Four things decide whether a website earns its keep: how fast it loads, how safely it holds data, how well search engines and AI assistants understand it, and how calmly it grows. We treat each as an engineering requirement with a number attached — not a promise.
Our standard
The Google scores every website needs.
Google gives every website four scores out of 100. These are the numbers we build to — and the six live sites below show what they actually scored.
95
Performance score: 95 out of 100
99
Accessibility score: 99 out of 100
100
Best Practices score: 100 out of 100
100
SEO score: 100 out of 100
These are the targets every build is held to, not a measurement of any one site. Every real score on this page is labelled with the tool, the device and the date it was taken — the live sites below are the receipts.
Proof, not promises
Six live sites. Numbers you can check yourself.
Most agencies show you a portfolio. We show you the audit. Every site below is live and running — open it in the preview window and use it, then run it through Google PageSpeed Insights yourself and see whether you get what we published.
01Ecommerce
Swarnika Fine Jewellery
A jewellery storefront where the product photography is the product. Collections, wishlist and cart, kept fast under image weight that normally sinks a catalogue.
Measured
99
Performance score: 99 out of 100
100
Accessibility score: 100 out of 100
100
Best Practices score: 100 out of 100
100
SEO score: 100 out of 100
PageSpeed Insights · mobile · 13 August 2026
Built with
Next.js
React
Tailwind CSS
Static export
Nginx
SSGBuilt once and served as finished files — the catalogue changes on a rebuild, not on every visit.
A tour operator’s booking site: destination search, fixed departures and expeditions across a large catalogue that changes every week, with enquiries captured on every page.
Measured
97
Performance score: 97 out of 100
96
Accessibility score: 96 out of 100
96
Best Practices score: 96 out of 100
100
SEO score: 100 out of 100
PageSpeed Insights · mobile · 13 August 2026
Built with
Next.js
React
Tailwind CSS
Node.js
Separate API service
ISRPre-built and quietly refreshed in the background on a five-minute window, so a catalogue this size stays fast without going stale.
A property consultancy’s site for Noida, Greater Noida and the Yamuna Expressway. A page per project, browsable by developer or by location, with an enquiry route on every one of them.
Measured
98
Performance score: 98 out of 100
95
Accessibility score: 95 out of 100
100
Best Practices score: 100 out of 100
100
SEO score: 100 out of 100
PageSpeed Insights · mobile · 7 September 2026
Built with
Next.js
React
Tailwind CSS
Node.js
Nginx
SSRAssembled on the server for each visit, so a project that changes during the day is never served from yesterday’s copy.
A natural-fibre bag label’s catalogue, built for buyers rather than baskets: four collections, a sustainability section, and an enquiry as the only call to action.
Measured
98
Performance score: 98 out of 100
91
Accessibility score: 91 out of 100
100
Best Practices score: 100 out of 100
100
SEO score: 100 out of 100
PageSpeed Insights · mobile · 7 September 2026
Built with
Next.js
React
CSS Modules
next/image
Nginx
SSRRendered on the server for each visit — the collections stay editable without a deploy behind them.
A modular-kitchen studio’s portfolio site. Full-bleed project photography carries the whole argument, so the build spends its budget on how quickly those images arrive.
Measured
94
Performance score: 94 out of 100
97
Accessibility score: 97 out of 100
100
Best Practices score: 100 out of 100
100
SEO score: 100 out of 100
PageSpeed Insights · mobile · 9 September 2026
Built with
Next.js
React
Tailwind CSS
Node.js
Nginx
ISRPre-built and refreshed in the background on a five-minute window, so the project pages change without a rebuild.
Scores are Google Lighthouse category scores out of 100, taken on the dates shown. A live site is not a fixed object — content, third-party scripts and hosting all move a score, which is why we publish the date and re-measure rather than framing a number once. The preview window loads each site directly from its own server; nothing here is a mock-up.
The four requirements
What we engineer for, on every build.
