🖼 Auto-Generated Image Thumbnails in OneEntry

Anyone who has worked with galleries or catalogs knows that manual thumbnails are a never-ending pain for developers. Implementing this process creates dozens of file copies, unnecessary storage clutter, inconsistent sizes and layouts, degraded LCP/INP metrics, and ultimately a loss of search rankings.

🔥 We solved this problem so it never becomes a burden for teams again!

In OneEntry, thumbnails are generated automatically:

• multiple versions of a single image at once (thumbnail, card, gallery)
• stable links and predictable dimensions in the API and SDK
• ready-to-use presets in the admin panel for editors
• support for modern formats WebP/AVIF

Usage Patterns

• Lists and catalogs: insert optimized thumbnails into feeds to reduce page weight
• Galleries: use different sizes — small for thumbnails, large for modal views
• Product cards: pick the right size for grids and a separate one for the detail page

This approach eliminates manual thumbnail generation and guarantees predictable results: the developer gets ready-made links and dimensions, while the system takes care of the routine.

Performance and SEO: Why Auto-Thumbnails Matter

❌ What happens without optimization:
• images load in the wrong sizes
• pages become heavier
• LCP increases, INP signals delays
• site speed and SEO suffer

✅ What auto-thumbnails in OneEntry provide:
• each image is instantly delivered in the correct size
• no extra kilobytes or quality loss
• cards, lists, and galleries load faster

Developer checklist:
• use formats WebP and AVIF
• set width and height to avoid CLS
• apply loading="lazy" for non-critical images
• use decoding="async" for smoother rendering
• apply priority hints for key images (LCP)

📊 Results in numbers:
In e-commerce catalogs, auto-thumbnails + responsive images reduce image weight by 20–40% and speed up LCP by 120–250 ms on mobile networks.
For users, it feels like an instant load, and for businesses, it means higher conversions and better SEO rankings.

LQPT (Low Quality Preview Thumbnail)

✨ Instant image effect: instead of a blank block, a blurred lightweight preview appears first, and within milliseconds it’s replaced by the final image.

🔧 How it works in OneEntry:
• the system automatically generates “phantom thumbnails”
• they are delivered along with the main previews
• the developer simply connects them in the interface

📌 Use cases:
• e-commerce: product cards always look “alive,” even on 3G
• media: article teasers never turn into empty blocks while scrolling
• corporate portals: employees don’t wait for “blank windows” before photos load

⚡ Key point: no external libraries or hacks — everything is built into OneEntry.

📌 Business Value and Scenarios

🔹 Auto-thumbnails in OneEntry quickly prove themselves in real business tasks.

💼 For e-commerce and marketplaces
— a unified and professional look for product cards
— assortment can be updated daily
— storefront always stays consistent and predictable
— no need to manually prepare dozens of image versions, the system does it all

📰 In content projects and media
— structured covers and teasers become a tool for audience retention
— feeds load faster
— materials look consistent
— the brand gains visual integrity without extra editorial effort

🏢 In corporate and internal portals
— automation saves hours of routine work
— editors don’t need to coordinate sizes and adjustments with developers
— publishing content becomes simpler and faster

💰 TCO (total cost of ownership)
— no need for external plugins
— no custom pipelines
— no third-party DAM services
— everything is built into the platform → the team works faster, the business spends less on maintenance and infrastructure

🚀 To see how this works in real projects, try our demo applications and explore the documentation.

We are confident: this approach will help reduce routine, accelerate product launches, and let you focus on what really matters.

🔗 Learn more here:
OneEntry Documentation

🛠 Ready-to-Use Restaurant Demo Project on OneEntry: Free Code, Quick Start, Clear Architecture

We’ve released a free restaurant demo app on OneEntry. Install it like a regular app and explore menus, orders, payments, and table reservations.
👨‍💻 Developers can use the source code right away, while businesses see how their app might look and manage processes easily.
⚡ The demo app speeds up time-to-market and shows clearly how management works in OneEntry.

🔹 What is available right now

• 📱 A ready-to-use mobile app (Android) with delivery and reservations; description and screenshots are available in the app store
• 💻 A public repository with the React Native source code (TypeScript + Expo Prebuild + NativeWind/Tailwind), well-thought-out architecture (expo-router, Redux Toolkit), notifications (email, push, and WebSocket), orders, and Stripe payments


🏢 Benefits for businesses

• 📉 Significant time-to-market reduction: ready-made flows — catalog, filters, promotions, cart, payments, order history, table reservations
• 🖥 Single admin panel management: menus, photos, prices, promotions, and schedules are available in the OneEntry admin panel; changes are instantly reflected in the app without new releases
• 📈 Scalability and multi-user support: suitable both for individual cafés and for chains with multiple locations
• 🔒 Transparency and security: the demo app itself does not collect data. It is a demo; the further policy depends on your project configuration


👨‍💻 What matters for developers

• ⚙️ Tech stack: React Native + Expo Prebuild, TypeScript, NativeWind (Tailwind), Redux Toolkit, expo-router; notifications via Firebase/Email/WebSocket, payments via Stripe
• 🗂 Domain-based architecture: separation of Auth/Content, delivery/booking as sub-domains, reusable shared components and hooks, server-side state for cross-session consistency
• 🚀 Build and run: designed for Expo Prebuild (not Expo Go), standard commands npx expo run:android/ios; environment check via npx expo-doctor
• ⚡ Quick start with OneEntry: set ONEENTRY_DOMAIN, ONEENTRY_API_KEY, RECAPTCHA_KEY, generate a token in Settings → App tokens — and you are ready to work with a real backend


📲 What’s inside the demo (screens and flows)

• Onboarding, authentication and 2FA, registration, verification
• Home, menu, product card, favorites, filters, categories, promotions
• Cart, checkout, payment, confirmation, order history
• Table reservations: choose restaurant, date, time, confirmation, history
• Profile, reviews

👉 A complete list of screens with illustrations can be found on the demo app landing page


⚡ How it speeds up implementation

1️⃣ For exploration: install the demo app and see the UX live
2️⃣ For developers: pull the code, configure variables, enable the required modules/integrations
3️⃣ For businesses: manage content and processes easily from OneEntry (menus, prices, promotions, reservation schedules)


🗓 What’s next

• Web version on Next.js — scheduled for release in October 2025 as a separate demo for Food Delivery & Restaurants, so you can choose mobile-first, web-first, or a combined approach depending on your goals


❓ Frequently asked questions

Is this a complete out-of-the-box solution?
This is a demo application: 80–90% of the typical functionality is already included out of the box with OneEntry. Each business customizes it for its own processes, integrations, and branding.

