
Do not save yet — scroll down and click "Continue in Advanced Field Creation Mode"
In the sidebar, click Relationship, then find Corresponding Field
Check "Create Field" — under Field Name, you should see products appear
Save

Why the advanced flow? Under Corresponding Field, products appears automatically — that's Directus telling you it's about to create the matching relational field back on the tags collection. Unlike the M2O/O2M setup, you don't have to manually configure both sides — Directus builds the reverse relationship for you.

Now, when you add a tag to a product, Directus automatically links that product under the corresponding tag in the tags collection — no manual syncing required.

Summary

Relationship	Direction	Example
M2O	Many records → one related record	Products → Branding
O2M	One record → many related records	Branding → Products
M2M	Many ↔ many, both directions	Products ↔ Tags

Relationships are one of those Directus features that make a lot more sense once you've built one yourself than they do reading about them — so I'd recommend replicating this setup in your own instance before moving on.

That wraps up part two. In part three, we'll cover Directus permissions — how to control exactly who can see and edit your data.

Found this useful? Follow for more Directus and TanStack Start tutorials, or check out the video version on YouTube.

Migrating to Headless eCommerce: A Step-by-Step Guide for Modern Brands

Thu, 12 Feb 2026 09:30:59 +0000

With the increasing customer expectations and the proliferation of digital touchpoints, these monolithic eCommerce systems can't keep pace. What businesses want is faster storefront experiences, omnichannel flexibility, and performance that scales without disrupting the business. Headless eCommerce does just that. Migrating to a headless architecture allows you to separate the frontend from the backside, which enables faster innovation and frictionless customer experiences. But poorly executed migrations can easily result in resulting downtimes, SEO loss, and revenue disruption.

In this article, we will take you through the full headless migration process of an eCommerce store and explain how selecting the right eCommerce website migration service can be a guarantee that everything will go smoothly and be genuinely painless.

What Is Headless eCommerce?

So when we talk about Headless eCommerce, we are talking about a way of building stores where the part that customers see, which is the frontend, is not connected to the part that does all the work behind the scenes, which is the backend. The frontend is like the store window that people look at, and the backend is like the warehouse that manages all the products, orders, payments, and data for Headless eCommerce. This means that for Headless eCommerce, the frontend and backend are separate which can be really useful, for Headless eCommerce.

Headless commerce is different from systems where everything is connected together. It breaks down the layers. Connects them using special codes called APIs. The backend of commerce takes care of all the main business work.

The frontend of commerce is built separately using new technologies. This means the backend and frontend of commerce are not tied together like they are in traditional systems. Headless commerce gives us the freedom to build the frontend of headless commerce however we want.

For businesses looking for a detailed breakdown of headless architecture, Salesforce provides a comprehensive headless eCommerce guide that explains the benefits, architecture, and use cases for modern commerce.
This structure allows businesses to create customized, high-performance shopping experiences across multiple digital channels without being restricted by backend limitations.

Why Businesses Are Migrating to Headless Commerce

Headless eCommerce is becoming the preferred choice for modern brands because it enables faster, more flexible, and scalable digital experiences that traditional platforms often struggle to deliver.

Performance & Speed
Improving performance is one of the primary benefits of headless eCommerce. Many headless architectures use modern technologies such as React and Next.js to build their frontends, allowing for optimizations that focus specifically on speed and user experience.

Not only do pages load quickly, but the overall user experience feels much smoother, along with the elimination of backend dependencies that are not needed. These improvements also reflect directly in Core Web Vitals, which measure critical user experience metrics for a website, including Largest Contentful Paint (LCP) and First Input Delay (FID), two key ranking signals that Google uses to measure the relative quality of websites.

Finally, faster websites not only receive higher rankings on search engines, but they also have lower bounce rates and higher conversions; therefore, an improvement of even 1 second on a single eCommerce page can mean a considerable amount of revenue for your business.

Omnichannel Expansion
Utilizing headless architectures will allow you to provide consistent shopping experiences on multiple digital platforms. The backend communicates through APIs, allowing it to connect with mobile apps, online marketplaces & other channels.

