JavaScript experiences, engineered for performance

From UI to backend logic -  modular, maintainable, and built with AI in the workflow for faster delivery and smarter iteration

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JavaScript Services

JavaScript application development

We build modern applications using React, Angular, and Vue.js to simplify complex workflows and deliver outstanding user experiences through modular architecture

Headless development

Decoupled architecture that addresses modern digital challenges and gives teams the flexibility to deliver tailored content across websites, mobile apps, and IoT devices

GenAI-enabled team integration

GenAI is integrated directly into development workflows to speed up delivery, automate testing, and improve consistency in delivery and experience, without increasing overhead

AI-assisted solutions for JavaScript apps

Search, summarization, chat, and personalization - embedded into frontend and backend systems where they measurably improve product experience and usability

Hybrid mobile application development

Cross-platform apps built with a single React Native codebase. Reliable performance and simpler maintenance across iOS and Android

API development

Custom APIs built for real-time exchange, business logic, and system interoperability. Secure, stable, and ready to scale and integrate as needed

Progressive web development

Installable, fast-loading web apps with offline support. Designed to deliver a mobile-native feel without reliance on app stores

Frontend performance optimization

Code, assets, and caching tuned for speed, engagement, and cross-device consistency. Built-in performance, not bolted on later

Engineering process

Javascript Engineering Process
Drupal Development Diagram explaining the different layers of Drupal Platform

Stacks and contributions

Frontend is built with React.js, Next.js, and Vue.js, frameworks chosen for flexibility, performance, and strong community support.

Hybrid mobile apps are delivered using React Native from a shared codebase.

Backend systems run on Node.js and Strapi CMS, designed for custom workflows and rapid iteration.

Python is used for machine learning tasks, backend logic, and data APIs powering AI features.

GenAI is integrated into development workflows to automate testing, improve delivery speed, and support data-informed decisions.

With over 170+ notable contributions to Strapi,Next.js and ShadCN/UI, we bring deep expertise and active participation in advancing these technologies.

Cut design-to-dev delivery time from months to weeks

We deliver 30% faster with AI-assisted workflows and smarter frontend systems

Frequently asked questions

Do JavaScript frameworks improve SEO rankings?

Yes, Modern JavaScript frameworks such as Next.js, Nuxt, and Angular Universal improve SEO by enabling server-side rendering (SSR) and static site generation (SSG), which allow search engines to easily crawl and index content. They also optimize page speed, Core Web Vitals, and mobile responsiveness, all critical ranking factors for Google.

Frameworks also support structured data integration, lazy loading of assets, and content pre-fetching, ensuring that search engines and users alike experience fast, accessible, and meaningful content. The result is higher visibility in search results, better click-through rates, and more qualified traffic to your business.

How does performance with JavaScript frameworks impact business results?

Performance directly drives business outcomes. Faster, smoother experiences reduce drop-offs, boost conversions, and improve customer loyalty. Optimized frameworks also enhance SEO visibility and brand trust, turning a better user experience into measurable revenue growth.

What is headless, and when should I go for it?

Headless separates content from presentation. A CMS like Strapi or Drupal delivers content through APIs, while frontends like Next.js or Vue present it across web, mobile, kiosks, or IoT. It is the right choice when you need omnichannel publishing or deep personalization. If your needs are limited to a single site, a traditional build can be simpler and more cost-effective.

Could you explain progressive decoupled vs. headless architecture

Progressive decoupling lets the CMS handle most rendering while using JavaScript frameworks for high-impact features, a faster, cost-efficient way to modernize. Headless fully separates front end and CMS, offering maximum flexibility, scalability, and omnichannel reach. Choose progressive for quicker wins; choose headless for long-term innovation.

How does AI fit into the workflow?

AI now handles tasks like code review, scaffolding, and test generation. That saves weeks of effort. Engineers still shape architecture and validate outputs. The result is a workflow that combines the speed of automation with the judgment of experienced teams.

What is your JavaScript engagement model?

We begin with a two-week pilot to test fit and outcomes. From there, you can choose:

Dedicated pods: a self-contained team delivering end-to-end.
Hybrid teams: our engineers working within your sprints and systems.
Outcome-driven projects: fixed scope with performance targets agreed up front.

Ramp-up usually takes less than two weeks, with transparent reporting throughout.

What’s your process after go-live?

Launch is the start of ongoing monitoring. We track Core Web Vitals, uptime, error rates, and traffic spikes. We also manage dependency updates, security patches, and scheduled performance audits. This keeps applications reliable and performant as they grow.

How do you prove credibility as a JavaScript partner?

We contribute actively to frameworks like Strapi and Next.js with more than 170 contributions. We share insights on performance fixes and emerging APIs. Our client's work includes projects that improved conversions, cut delivery time, and reduced mobile maintenance costs. Credibility comes from contribution and measurable outcomes.