Can the business logic be changed?
Yes. Data structures and forms are managed in OneEntry, and any integrations or backend logic extensions are possible.

Can it run without your own backend?
Yes, all content and logic live in OneEntry; the demo application code demonstrates how to work with the platform without writing a backend from scratch.

⸻

✨ We hope this demo application will be a valuable starting point for your projects. Thank you for staying with us!

🔗 Links
• Google Play
• GitHub
• Demo App Landing Page

💡 Why Kotlin Matters

Kotlin has grown from a JVM module language into a full tool for mobile, server, and multiplatform apps.

📊 In September 2025 it ranked 15th in PYPL and 20th in TIOBE, staying firmly in the global top 20.

Developers love its concise syntax, strong typing, coroutines, and Java interoperability. It’s the official Android language, and platforms like OneEntry expand its ecosystem to server and multiplatform solutions.

🛠 OneEntry Platform and SDK for Kotlin

OneEntry is a ready-to-use server platform with secure API, events, integrations, and custom modules. It takes care of data and business logic on the backend — developers focus only on the app.

⚡ At its core is a powerful Kotlin SDK: typed methods, Jetpack Compose and Multiplatform support, safe data exchange, and easy integration with external services. No need for manual HTTP clients or JSON parsing — typed calls save time and reduce boilerplate.

📂 The platform manages data, permissions, and rules centrally. Updates and integrations are set in one place, making projects scalable and easier to maintain. Data flows seamlessly into ViewModels and UI without extra logic.

🔒 Security is built in: the SDK blocks direct storage access, while mTLS protects data on the transport layer. Developers focus on architecture and UX, and OneEntry tools help deliver complex scenarios faster.
🛍 What the Kotlin Demo Shop Offers

OneEntry has released an open-source demo shop on Kotlin — a quick start for e-commerce projects. The source code is on GitHub, and the ready-to-use app can be tested on Google Play.

✨ It’s a free template with high performance and customization in mind. Clean interface, responsive design, and deep OneEntry integration give developers full control over their store.
📂 Project Structure and Key Screens

The codebase is built for easy extension. The Config class initializes the app with OneEntryCore.initializeApp(), sets domain and token/certificate, and defines functions for screen names and icons.

📱 Main screens include:

• Home – new arrivals & promos
• Catalog – browse by category
• Favorites & Cart – save items, checkout
• Settings, Profile & Order History
• Contacts & My Orders – support & tracking
• Registration & Auth – phone/email, OTP, password reset

⚙️ The project uses MVVM: screens and states in view, logic in viewmodel. network handles OneEntry SDK requests, while items stores UI components like auth forms, cart, modals, ErrorItem, and the Sidebar menu.

🏗 Application Architecture

📱 App & MainActivity
App uses @HiltAndroidApp for Hilt config. In MainActivity (@AndroidEntryPoint), the app sets screen orientation, copies certificates, applies config, and builds UI with Jetpack Compose. It also connects ViewModels and renders screens.

🧭 NavigationGraph
Defines navigation flow: start screen + all routes (Home, Catalog, Cart, Settings, etc.). Each route is tied to its ViewModel and UI, making navigation and data handling smooth.

🔒 Supporting functions
The Screen file lists all routes and titles for centralized, type-safe navigation. assets stores the .p12 certificate for secure communication. Future plans: payments (Stripe keys pending), plus sockets and push notifications.

🚀 Getting Started with the Template

The demo shop is open source. Just grab it from GitHub, replace the test token with your own (or certificate), and run. Integration with OneEntry is already built in — set up catalog, products, and payments in the admin panel, and your store is ready.

📱 For quick testing, the app is on Google Play. It’s built with React Native + TailwindCSS, has a clean interface, and shows what’s possible with OneEntry. Free, customizable, and ready to scale.


Useful Links

• 🔗 Live Demo
• 💻 Source Code on GitHub
• 📱 Google Play App

🚀 OneEntry: a reliable bridge between your apps and core business systems (CRM, ERP, accounting)

⚠️ CRM and accounting data often diverge from applications: online orders are delayed, payments or customer info get lost, and figures don’t match between site, books, and warehouse.

🔗 To eliminate errors and automate exchange, OneEntry includes the Integrations module — a visual tool linking APIs and services via drag-and-drop nodes. It lets teams connect CRM, ERP, or accounting in a few clicks without coding or complex setup.

📦 Integrating applications with CRM, ERP, accounting and inventory
OneEntry unifies data, events, and media, removing the need to build a backend. All content, parameters, and state are managed centrally, so orders from a site instantly sync with CRM, ERP, or accounting systems.

🛠 Visual flow construction
Integrations are built from self-contained “nodes” — each handling a task like HTTP requests, data processing, or templating. You connect them like building blocks, with lines showing the flow of data.

✨ This approach:

• ⚡ Speeds up integration and works even for non-programmers
• 🧩 Reduces errors with visible, testable logic
• 🔄 Allows quick changes — add or remove a block, publish, and it works immediately

💼 The value of OneEntry’s integration module for business

🔒 Secure data — stored in the cloud, processed via authorised APIs, with copies in ERP/CRM/accounting.
⚙️ Backend handled — storage, caching, versioning, and updates are automated.
✅ No mismatches — events track orders, admin API sends data, eliminating manual input.
📈 Control and scale — Integration Collections store external values with simple Name/Token setup.

👨‍💻 Low-code approach: what’s inside for developers

Flows are built from nodes linked into chains. Key ones:
• 🟢 inject — triggers flows for testing
• 🐞 debug — logs data for troubleshooting
• ✍️ function — adds custom JavaScript
• 🔗 admin api — connects to OneEntry + external services
• 📢 events — tracks defined events
• 🌐 http in / request / response — handle API calls
• ✂️ split — processes arrays element by element
• 🔀 switch — routes messages by conditions
• ⏱ interval — generates timed events
• 📝 template — builds text, JSON, HTML dynamically

Most flows need no coding, though JS is available for advanced logic.

⚡ How integration workflows are created and managed
📥 Import flows — paste JSON, upload, or use templates from the library.
📂 Data collections — connect external services with Name/Token, store reusable values like addresses or tracking numbers.