Instead of rebuilding the entire commerce system for each new channel, you would just connect your existing backend to various frontends. This way, your brand can quickly grow into new selling channels while still controlling products, pricing & inventory from one central source.

Scalability
Scaling one segment of the entire platform in conventional systems typically results in also scaling up the complete system; this often incurs high costs and leads to inefficient resource allocation. As a result, if your business experiences high levels of traffic during a sale or promotional event, you would be able to quickly scale your frontend to meet user demand without negatively impacting your backend operations, as they are independently scalable with a headless eCommerce model.

Additionally, backend upgrades can take place without having to go through redesigning the frontend/ storefront of your eCommerce site.

As a result of these attributes, your eCommerce business / store can maintain stability and continued responsiveness, even during end-of-month sales or large amounts of new retail sales and customers entering your marketplace over a relatively short period of time.

Faster Innovation
The ability of headless commerce to decouple front-end development from back-end commerce operations streamlines product and service development, enabling development teams to execute their vision. By decoupling the user interface from the commerce platform's back-end core, you can make UI changes without affecting your ability to operate as an online store.

When you combine this decoupling with faster feature releases, easier A/B Tests, faster design changes, and the ability to continuously improve without experiencing any downtime, you have the opportunity to experiment and react quickly to changes in the marketplace, helping your business maintain its competitive advantage in a rapidly changing digital environment.

Step-by-Step Process to Migrate to Headless eCommerce

Step 1: Conduct a Technical & Business Assessment
Before starting your headless migration, it’s essential to understand exactly where your current system stands. Skipping this step often leads to unexpected issues later, so begin by evaluating this creature.

The limitations of your current platform
Your existing SEO structure and rankings
Third-party integrations such as ERP, CRM, payment gateways, and shipping tools
Data architecture and database structure
How dependent is your revenue and traffic on the current setup

This assessment helps you identify potential risks and areas that need special attention.

For a more detailed reference, you can also check this eCommerce migration guide that walks through the process for businesses looking to transition smoothly.

Step 2: Choose the Right Headless Technology Stack
The technology stack you select will shape your store’s long-term flexibility, scalability, and maintenance costs. Your decision should carefully consider your Backend and frontend platforms, CMS integration for content management, API capabilities, documentation quality, and Hosting and infrastructure setup.

Each business has unique requirements. For example, a high-volume enterprise brand may need a different backend than a fast-growing D2C startup. Choosing the wrong stack can result in higher development costs, performance issues, and ongoing maintenance challenges. That’s why careful evaluation, often with expert guidance, is crucial at this stage.

Step 3: Create a Migration Roadmap
After this, you need to create a clear roadmap to keep your migration organized and predictable. Without one, the process can quickly become chaotic.

There are two primary migration approaches:

Phased Migration

This method gradually transitions your system to a headless architecture.

Features are moved step by step
Testing happens in parallel
Risks are minimized
Downtime is reduced or eliminated

This approach allows businesses to maintain operations while modernizing their infrastructure. Most growing brands prefer this strategy because it offers better control and flexibility.

Big-Bang Migration
This approach involves switching everything at once.

The entire system is replaced in a single launch
Higher risk of downtime
Requires extensive testing before going live

While faster in theory, big-bang migrations carry more risk and are usually suitable only for smaller systems or complete platform overhauls.

Step 4: Secure and Structured Data Migration
Data is the backbone of your eCommerce store, and mishandling it can result in revenue loss, customer dissatisfaction, and serious SEO damage. This includes critical assets such as product catalogs, customer accounts, order history, SEO metadata, and existing URL structures.

During migration, it is essential to maintain URL consistency wherever possible, implement proper 301 redirects, preserve schema markup, and back up all data before making any structural changes.
Even small errors at this stage can lead to broken pages, lost rankings, or disrupted user journeys.
Partnering with an experienced [eCommerce website migration service][4] ensures that your data is transferred securely and accurately while minimizing SEO disruption and preventing data loss.

Step 5: Infrastructure Setup & Parallel Testing
You must have your new headless architecture in a parallel or staging environment before it is considered live. This ensures thorough testing of the entire system prior to launching your new website, without affecting the current store or its customers. In this environment, the front end of the new site operates independently, backend APIs are validated, and performance benchmarks are established.