01
Performance
A budget in kilobytes and milliseconds, agreed up front and checked on every change.
02
Security
Encrypted transport, hardened headers, validated inputs and dependencies kept current.
03
Findability
Structured data and clean semantics so search engines and AI assistants can quote you correctly.
04
Scalability
Cached at the edge and modular in code, so growth in traffic or pages is boring.
Rendering strategy
Where each page gets built — and why it matters to you.
A page can be built in advance, built fresh on every visit, or built in the visitor’s browser. Choosing wrong is the single most common reason a site feels slow or shows stale information. We pick per page, not per project.
Method
In plain English
Best for
Trade-off
SSG
The page is built once, in advance, and served as a finished file.
About pages, service pages, articles — anything that rarely changes.
Needs a rebuild to update.
SSR
The page is built on our server the moment a visitor asks for it.
Dashboards, search results, anything personal or live.
Slightly slower first byte.
ISR
Pre-built like SSG, but quietly rebuilt on a schedule in the background.
Product catalogues, property listings, blogs — large and changing.
Updates appear within the refresh window.
CSR
The browser assembles the page after loading a small shell.
Highly interactive tools behind a login.
Poor for search visibility — used sparingly.
01
Performance engineering
Speed is not an optimisation pass at the end. It is a budget the build is held to, the same way a building is held to a load limit.
Images converted, resized and served in modern formats
JavaScript split so a page only loads what it uses
Fonts self-hosted and preloaded to stop text flashing
Third-party scripts deferred or removed — they are the usual culprit
Every release measured on a throttled mobile connection
02
Security engineering
Most breaches are not clever. They exploit an old dependency, an unvalidated form, or a missing header — all preventable in a day of disciplined work.
TLS 1.3 everywhere, with strict transport security
Content Security Policy and hardened response headers
Every form input validated on the server, not just the browser
Secrets held in environment variables, never in code
Dependencies audited and patched on a schedule
03
Search and AI findability
Search engines and AI assistants both read your site as text and structure. If the structure is missing, they guess — and guesses do not send customers.
Server-rendered content, so nothing depends on JavaScript to be read
Schema.org markup for services, articles, products and locations
One clear question answered per page, in plain language
Clean URLs, correct canonicals and a real sitemap
Headings that describe content instead of decorating it
04
Scalability and maintenance
The measure of an engineered site is what it costs to change in year two — not what it looked like in week one.
Typed, modular components reused across pages
Content editable without touching code
Cached at the edge so traffic spikes cost nothing
Documented codebase any competent developer can pick up
Monitoring and alerts on speed, uptime and errors
Questions
Asked before every project.
If your question isn’t here, call us on 98736 74517 and ask it directly.
WordPress is a good publishing tool, but a typical themed WordPress site loads a large amount of code that your visitors did not ask for, and every plugin adds risk. Next.js lets us send only what a page needs, render it on the server for search engines, and keep the whole thing typed and testable. If your site is mostly articles and a small team edits it daily, we will tell you WordPress is fine — we do not sell complexity you do not need.
A focused marketing site with clear content is usually four to six weeks. Ecommerce or a listing platform runs eight to fourteen, mostly depending on how ready your data is. The scope document we send names the dates, and the weekly staging link means you never have to ask how it is going.
Yes, entirely. The repository is yours, documented, with the deployment set up in your own accounts. Nothing is locked to us — an engineered handover means another developer can continue without a rewrite.
Often, yes, and it is usually cheaper. We start with an audit that separates problems worth fixing in place — images, scripts, hosting, headers — from problems that are structural. You get the list either way, with an honest note on which route makes financial sense.
Monitoring stays on and you get a monthly summary in plain English: how fast the site was, what search visibility did, what we patched. Retainers are optional and stop whenever you want; the documentation does not disappear with them.
Next step
Tell us the problem. We’ll send the engineering.
A written scope with pages, technology choices, timeline and stage costs — before any commitment.