🛒 Example: shop + accounting + PayPal
1️⃣ Events node captures “order created”
2️⃣ Admin API creates payment session
3️⃣ Function + HTTP request fetch PayPal token
4️⃣ Function + HTTP request generate payment link
5️⃣ HTTP response returns link + status

⏱ Built in minutes, ensuring accurate data transfer from CMS to PayPal and accounting.

✅ Takeaway
Visual programming + low-code flows simplify integration without custom code. With secure cloud and authorised APIs, OneEntry ensures reliable storage and makes app development transparent for business and comfortable for developers.

📄 Learn more

📢 Why feedback matters for your app

The success of any digital product depends on how well it engages with users. Without comments and feedback, it’s hard to understand what people enjoy, what needs improvement, and which ideas are worth developing. Interactive forms help collect opinions, ratings, and create direct dialogue. That’s why many platforms build entire feedback ecosystems — without them, it’s nearly impossible to respond on time or build long-term relationships with the audience.

In OneEntry, comments and feedback forms are part of this ecosystem. The platform provides Engagement Forms — a feature that lets you add feedback and data collection forms to different modules (administrators, pages, product catalogs, users, and more) and flexibly manage access to them. This allows organizing communication with visitors and collecting structured data, especially valuable for catalog websites, personal accounts, and social platforms.

🧭 Overview of the Engagement Forms feature
• Integration with different modules. Engagement Forms allows you to connect feedback forms to individual modules within the system. This feature is supported by the following modules: Administrators, Pages, Catalog, and Users. This way, an administrator can create forms for different sections of a website.
• Unlimited number of forms. Each module can have an unlimited number of forms attached. For example, an online store may have a separate form for product reviews, another one for questions on the product page, and a general form for contacting customer support. This provides flexibility in organizing user interactions.

⚙️ Form Settings
Engagement Forms provides advanced options for access, display, and data moderation. The Form Settings section includes five key parameters:

1️⃣ Show form for all entities of the module. When enabled, the form will be available for all records within the selected module and does not require manually selecting each page or product. Example: a comment form for all products in a catalog. This is convenient for universal feedback forms.
2️⃣ Close form for data collection. This option disables the ability to add new entries to a form. Users can still view existing responses but cannot submit new ones. Useful for archived forms or temporarily suspending feedback collection.
3️⃣ View only own data. Limits data visibility to the user’s own entries. This mode is suitable for personal accounts or private surveys, where other users’ data must remain hidden.
4️⃣ Comment only on own data. Allows users to leave comments only on their own records and prevents interaction with others’ entries. This ensures privacy and protects against unwanted interactions.
5️⃣ Moderate data. New entries receive a “pending moderation” status and become visible in the system only after approval by a moderator. This scheme is appropriate for platforms that require content control from online forums to review services.

These settings extend the standard model of storing user data. They allow creating complex scenarios such as personal accounts, feedback systems with pre-moderation, and multi-level access control. This mechanism is especially useful for user-generated content platforms, feedback services, personalized accounts, and advanced moderation systems.

🧩 Selecting Entities for a Form

After configuring the form itself, the next step is to decide which objects it will be linked to.

• Selecting a specific entity — choose a page, product, or user from the list, and the form will be displayed only in that context.
• Assigning nested data — link the form to all nested entities of the selected object, such as all new products in a category.

💛 At OneEntry, our team strives to make your applications convenient, well-designed, and enjoyable for both you and your users. That’s why we are constantly improving the platform to make it as user-friendly and flexible as possible. We value your trust and thank you for moving forward with us!

🔥 React 19.2 and OneEntry: where the UI ends and integration begins

With the release of React 19.2, the boundary between client and server becomes clearer, and Server Actions allow part of the logic to run directly from the UI without creating APIs.
Together with OneEntry, this enables a hybrid approach: the interface stays light and responsive, while business processes, integrations, and orchestration move into visual workflows.

⚡️ Server Actions in React 19.2 — the essentials
React 19 allows server functions to run directly from the UI.
Functions marked with use server can be called from client components; React creates a hidden endpoint and handles pending, errors, and optimistic UI.
Forms can now use action={…} directly, without manual REST or GraphQL.
Not all use server functions are exposed — only those passed into the client context.
React 19.2 makes this mechanism more stable and reliable.
Bottom line: less code, fewer APIs, faster results.

⚙️ When it is better to keep logic in React Actions
Minimal context — simple CRUD actions like “add a comment” or “update profile,” with no external dependencies.
UX and responsiveness — optimistic updates, pending states, and errors come out of the box.
Frequent UI tweaks — logic near the interface speeds up iteration.
Simple business logic — changes affect fewer components.
No external APIs — integrations would be extra overhead.

If logic grows and side effects appear, it is time to move it into an integration.

🔗 When logic should live in OneEntry / integrations

Multi-system orchestration — if one UI action triggers a chain of API calls, notifications, syncs, or logs, it is easier to manage this in a workflow.
Frequently changing business rules — discounts, statuses, validations; in low-code these change without a frontend release.
Background tasks and queues — retries, compensations, and long-running work are better outside the UI.
Autonomous processes — CRON, webhooks, external events run naturally in an integration.
Monitoring and audit — the platform provides logs, tracing, and SLA out of the box.
Reusability — one workflow serves web, mobile, and admin.
Access control and filters — better at the integration layer than in the UI.

👉 This approach keeps logic centralized, clear, and easy to manage.

🤝 A hybrid approach: React + OneEntry
No need to pick sides, just combine them.

💡 1. Thin React + delegation
A React Action accepts form data and sends it to an API or workflow. Simple actions run locally, complex ones are delegated.
💡 2. Callback from integration
A workflow can return a status or result, and the UI subscribes to updates.
💡 3. Contracts and types
React and OneEntry use agreed JSON schemas and error codes. The boundary of responsibility is clear.
💡 4. Mocks and independent development
The frontend can use stubs during development without waiting for integrations.
💡 5. Versioning and feature flags
OneEntry workflows can be versioned and toggled without changing the UI.

🚀 Advantages and risks of the approach

Advantages:

✅ Faster releases — business logic can change in OneEntry without rebuilding the frontend.
✅ Single place for logic — the UI handles the interface, OneEntry handles business processes.
✅ Fewer regressions — changes do not break dozens of components.
✅ Monitoring and audit — logging, visualization, and step control out of the box.
✅ Reuse — one workflow serves web, mobile, and admin.
✅ Isolation — the UI can change without touching the core process.