A full complement of testing should include "real-world" test cases such as high-traffic load tests, checkout and payment processes, validating the operation of the payment gateways, performing security checks, and testing the site's responsiveness on mobile devices. This phase of testing will ensure that the new system will operate properly, securely, and at an acceptable level of service during live operations.

Step 6: SEO Preservation & Optimization
Search engine optimization (SEO) is one of the most commonly neglected aspects of migration, yet most of the traffic and revenue generated from website visitations is heavily dependent on the SEO of a website. One way to protect your search visibility is to preserve the current URL structure and as dedicated URLs as possible during the migration, use code-based 301 redirects when necessary, revise and submit an updated XML Sitemap immediately after the migration, use Google Search Console to monitor for any crawl issues after your migration, and maintain the metadata, canonical tags, and structured data for your webpages.

Poorly implemented migration SEO can result in major traffic declines for your website. If carefully managed, your migration will also improve your organic rankings by providing you with better performance from the migration process and delivering a better end-user experience than before your migration.

Step 7: Final Data Sync & Go Live
Proper coordination is required during the final launch phase. All new orders and customer data must be synchronized as much as possible before going live; backend updates may have to be frozen for a short period of time, and DNS settings will need to be updated. Lastly, real-time monitoring tools should be prepared for tracking performance immediately upon going live.

Once the site has become live, ongoing monitoring of that site's performance will be critical to its success. This will include reviewing performance metrics, tracking traffic/conversion rates, identifying and resolving crawl errors, and optimising page speed continuously. The successful go-live marks not only the completion of the project but also the beginning of an ongoing process of improvement and refinement.

Common Challenges in Headless Migration

Headless eCommerce migration comes with challenges such as API latency, complex integrations, potential SEO fluctuations, higher development costs, and longer testing cycles.

These risks can be minimized by working with an experienced eCommerce website migration service, ensuring a smoother and more reliable transition.

Conclusion

Choosing eCommerce is a very important decision to make. It’s more than just changing a few technical aspects of your business. Migrating to eCommerce is also changing how you do business and grow your brand online. If done well, headless eCommerce can improve your website performance, grow your business with ease, create happier customers, and prepare your business to sell everywhere, not just on your site. Consider headless eCommerce as an option for your company.

Successful headless migration is contingent on effective strategy, comprehensive testing, and organized execution. Whichever path you’re following for your migration phase or completion, you want to partner with an experienced eCommerce website migration company for a seamless, secure transition to meet your business objectives over the long haul.

Frequently Asked Questions

Q.1 What is headless eCommerce migration?
It is the process of separating the frontend from the backend commerce system and rebuilding the storefront using modern frameworks connected via APIs.

Q.2 How long does headless migration take?
It depends on store size, integrations, and complexity. It can range from a few weeks to several months.

Q.3 Will I lose SEO rankings during migration?
If handled correctly with redirects and metadata preservation, rankings can be maintained or even improved.

Q.4 Is headless eCommerce more expensive?
Initial development may cost more, but long-term flexibility and scalability often justify the investment.

Essential Patterns for Designing a Headless CMS Frontend: Avoiding Pitfalls

Thu, 26 Jun 2025 17:26:07 +0000

After implementing headless CMS architectures across multiple production systems, I've learned that success hinges on understanding three core patterns and avoiding five common pitfalls. This isn't about whether you should go headless—it's about doing it right when you do.

Why Teams Choose Headless (And Why It Matters)

Headless CMS architectures decouple content management from presentation, exposing content via APIs rather than rendering pages server-side. We see teams adopting this approach for three main reasons: multi-channel content delivery becomes trivial, performance improves dramatically through static generation and edge caching, and developer velocity increases when frontend teams can iterate independently.

The fundamental shift is architectural: content becomes data, not markup. This enables powerful patterns like content reuse across touch points, programmatic content manipulation, and sophisticated caching strategies that traditional CMS platforms struggle with.

