Make the website measurably faster and more reliable.
Troiana diagnoses real-user performance and controlled lab results, then fixes the bottlenecks that matter—from rendering, JavaScript, images, and fonts to caching, hosting, APIs, deployment, and monitoring. Every change is measured against the baseline.
Speed isn’t a nice-to-have — it is the first thing every visitor judges, before they read a word. A slow or flaky product loses users and rankings no matter how good the design is. Treating performance and reliability as part of the build, not a cleanup pass, protects everything else you have invested in.
Performance engineering
Core Web Vitals held to a budget — measured at every step, not checked at the end.
Infrastructure & deploys
Hosting, pipelines, and deploys set up to be repeatable and dull, the way they should be.
Reliability & monitoring
The instrumentation to know something broke before your users tell you.
Scale
Systems that hold their shape as traffic and data grow, without a rewrite.
Caching & delivery
A CDN and caching strategy that puts assets close to users and keeps repeat visits instant.
Monitoring & alerts
Uptime, performance, and error monitoring wired up, so problems surface as signals rather than surprises.
A slow product is a broken product with better manners. We treat performance as a design constraint from the first screen, and hold it all the way to the deploy.
Measure
We profile real load — field data, not just lab scores — to find what is actually slow and what users actually feel.
Optimise
We cut payloads, fix render-blocking, tune caching, and get the Core Web Vitals into the green.
Harden
We set up reliable deploys, sensible caching, and the infrastructure that keeps the site fast under load.
Watch
We add monitoring and alerts, so regressions are caught before your users are the ones reporting them.
Proof, not promises.
What does website performance optimization include?
The work can include field and lab measurement, Core Web Vitals diagnosis, rendering and JavaScript analysis, image and font delivery, caching, third-party scripts, database and API latency, hosting, content delivery, deployment reliability, monitoring, and performance budgets. The scope follows the measured bottleneck.
What are good Core Web Vitals scores?
Google’s good thresholds are Largest Contentful Paint at 2.5 seconds or less, Interaction to Next Paint at 200 milliseconds or less, and Cumulative Layout Shift at 0.1 or less, evaluated at the 75th percentile of page visits and separated by mobile and desktop.
Can you fix an existing slow site?
Yes. Troiana measures the existing site, separates field data from controlled lab tests, identifies the largest bottlenecks, and prioritizes fixes by user impact and implementation risk. Common causes include excessive JavaScript, unoptimized media, fonts, third-party scripts, slow servers, weak caching, and unstable layouts.
How much does website performance optimization cost?
Cost depends on the platform, number of templates, severity and causes of the problems, access to source code and infrastructure, third-party constraints, and whether Troiana is auditing or implementing. A focused diagnosis costs less than a broad application and infrastructure remediation. Scope and price are agreed after the baseline is understood.
How do you measure website speed accurately?
We use both field data from real visits and repeatable lab tests. Field data shows how users experience the site across devices and networks; lab tools help reproduce and diagnose specific problems. A single Lighthouse score is useful for debugging but is not a complete performance outcome.
Do Core Web Vitals affect SEO?
Core Web Vitals contribute to page experience, but relevance, usefulness, and overall search quality remain fundamental. Improving performance should first make the site easier to use and convert; any search benefit is part of a broader technical and content foundation, not a guaranteed ranking increase.
Do we need to rebuild the website to make it fast?
Not usually. Many sites improve through targeted changes to rendering, media, fonts, scripts, caching, hosting, or templates. A rebuild is justified when the current architecture prevents meaningful improvement or the cost of maintaining workarounds exceeds replacing the foundation.
How long do performance improvements take?
Some bottlenecks can be fixed quickly; others require architectural or infrastructure changes. The schedule depends on source access, platform constraints, number of templates, third-party dependencies, testing, and deployment risk. Troiana establishes a baseline, ships prioritized fixes, and measures each release.
Does this service include hosting and deployment reliability?
It can. Troiana can review hosting, caching, content delivery, environment configuration, deploy automation, rollback, monitoring, backups, and operational bottlenecks when they affect speed or reliability. The goal is not unnecessary infrastructure complexity; it is a system the team can operate safely.
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