⚠️ Risks and limitations:

⚡️ Network latency — each workflow call is a server request.
⚡️ Configuration complexity — you need to understand the specifics of a low-code platform.
⚡️ Platform limits — not all APIs and libraries may be supported.
⚡️ Transactions and consistency — multi-system work needs compensations.
⚡️ Debugging and visibility — ensure logs and tracing.
⚡️ Platform dependency — over time a more code-centric solution may be needed.

💬 Conclusion
React 19.2 and OneEntry together create the perfect balance — a responsive UI, flexible backend, and effortless scaling.

🚀 Next.js 15 + Turbopack + OneEntry: From Prototype to a Working Product in Just a Few Days

Part 1

Usually, the path from design to a working prototype stretches out: backend, API, servers, deployment, DevOps…
But the modern stack — Next.js 15, Turbopack, and OneEntry — makes it possible to assemble a production-ready prototype in just a few days. And this is achievable without a complex server side and without the need to configure DevOps processes.

Let’s break down how this works and why this approach is becoming the “gold standard” for fast launches.

⚡ Why Next.js 15 + Turbopack Accelerate Development

Next.js 15

The framework has become significantly more stable and faster:

• support for React 19
• new caching rules
• improved request handling
• dedicated lifecycle hooks for more precise control
• next.config.ts can now be written directly in TypeScript

Development has become cleaner, clearer, and more predictable.

Turbopack

A new bundler written in Rust and built into Next.js.

The speed boost is impressive:

• ⚡ Fast Refresh up to 96% faster
• ⚡ dev server startup up to 76% faster
• ⚡ route compilation up to 45–50% faster

Turbopack turns development into an almost instant cycle: change → see result.

❗ Production builds are still in alpha, which is important to consider.

🟦 OneEntry as a Ready Backend

Before writing the frontend, you need to understand where the data will come from.
Usually, this requires writing APIs, designing data structures, and configuring server logic.

OneEntry is a ready-made content layer and backend available via REST API and SDK.

It stores:

• content and metadata
• business logic
• computed fields
• validations
• versions, previews, integrations

A frontend developer simply makes a request and receives the data.
There’s no need to work on backend logic.

This noticeably reduces development time and speeds up the entire product assembly process.

🛠 Pipeline: From Design to a Working Prototype

Here is the sequence that turns a design into an MVP version in just a few days:

1. Design → UI Prototype

Break down the mockups into pages, states, and components.

2. Project Structure in Next.js 15

Create the project and configure the App Router.

3. Enable Turbopack

next dev --turbo

4. Connect OneEntry

SDK, types, requests, wrappers.
You can start with mock data and later replace it with real data.

5. Build the UI

Components, pages, navigation, states, loading, errors.

6. Forms and Actions

React 19 provides new hooks for working with forms.

7. A/B Tests, Features, Experiments

You can use flags and content versions directly inside OneEntry.

8. Preview / Staging

Enable preview mode for marketers or clients.

9. Deployment

Push, build, deploy.
Infrastructure overhead is minimal.

Part 2

🕒 Realistic Time Estimate: 5–6 Days

For example, consider a landing page with 5–6 sections, a form, and a blog. Typically, this requires a week of pure UI development plus one to two weeks for backend.

With our approach, it works differently:

Day 1: project structure
Day 2: OneEntry connection, mock data
Day 3: layout, responsiveness, forms
Day 4: states, content logic, A/B
Day 5: tests, fixes, preview
Day 6: final polishing, replacing mocks with real data

🎯 Why This Method Works: Key Advantages

1. Minimal Infrastructure Load

No time is spent on configuring servers, databases, routing, or infrastructure processes.

2. Fast Hypothesis Testing

Pages, forms, and A/B tests launch quickly.
Product and marketing teams can experiment without waiting for backend development.

3. Unified Environment for Content and Logic

OneEntry is a single source of data and API.
No desynchronization or manual duplication of content.

4. Comfortable Environment for Developers

React 19 + Next.js 15 + Turbopack ensure high speed and predictability.

5. Smooth Product Growth

When the prototype starts delivering real results, it can smoothly evolve into a full application without needing to redesign the architecture.

⚠️ Limitations and Important Notes

• Turbopack build is still experimental and may have limitations in large projects.
• Some Webpack plugins are not yet compatible.
• Sourcemaps can expose parts of the code, so it’s important to manage their generation carefully before release.

💡 Bottom Line: An MVP Without Heavy Infrastructure

We’re used to thinking that launching a prototype is long and difficult. But the Next.js 15 + Turbopack + OneEntry stack proves the opposite.

You can build a conversion-ready, functional prototype:

• quickly
• without server configuration
• without DevOps
• without complex infrastructure
• with high development speed

This is the new standard for working with content, logic, and interfaces in a single ecosystem.

Thank you for reading. Stay tuned! 🔥

✨ When eCommerce Becomes Simple Again: Falling Back in Love with Code through SvelteKit

Part 1

The frontend world is full of tools designed to make developers’ lives easier - to speed up builds, reduce errors, and automate repetitive tasks. Yet with every new solution, the ecosystem becomes more complex: builds, dependencies, configurations. Sometimes it feels like we spend more time fighting the tools than creating the product itself. And still, there are technologies that bring us back to why we started coding in the first place.

Svelte is one of them. It doesn’t overload development with abstractions or endless setup. It restores that sense of simplicity and inspiration, when an interface comes to life naturally and instantly.

When you add OneEntry, a platform that handles the backend for you, this philosophy becomes complete. Everything falls into place: the frontend remains clean and inspiring, while the logic and data work reliably behind the scenes.

⚡️ Simplicity, Speed, and Pure JavaScript

Svelte is a framework that practically disappears after compilation. It doesn’t carry heavy runtimes or keep a Virtual DOM in memory. It simply turns your code into clean, native JavaScript that runs at lightning speed.

SvelteKit, its server-side framework, adds everything needed for a complete application: SSR, routing, SEO, and adapters for any platform.

And when you connect it with OneEntry, you get that satisfying sense of completeness, when the frontend doesn’t just receive an API but a reliable, ready-to-use backend that’s always within reach.

🤝 OneEntry as the Perfect Partner for SvelteKit

OneEntry is a Headless CMS, Headless E-Commerce and BaaS (Backend-as-a-Service) that takes care of all the business logic of your application - from managing products, orders, and users to handling content, forms, and dynamic data.