The key insight is that your mobile app, frontend website, and third-party integrations all use the same content APIs. This means:

Single source of truth for all content
Consistent data structure across all touch points
Reduced maintenance - one API to rule them all
Future-proof - new integrations use existing APIs

Real-World Example:

Imagine an e-commerce company where:

Frontend website displays product pages
Mobile app shows the same products
Email marketing pulls product descriptions for campaigns
Analytics dashboard tracks content performance
Customer support accesses product specs for help tickets

All these systems hit the same headless CMS APIs, ensuring consistency and reducing the integration burden.

This is the core value proposition of headless CMS: write content once, distribute everywhere through APIs.

Three Core Architecture Patterns That Work

Pattern 1: Hybrid Rendering Strategy

Don't choose between static and dynamic—use both strategically. Different content types have different requirements.

// Match rendering strategy to content characteristics
function getRevalidationStrategy(contentType: string): number {
  const strategies = {
    'marketing-page': 86400,  // 24 hours - rarely changes
    'blog-post': 3600,        // 1 hour - occasional updates
    'product-info': 1800,     // 30 minutes - price changes
    'news': 300,              // 5 minutes - breaking updates
  };

  return strategies[contentType] || 3600;
}

The key insight: content update frequency should drive your caching strategy, not technology preferences. Marketing pages can be static for days, while product prices need frequent updates.

Pattern 2: Type-Safe Content Contracts

Runtime validation prevents malformed content from breaking your application. The architecture pattern is validation at the boundary, not throughout your app.

// Validate once at the API boundary
const ContentSchema = z.object({
  type: z.enum(['hero', 'text', 'image', 'cta']),
  metadata: z.object({
    publishedAt: z.iso.datetime(),
    author: z.string(),
  }),
});

// Your app works with validated types everywhere else
type Content = z.infer<typeof ContentSchema>;

Architectural decision: Fail fast at the data boundary rather than handling invalid content throughout your component tree.

Pattern 3: Component-Driven Content Architecture

Map CMS content blocks to React components for flexible page building. The pattern is about separation of concerns—content structure drives component selection.

// Content drives component selection
const componentMap = {
  hero: HeroComponent,
  text: TextBlock,
  image: ImageBlock,
  cta: CallToAction,
};

function renderContentBlock(block: ContentBlock) {
  const Component = componentMap[block.type];
  return Component ? <Component {...block.props} /> : null;
}

Key architectural insight: Let content authors compose pages by selecting component types, not by writing HTML or choosing layouts.

Five Common Pitfalls (And How to Avoid Them)

1. Vendor Lock-in Through Proprietary APIs

The Problem: CMS vendors provide convenient SDKs that create subtle dependencies on their specific implementations.

The Solution: Abstract CMS interactions behind your own interfaces.

// Create vendor-agnostic contracts
interface ContentRepository {
  fetchContent(id: string): Promise<ContentBlock>;
  searchContent(query: string): Promise<ContentBlock[]>;
}

// Implementation can be swapped without changing your app
class ContentfulRepository implements ContentRepository {
  async fetchContent(id: string): Promise<ContentBlock> {
    const entry = await this.client.getEntry(id);
    return this.transformToContentBlock(entry);
  }
}

Architectural insight: The repository pattern isn't just good practice—it's insurance against vendor changes and migration nightmares.

2. Overfetching Without Realizing It

The Problem: GraphQL doesn't automatically prevent overfetching—poorly designed queries can request unnecessary data.

The Solution: Design component-specific fragments, not kitchen-sink queries.

// Bad: Everything for everyone
const KITCHEN_SINK_QUERY = gql`
  query GetPost($id: ID!) {
    post(id: $id) {
      title content author { name bio avatar socialLinks }
      seo { title description keywords }
      analytics { views shares }
    }
  }
`;

// Good: Component-specific needs
const POST_SUMMARY_FRAGMENT = gql`
  fragment PostSummary on Post {
    title excerpt publishedAt
    author { name avatar }
  }
`;

Key decision: Optimize for component requirements, not data availability.

3. Ignoring Content Author Experience

The Problem: Technical teams focus on developer experience and forget that content authors need to use the system daily.

The Solution: Treat preview functionality as a first-class feature, not an afterthought.

