Services Productivity and optimization

Productivity and optimization

Speed as a property of the architecture, not a “magic plugin”. Google Core Web Vitals audits, multi-level caching, database and frontend optimization — so your site flies and holds up under load.

“Users don’t wait. They either see your page instantly — or they see your competitor’s”

Speed as part of the architecture

I approach performance systematically, not with a “magic caching plugin”. Over 18 years of building digital products have taught me a simple thing: speed is designed into the architecture, not “tweaked” after launch. That’s why my optimization is built around real Google Core Web Vitals metrics and covers the whole chain: server, database, backend logic, and frontend.

Measure first — optimize second

Optimization without measurement is guesswork. So I start with the real picture: Core Web Vitals scores, slow queries, server bottlenecks. Only then comes the “treatment” — exactly where it brings the biggest gain:

a performance audit based on real metrics, not gut feeling
caching on several levels: pages, objects, database, CDN
optimizing code and queries instead of masking symptoms
verifying the result after every change

This approach works for any digital product: a website, an eCommerce platform, a web app, or a CRM. The tools change — the principle stays.

#1

Frontend: the first screen in the browser

For the user, speed starts in the browser, so the frontend gets its own optimization stage:

automatic image conversion to WebP and modern formats
CSS and JavaScript minification
optimized and aggregated static assets
server-level caching
Cloudflare as CDN and edge cache

As a result, pages open fast even on weak devices and slow networks.

#2

Backend: where the real gain lives

The biggest speed gain comes from the backend. Depending on the project architecture, I use:

WordPress transient and object caching
Redis or Memcached
Elastic for fast search and complex queries
Short Init — fast requests without fully loading WordPress

In Clients Express, my SaaS platform for online booking, caching works on four levels — from Twig templates all the way to Cloudflare.

#3

Database: the foundation under load

When there is a lot of data, the database decides whether the site can breathe. I optimize both the structure and the queries:

analyzing and lightening heavy SQL queries
proper indexing
custom tables instead of bloated meta tables
offloading wp_options

On Skyta, a travel platform I built, faceted tour filtering — seven filter groups with prices and ratings — runs server-side and doesn’t slow down even on a large catalog.

#4

Automation: speed that doesn’t fade

To keep speed from deflating after updates and traffic spikes, server-side scripts handle the routine:

cache warming after updates
automatic page generation
scenario-based cache invalidation
background tasks that never touch the user

The site stays fast long after launch day.

What your business gets

better Core Web Vitals scores
higher search rankings
more conversions — people trust fast websites
stable performance as traffic grows

Real examples are in my portfolio, and the related directions are on the services page.

Speed as a product

The best proof of the approach is my own products. LANDING.EXPRESS, my website-in-a-day service, runs on a lightweight custom engine with no CMS at all: not a single wasted request, pages open instantly. When speed is the product, there is no room for compromise.

So!

Speed is not a one-off action — it’s a property of the system. When performance is designed into the architecture, the site is fast today and stays fast a year later: under traffic, after updates, with new content. If your website opens slower than you’d like — write to me. We’ll start with measurements, not promises.