SvelteKit manages the interface, routing, and SEO, while OneEntry handles everything behind the scenes. Together, they create a clean and transparent connection without unnecessary layers or the chaos of microservices. All interaction comes down to just a few clear lines of code.

Part 2

Example of integration in +page.server.js:

import { defineOneEntry } from 'oneentry';

const oneEntry = defineOneEntry({
apiUrl: 'https://api.oneentry.cloud',
apiKey: process.env.ONEENTRY_KEY
});

export async function load() {
const products = await oneEntry.Products.getProductsByPageUrl(url, body, langCode, userQuery);
return { products };
}

This way, you can retrieve data directly from the OneEntry API without extra fetch requests, middleware, or manual parsers. The code remains short, predictable, and intuitive — exactly as the creators of Svelte intended it to be.

🔍 SSR and SEO — Without the Pain

SvelteKit is built for server-side rendering from the ground up — fast, clean, and without unnecessary layers. OneEntry, in turn, delivers data through its API in a perfectly structured format.

The result of their interaction is clear: pages load instantly and are immediately available to search engines. There are no delays and no redundant re-renders — only real content ready for indexing from the very first request.

When this combination reveals its full potential, it can be seen in real-world scenarios such as:

• Online Storefront. OneEntry manages the catalog and orders, while SvelteKit takes care of the UI and SEO.
• Multilingual Website. Content is stored in multiple languages, and SvelteKit automatically applies the correct layout for each locale.
• Corporate Website or Marketplace. OneEntry modules define the structure, and SSR ensures the pages are lightweight and fast.
• Rapid Prototype. The OneEntry SDK works out of the box without requiring database or API configuration.
• Mobile + Web Version. A single backend serves both platforms through a unified API.

💛 Code That Inspires

The creator of Svelte, Rich Harris, once said that this framework was built out of a love for code. There’s something genuine in those words: everything Svelte does brings us closer to the simplicity the web started with. And when OneEntry enters this equation, developers get exactly what they need: a frontend that sparks joy and a backend they don’t have to worry about.

The synergy between Svelte and OneEntry is more than just a combination of technologies. In our view, it is a unity of ideas, speed, and control, and from that unity comes the true joy of coding, when every line feels effortless and inspiring.

Thank you for reading and stay tuned!

🚀 Microfrontends in Large-Scale Projects: Why They Matter

Part 1

Modern frontend apps often grow into complex distributed systems. When dozens of developers and multiple teams work on one product, a traditional monolith starts slowing everything down.

This is where microfrontends step in. The interface is split into independent modules, while the user still gets one consistent experience.

✨ What microfrontends enable:
• teams ship independently
• freedom to use different stacks
• faster releases and more experiments

The real challenge is keeping data and business logic consistent. Users do not care if the cart, catalog, and profile run on different frameworks - they just want everything to work smoothly.

🔍 What microfrontends are

A microfrontend splits a large app into independent modules, each with its own tech stack, build system, and release cycle. A shell app connects these modules and manages routing.

Common implementations:
• Module Federation (Webpack, Vite, Turbopack)
• Single-SPA
• Nx and Turborepo

Microfrontends bring flexibility, but require careful integration so that shared data, auth, events, and library versions remain aligned.

💡 Advantages and Limitations of the Microfrontend Approach

The biggest advantage of microfrontends is scalability. Each team can develop and ship its module independently, which speeds up releases, simplifies testing, and gets new features to production faster.

But flexibility comes with challenges. Keeping data and business logic consistent across modules is hard. If every team uses different APIs or auth flows, inconsistencies are inevitable. To avoid this, you need a unified backend that acts as the single source of truth.

🔗 A Unified Backend as the Core of Microfrontends

Architecturally, the idea is simple:
the frontend is split, but the backend stays unified.
All modules connect to the same API layer that manages data and authentication. This prevents duplicated logic and keeps the entire system consistent.

This is where OneEntry SDK becomes especially useful. It allows each microfrontend to connect to a shared backend through a simple SDK constructor and work with products, users, content, forms and real-time data — all using standard REST or WebSockets, with no separate server needed.

⚙️ What this means for developers

Every microfrontend relies on the same:
• business logic
• data models
• permission system

No conflicts, no drift between teams.
Each module is independent to build and deploy, but all of them share a common, stable data foundation.

🛠 Tools for Building Microfrontends

Modern microfrontend architecture is shaped by several key tools - each with its own niche and ideal scenarios.

🧩 Single-SPA
A framework for managing routing and lifecycle across multiple microfrontends.
• integrates React, Vue, Angular apps into one UI
• good for gradual migration and mixed stacks
• downside: complex setup and manual state/communication handling

⚡ Webpack 5 Module Federation
A build-time mechanism for dynamically loading and sharing modules.
• works without a central shell
• ideal for organizations with multiple apps on the same stack
• high performance and flexible dependency sharing

📦 Nx
A monorepo and orchestration tool for structuring large codebases.
• manages dependencies, caching, CI/CD
• perfect for teams building microfrontends in parallel
• requires disciplined workflow and version control

🎨 Bit.dev
A platform for sharing isolated UI components.
• promotes consistent design and reusable components
• great for atomic UI building
• not suitable for full standalone modules with routing & business logic

🧱 Microfrontends can be assembled at different layers:

🖥 Server-side composition
Modules are assembled on the server.
• great for SSR
• reduces initial load time

🌍 Edge composition
Assembly happens on CDN or edge nodes.
• fastest global performance
• ideal for products with worldwide audiences

🧑‍💻 Client-side composition
Modules load directly in the browser.
• maximum flexibility
• requires strict versioning and load optimization

part 2

📌 Summary

Single-SPA → best for mixed stacks and gradual migration
Module Federation → best for shared stacks and dynamic loading
Nx → best for large monorepos with shared dependencies
Bit.dev → best for reusable UI components
Server/Edge composition → best for SEO and rendering performance
Client-side composition → best for highly interactive apps


📚 Monorepository as the Foundation

A monorepo is often the strongest organizational step when building microfrontends. It keeps all modules, libraries and utilities in a single Git repository, helping avoid version conflicts and making dependency management much simpler.

A monorepo also makes it easy to share common utilities and data types. Shared packages can include DTOs, interfaces or SDK helpers used by every microfrontend. When a data schema changes, the update is automatically propagated across all modules.

Tools like Nx and Turborepo automate builds, caching and deployments. This is especially useful when different microfrontends use different frameworks but still need shared dependencies and synchronized development.