// Preview mode should be reliable, not fragile
export async function generatePreviewData(request: NextRequest) {
  const { searchParams } = new URL(request.url);
  const secret = searchParams.get('secret');

  if (secret !== process.env.PREVIEW_SECRET) {
    return new Response('Invalid token', { status: 401 });
  }

  // Always fetch fresh content for previews
  const content = await fetchDraftContent(slug, { cache: 'no-store' });
  return NextResponse.redirect(new URL(`/preview/${slug}`, request.url));
}

Critical insight: If content authors can't trust preview mode, they'll stop using your headless system.

4. Underestimating Build Time Impact

The Problem: Static generation sounds great until your build times hit 20+ minutes and block deployments.

The Solution: Implement on-demand revalidation instead of rebuilding everything.

// Revalidate specific content, not entire site
export async function POST(request: Request) {
  const { contentId, contentType } = await request.json();

  try {
    // Surgical cache invalidation
    await revalidateTag(`content-${contentType}-${contentId}`);
    return Response.json({ revalidated: true });
  } catch (err) {
    return Response.json({ revalidated: false });
  }
}

Architectural decision: Plan for content velocity from day one, not when builds start timing out.

5. Poor Error Boundaries for Content Failures

The Problem: One malformed content block breaks the entire page, creating a terrible user experience.

The Solution: Implement granular error boundaries around content components.

// Isolate content rendering failures
function ContentBlockErrorBoundary({ children, fallback }) {
  return (
    <ErrorBoundary
      fallback={fallback}
      onError={(error) => {
        // Log but don't crash the page
        console.error('Content block failed:', error);
      }}
    >
      {children}
    </ErrorBoundary>
  );
}

Critical pattern: Content failures should degrade gracefully, not cascade through your entire application.

Content Deployment Pipeline

Understanding the technical patterns is only half the battle. Successful headless CMS implementations require robust deployment workflows that content teams can trust. Here's the pipeline we've refined across multiple production deployments:

A → B: Content Update → Webhook Trigger

Content authors publish changes in the CMS, automatically triggering webhooks to your build system. This eliminates manual deployment steps and ensures content changes flow through your pipeline consistently.

B → C: Webhook Trigger → Validation Check

Validate incoming content before processing. Check for required fields, schema compliance, and content structure. This prevents malformed content from breaking your build process—a critical step that many teams skip until they get burned.

C → D: Validation Check → Build Process

If validation passes, trigger your build or regeneration process. The key architectural decision here: full rebuild vs. incremental updates based on content type and change scope.

D → E: Build Process → Preview Deploy

Deploy to a staging environment first. This step is non-negotiable for content team confidence. If content authors can't reliably preview their changes, they'll lose trust in your headless system.

E → F: Preview Deploy → Production Deploy

After preview approval, deploy to production. This can be automatic for low-risk content types or require manual approval for critical pages. Design this step based on your organization's risk tolerance.

F → G: Production Deploy → Cache Invalidation

Clear CDN caches for updated content paths. The architectural challenge: invalidate only what changed to maintain performance while ensuring content freshness.

G → H: Cache Invalidation → Performance Check

Monitor Core Web Vitals and load times after deployment. This feedback loop catches performance regressions and validates that your caching strategy is working as intended.

Pipeline insight: Each step addresses a common failure point in headless implementations. The diagram shows why preview functionality and build time considerations—two of our biggest pitfalls—are architectural requirements, not nice-to-haves.

Summary

Successful headless CMS implementations come down to three core patterns: hybrid rendering strategies that match content characteristics, type-safe content contracts that prevent runtime failures, and component-driven architectures that enable flexible content creation.

The biggest pitfalls aren't technical—they're organizational. Vendor lock-in, poor author experience, and inadequate error handling cause more headless CMS failures than architectural decisions. Plan for these human factors as carefully as you plan your component hierarchies.

Key insight: Headless CMS success depends as much on content team workflows as technical architecture. The best pattern libraries in the world won't save you if your content authors can't effectively use the system.

Start with solid foundations—runtime validation, error boundaries, and preview workflows—then optimize for performance. Your content team will thank you, and your architecture will scale gracefully as requirements evolve.