🔗 Practical Integration with OneEntry SDK

Imagine two microfrontends in a monorepo: Catalog and Cart.
Different teams build them independently, but both connect to the same backend through OneEntry SDK.

This allows them to:
• access the same product, user and order entities
• reuse centralized business logic
• stay synced without custom sync services

No need to duplicate API calls or build separate services. Changes in the catalog are instantly reflected in the cart, and order updates are visible to all users without extra integration work.

With TypeScript, OneEntry SDK provides typing and autocomplete, making development faster and safer.

Each team stays independent, but the overall architecture remains unified and consistent.

🧩 When to Use Microfrontends with a Shared Backend

This approach works especially well for large products made of many interconnected parts:

• large e-commerce systems (catalog, cart, profile, payments)
• corporate dashboards and CRMs with separate teams owning separate modules
• SaaS products with clearly defined functional areas

In these scenarios, OneEntry SDK lets frontend teams focus on building the interface instead of setting up infrastructure. A unified backend keeps data and business logic consistent, so each team can develop independently without DevOps overhead or duplicated code.

🔚 Conclusion

Microfrontends offer scalability and flexibility, but without a unified backend the architecture quickly becomes unstable. When modules operate in isolation and data diverges, the product loses coherence.

OneEntry SDK solves this by aligning all modules under one shared backend.Teams keep the freedom to choose their own tools and stacks, while the product stays cohesive, maintainable and ready to scale without unnecessary complexity.

⚡ Edge Architecture: Why Moving Frontend to the Edge Speeds Everything Up

Part 1

Traditional web apps route all traffic through a single data center. This creates latency and unstable loading speeds for users around the world.
Edge architecture solves this by moving computation and rendering to CDN nodes located close to the user. Pages load faster and the app stays responsive no matter the distance.
In this article we look at how Edge works, why it is becoming a new standard and how OneEntry fits into this model with its API first design and built in caching.

🌍 What is Edge architecture

Earlier, requests were handled in one region which caused delays for global users. Edge architecture changes this by shifting logic to distributed edge servers within a CDN.

These servers do more than serve static files. They process dynamic requests, handle personalization, prerender pages and communicate with APIs.

In simple terms, Edge keeps the application close to the user and makes it significantly faster and more responsive.

🔥 Why Edge Is Becoming a Trend

The rise of Edge architecture is driven by several key factors:

🌍 Global audience - Users expect the same fast performance no matter where they are. Edge servers reduce latency worldwide.

⚡ Dynamic content - Catalogs, personalized pages and real time updates require instant delivery close to the user.

🧱 Modern frameworks - Next.js, Nuxt, Remix and SvelteKit already support Edge execution, making adoption simple and natural.

☁️ CDN evolution - Cloudflare, Vercel and others turned CDNs into full computing platforms rather than just static storage.

🚀 Result - Apps respond almost instantly and feel like they run locally, even when serving a global audience.

🧠 Edge Functions and Their Role

Edge functions are small server side scripts running on CDN nodes. They personalize content, handle auth and routing, fetch dynamic data and refresh cache with minimal delay.
They turn a CDN into an active logic layer that makes applications faster and smarter.

🤝 OneEntry and Edge: The Perfect Match

OneEntry is built on an API first architecture, which makes it naturally aligned with the Edge approach. Edge functions can fetch content, products, categories or user data directly from the OneEntry API and deliver it to users almost instantly.

✨ Advantages of OneEntry on the Edge

• API first model - Works with any modern frontend framework.

• Built in caching - Fewer API calls and faster responses across regions.

• High scalability - Stable under heavy traffic and global load.

• SDK integration - Easy setup with JavaScript and TypeScript SDKs.

Together, this makes OneEntry a reliable backend for Edge apps where speed, stability and consistency matter most.

part 2

🌍 Practical Application

Imagine a global ecommerce website. Instead of routing all requests to one data center, Edge functions call the OneEntry API from the closest location to the user.

Products, pages and banners are rendered and cached on the Edge node. Updates from OneEntry sync automatically.

Platforms like Vercel, Cloudflare and Netlify run logic close to the user while caching data at the edge. OneEntry stays the central source of truth and serves fast API responses thanks to built in caching and a scalable backend.

This combination gives instant content delivery on the Edge while OneEntry provides a stable and high performance backend without the need to manage a separate CDN.

🔁 Request Flow

User ➝ Edge Server (Vercel or Cloudflare) ➝ OneEntry API ➝ Edge Cache ➝ Response to User

This setup gives users in Europe, Asia and the Americas the same fast experience. The system does not overload a central server and stays stable even under heavy traffic.

⚡ Performance and Caching

The main advantage of Edge architecture is speed. OneEntry enhances this through built in caching and flexible validation rules.

Together, Edge functions and OneEntry support strategies like stale while revalidate. The user gets cached data instantly while fresh data loads in the background. This creates a smooth balance between speed and content accuracy.

⚠️ Limitations to Keep in Mind

Edge environments have limits. They restrict memory, execution time and do not allow full file system access. They also require secure storage of API tokens.

For most frontend tasks, these limits are not an issue, especially when the app works with an external API such as OneEntry where all business logic and data are processed securely.

Together, OneEntry and Edge provide fast access, global consistency and reliable performance for modern applications. It is a simple way to make your product feel faster, smarter and ready for users anywhere 🌍⚡💡

🎨 Design Systems & Reusable Components in 2025

Part 1

In 2025, building large digital products without a component-based approach is no longer realistic. Design systems have moved far beyond simple UI kits. Today, they form the backbone of a product’s visual and interaction architecture - ensuring consistency, accessibility, and faster delivery.

What used to be collections of buttons and colors has evolved into full ecosystems. Modern design systems combine tokens, components, UX rules, and automation, helping teams scale without losing quality or control.

🔄 From UI Kits to Ecosystems

Over the past few years, design systems have matured quickly.
They started as static UI kits, then grew into component libraries with Storybook, and finally became token-driven systems with automated documentation.
By 2025, a design system is a living ecosystem that supports the entire product lifecycle.

Libraries like MUI, Radix, Chakra, Ant Design, and shadcn/ui set the bar - and today most teams build their own systems to meet real product needs.

🧬 Design Tokens: The Single Source of Truth

Design tokens are the foundation. Colors, typography, spacing, radii, and motion live as shared variables, independent of screens or components.
Change a token once - and the update flows everywhere. This removes inconsistencies and frees teams from manual style maintenance.

🧩 Components Built for Scale

Components are the daily tools of the team. They must be predictable, accessible, and easy to customize through tokens rather than logic rewrites.
Clear APIs, keyboard support, ARIA attributes, and visual stability across themes are no longer optional - they’re expected.

📚 Documentation & UX Guidelines

Documentation turns components into a real system. Interactive examples, clear usage rules, and visible states help teams move faster with fewer errors.
UX guidelines add a shared language -defining spacing, layouts, and interaction patterns - so the product feels coherent no matter who builds it.

A strong design system doesn’t slow teams down.
It removes friction, reduces bugs, and lets teams focus on what actually matters: building better products 🚀

🧩 Component-Based Approach in 2025

The rise of component-based architecture is driven by very practical needs.
Microfrontends require reusable UI modules that work together seamlessly. Products are now truly multiplatform - web, mobile, smart TVs, even embedded devices - and interfaces must stay visually consistent everywhere.

At the same time, the market expects fast iteration. A shared component library directly reduces time-to-market and helps teams ship updates faster and more confidently 🚀

Part 2

🛠️ A Practical Path to Building a Design System

A scalable design system doesn’t appear overnight. It’s built step by step, with discipline and a clear structure.

1️⃣ Start with design tokens
Define your visual foundation: colors, typography, spacing, grids, radii, motion.
Store tokens in machine-readable formats like CSS Variables or JSON so they can be reused and synced across projects.

2️⃣ Build core components
Begin with essentials: buttons, inputs, typography, layout elements.
Components should rely on tokens - change a token once, and the update flows through the entire system.

3️⃣ Automate documentation
A design system must stay alive. Use tools like Storybook or Ladle for interactive examples, and automate props and usage docs to keep everything up to date 📚

4️⃣ Integrate into real products
Publish components as npm packages, deliver updates via CI/CD, plan version migrations, and make sure all teams use the same system.

A well-built design system isn’t overhead.
It’s what allows teams to scale, move faster, and keep interfaces consistent as products grow ✨

🎨 How OneEntry Reinvents Design System Management

In 2025, a design system is no longer just a frontend asset. Teams need a centralized place to manage tokens, themes, and visual rules across platforms. This is exactly where OneEntry fits - making the design system a core part of the product architecture, not an afterthought.

🧬 Tokens as a Central Source of Truth

In OneEntry, design tokens live in the cloud and are accessible via API and SDK. Colors, typography, spacing, breakpoints, radii, and themes are managed centrally. Update a primary color once - and it’s instantly reflected across all connected interfaces.

🔌 Seamless SDK Integration

With the OneEntry JS/TS SDK, teams can fetch tokens directly, generate CSS Variables or Tailwind configs, and keep themes synchronized across projects.
This removes the usual disconnect between design and development and keeps production interfaces consistent.

🌍 Consistency Across Platforms

The same tokens work across Next.js, React Native, Vue/Nuxt, and Angular. For products with multiple frontends and teams, this guarantees a unified visual language - regardless of technology or device.

🧩 Design-Safe Visual Assembly

OneEntry also allows interfaces to be assembled visually using the same tokens. Marketers and content teams can build pages and modules without breaking design rules, while the system enforces consistency by default.

A design system shouldn’t live in isolation.
With OneEntry, it becomes a shared, controlled, and scalable foundation for the entire product ✨

⚙️ Automation in 2025: Design Systems That Update Themselves

Modern teams are pushing design systems toward full automation. In 2025, a design system is no longer static - it’s a living system that stays in sync without manual work.

For mature teams, automation has become the norm:
design tokens flow from Figma to frontend, accessibility checks run in CI, documentation updates itself, themes are applied at the component level, and configuration is stored centrally using platforms like OneEntry 🔁

🧠 Where Design Systems Bring the Most Value

In large companies, shared tokens help multiple teams avoid visual drift.
For SaaS products, they enable cleaner releases and faster UI updates.
In e-commerce, storefronts, admin panels, and user accounts stay visually aligned.
And for multiplatform products, one set of tokens keeps web, mobile, desktop, and TV interfaces consistent 🌍

✅ Practical Recommendations

Start with tokens, not components.
Review tokens before publishing changes.
Version components carefully.
Automate documentation, tests, and accessibility checks.
And always keep tokens in one centralized source to avoid inconsistencies.

🔚 Final Thoughts

Part 2

🛠️ A Practical Path to Building a Design System

A scalable design system doesn’t appear overnight. It’s built step by step, with discipline and a clear structure.

1️⃣ Start with design tokens
Define your visual foundation: colors, typography, spacing, grids, radii, motion.
Store tokens in machine-readable formats like CSS Variables or JSON so they can be reused and synced across projects.

2️⃣ Build core components
Begin with essentials: buttons, inputs, typography, layout elements.
Components should rely on tokens - change a token once, and the update flows through the entire system.

3️⃣ Automate documentation
A design system must stay alive. Use tools like Storybook or Ladle for interactive examples, and automate props and usage docs to keep everything up to date 📚

4️⃣ Integrate into real products
Publish components as npm packages, deliver updates via CI/CD, plan version migrations, and make sure all teams use the same system.

A well-built design system isn’t overhead.
It’s what allows teams to scale, move faster, and keep interfaces consistent as products grow ✨

🎨 How OneEntry Reinvents Design System Management

In 2025, a design system is no longer just a frontend asset. Teams need a centralized place to manage tokens, themes, and visual rules across platforms. This is exactly where OneEntry fits - making the design system a core part of the product architecture, not an afterthought.

🧬 Tokens as a Central Source of Truth

In OneEntry, design tokens live in the cloud and are accessible via API and SDK. Colors, typography, spacing, breakpoints, radii, and themes are managed centrally. Update a primary color once - and it’s instantly reflected across all connected interfaces.

🔌 Seamless SDK Integration

With the OneEntry JS/TS SDK, teams can fetch tokens directly, generate CSS Variables or Tailwind configs, and keep themes synchronized across projects.
This removes the usual disconnect between design and development and keeps production interfaces consistent.

🌍 Consistency Across Platforms

The same tokens work across Next.js, React Native, Vue/Nuxt, and Angular. For products with multiple frontends and teams, this guarantees a unified visual language - regardless of technology or device.

🧩 Design-Safe Visual Assembly

OneEntry also allows interfaces to be assembled visually using the same tokens. Marketers and content teams can build pages and modules without breaking design rules, while the system enforces consistency by default.