Additional References

Headless CMS Platforms & Documentation:

Contentful Documentation: Comprehensive API documentation and best practices
Strapi Documentation: Open-source headless CMS implementation guide
Sanity Documentation: Real-time collaborative editing and flexible content modeling

Frontend Framework Integration:

Next.js Data Fetching: SSG, SSR, and ISR implementation patterns
SvelteKit Loading Data: Svelte patterns for data fetching and rendering

Performance & Validation:

Zod Documentation: Runtime schema validation for API responses
TanStack Query Documentation: Advanced caching and data synchronization
Core Web Vitals Guide: Performance metrics that matter for headless sites

About Me

Engineering Leader with a decade of experience building scalable frontend architectures for high-traffic applications. Specialized in headless CMS implementations, performance optimization, and developer experience tooling. Currently architecting content delivery systems that serve millions of users while maintaining exceptional developer productivity.

Passionate about sharing real-world engineering lessons learned from production deployments, code reviews, and the inevitable 2 AM debugging sessions that teach us the most.

Connect with me:

LinkedIn: linkedin.com/in/stanley-j
Twitter: @istealersn_dev
Dev.to: dev.to/stanleyj
Substack: @iStealerSn

Follow for more insights on frontend architecture, headless CMS patterns, and battle-tested engineering practices that actually work in production.

How We Created a Top-Ranking SEO-Optimized Article in Record Time: A Step-by-Step Showcase

Tue, 11 Feb 2025 22:13:44 +0000

Our Content Creation Process

Step 1: Define Article Objective

We start every article with a clear purpose. For this piece, the objective was to share our experience migrating the Flotiq blog from Gatsby to Next.js while providing actionable insights for developers facing similar challenges.

Initial Title: “From Gatsby to Next.js: Why We Migrated Our Blog and How You Can Too.”
Scenario: A detailed guide discussing the migration process, highlighting benefits, challenges, and practical advice.

Step 2: SEO Research and Recommendations

Using SEO tools, we analyzed the competition and identified high-value keywords like Gatsby to Next.js migration. We also determined the ideal word count, suggested headers, and refined the title for search optimization.

Step 3: Content Creation

With the research complete, we wrote the article in Google Docs, following the outlined strategy. This step focused on crafting engaging, actionable content that addresses the needs of developers and technical teams.

Step 4: Publishing and Optimization

The finalized article was moved to Flotiq, where we formatted and enhanced it using the Surfer plugin. This tool helped us fine-tune keyword density, improve readability, and ensure alignment with best practices for on-page SEO.

Step 5: Post-Publication Monitoring

After publishing the article, we monitored its performance. We used the Indexing Status Plugin to confirm that the page was indexed by Google and tracked its ranking for the target keyword. We’re proud to say the article now ranks on the first page of Google for Gatsby to Next.js migration!

What’s in the Video?

In the video, I’ll walk you through the entire process, showing how we applied this framework to create the article. Here’s what you can expect:

1. Introduction

Brief explanation why this process is essential for our content strategy.

2. The Content Creation Process

I’ll present a graphic outlining our five-step process, emphasizing its importance and benefits.

3. Step-by-Step Showcase

Google Docs Overview: You’ll see how we organized the initial article draft, including objectives and SEO suggestions.
Migrating to Flotiq: I’ll demonstrate how we move content from Google Docs to Flotiq and use the Surfer plugin to optimize it.
Publishing: Watch as I publish the article and ensure it meets all SEO standards.
Indexing Status: I’ll show how we verify that the page is indexed in Google.
Ranking Results: Finally, I’ll reveal the article ranking on the first page of Google for the target keyword.

4. Closing Thoughts

I’ll summarize the process, highlight key takeaways, and encourage viewers to explore Flotiq as their content management solution.

Watch the Video Now

YouTube: How to Write SEO Content That Ranks: Our Proven Content Creation Process for Success

This video isn’t just a tutorial—it’s a blueprint for creating high-performing content that combines strategic planning, powerful tools, and a results-driven mindset. If you want to create articles that rank high on Google and resonate with your audience, this process is a great place to start.

Have questions or want to share your thoughts? Write to us!