A design system shouldn’t live in isolation.
With OneEntry, it becomes a shared, controlled, and scalable foundation for the entire product ✨

⚙️ Automation in 2025: Design Systems That Update Themselves

Modern teams are pushing design systems toward full automation. In 2025, a design system is no longer static - it’s a living system that stays in sync without manual work.

For mature teams, automation has become the norm:
design tokens flow from Figma to frontend, accessibility checks run in CI, documentation updates itself, themes are applied at the component level, and configuration is stored centrally using platforms like OneEntry 🔁

🧠 Where Design Systems Bring the Most Value

In large companies, shared tokens help multiple teams avoid visual drift.
For SaaS products, they enable cleaner releases and faster UI updates.
In e-commerce, storefronts, admin panels, and user accounts stay visually aligned.
And for multiplatform products, one set of tokens keeps web, mobile, desktop, and TV interfaces consistent 🌍

✅ Practical Recommendations

Start with tokens, not components.
Review tokens before publishing changes.
Version components carefully.
Automate documentation, tests, and accessibility checks.
And always keep tokens in one centralized source to avoid inconsistencies.

🔚 Final Thoughts

We work with teams that need to scale interfaces without chaos.
That’s why we focus on centralized tokens and a unified, cross-platform architecture that keeps design systems simple, fast, and reliable.

Thanks for reading - more insights coming soon ✨

What Did 2025 Bring Us and What’s Next? 🤔

Part 1

As 2025 comes to an end, one thing is clear: this was not a year of loud revolutions. No new hype cycles, no sudden paradigm shifts like the AI wave of previous years. Instead, 2025 quietly but deeply reshaped how product teams think about architecture, infrastructure, and costs under constant market pressure.

🎯 Priorities shifted

Speed and cost reduction moved to the center. In the classic triangle of fast, cheap, high quality, it is now fast and cheap that dominate decision-making. But this shift comes with consequences and we saw quality starting to erode, directly affecting long-term business metrics.

Looking back at the year, we want to share a few key observations about where the market is heading - insights that are especially relevant as we adapt our own products and processes to what’s coming next.

⚙️ What “Fast” Really Meant in 2025

The frontend ecosystem kept growing: more frameworks, plugins, wrappers, and micro-libraries, all promising faster development. In reality, the opposite often happened. More tools meant more coordination, longer dependency chains, and constant maintenance overhead.

Teams spent increasing amounts of time updating dependencies, fixing regressions, and keeping tools compatible - time that was supposed to go into product growth and innovation.

📉 Our first conclusion is simple, but uncomfortable: adding more tools does not automatically make teams faster.

🔄 Centralization Is Coming Back in a New Form

After years of radical decentralization, teams are once again searching for balance. Microservices and distributed systems brought flexibility, but also fragmentation. Data, logic, configurations, and even design rules ended up scattered across tools and repositories.

In 2025, many teams started restoring centralized control. This does not mean returning to monoliths. Instead, teams are defining clear sources of truth. Shared configurations, unified backend logic, common design tokens, and aligned integration layers help reduce chaos while preserving modularity.

🔍 Backend as the Core of Search and Omnichannel Sales

Search has changed fundamentally. It is no longer just an entry point to a website. AI driven search engines and aggregators now analyze data, compare options, and generate answers directly. In many cases, users never reach the interface.

In this model, search works with meaning, not storefronts. Data structures, attributes, availability rules, constraints, and decision logic matter far more than UI. When data is fragmented or inconsistent, products lose visibility and control in these new channels.

🛒 The Reality of Omnichannel

Products now exist across multiple environments at the same time. Web, mobile apps, marketplaces, internal systems, social platforms, and external aggregators. Each channel relies on its own algorithms, but all of them depend on a single source of truth.

This is where the backend stops being just a technical layer and becomes a business foundation. It ensures:
• consistent catalogs, pricing, and rules across channels
• controlled search and recommendation logic
• fast algorithm changes without rewriting frontends
• data prepared for machine consumption, not only for interfaces

🚀 As search increasingly makes decisions on behalf of users, the backend determines whether a product is found, correctly understood, and ultimately chosen. Architectures not designed for this reality begin to slow business growth, regardless of interface quality or marketing effort.

Part 2

📦 The Catalog Is Now More Complex Than the Product

One of the key shifts in modern commerce is how catalogs have evolved. What used to be a simple list of products has turned into a complex business model with multiple layers of logic and relationships.

Today, a catalog is not just SKUs and prices. It includes hierarchical categories, attributes and filters, availability rules by channel, region, and audience, dynamic parameters such as pricing, inventory, and promotions, as well as dependencies like bundles, variants, and product groups.

The catalog no longer lives only in the frontend. It requires coordinated backend logic that can manage structures and relationships, version attributes, maintain consistency across channels, and distribute rules for visibility, filtering, and sorting.

In this setup, the frontend becomes just one of many data consumers. The critical element is a single source of truth that can serve multiple channels at once. Without it, even small catalog changes turn into expensive and risky projects instead of routine business operations.

🔍 Search as a Channel, Not a Feature

Search has changed just as dramatically. It is no longer a supporting feature of a website. It has become a decision making channel, especially with the rise of AI aggregators and automated recommendation systems.

Modern search works with data models, not interfaces. What matters is which attributes exist, how visibility and filtering rules are defined, how entities relate to each other, and how quickly data is updated.

AI driven search does not browse pages. It analyzes structured data, compares conditions, and generates results automatically. That is why modern search requires clear data semantics, consistent attribute structures, and the ability to adapt rules quickly without changing client applications.

🔮 Looking Ahead

2025 showed us a simple but important truth. In an environment of constant change, resilience is becoming just as valuable as speed. As search evolves, channels multiply, and products grow more complex, architecture determines whether this complexity turns into growth or into an endless source of friction.

We see how a strong foundation of data and logic is becoming a real tool for business control and scalability. For developers, it creates the opportunity to work with stable and predictable systems. When this balance is achieved, a rare sense of control emerges, even in fast changing environments.

That is why our focus is not on individual features, but on architectural integrity. Much of this already works in practice, and the rest naturally follows the direction we have chosen.

🎄 As the year comes to an end, we would like to thank everyone who continues to design, question, and improve. May the coming year bring you resilience, courage, and engineering creativity to turn complexity into an advantage and market shifts into opportunities to build something meaningful.

Wishing you a Happy New Year, and success to your projects and your loved ones ✨