Three proof pieces that show how the work scales from polished delivery to deeper systems engineering
Webwify covers websites, apps, ecommerce, APIs, and delivery. iavorkolev.com shows what happens when performance, SEO, design polish, and Cloudflare edge delivery are treated as product features. NativeCharts shows the more demanding realtime and systems-engineering side of the work.
Websites, web apps, ecommerce builds, APIs, and production delivery
Webwify is the clearest proof of client-facing product delivery: premium websites, modern web apps, ecommerce systems, backend integrations, and deployment work built with a strong focus on business fit, speed, and quality.
What it proves
- →Premium marketing sites, landing pages, and conversion-focused builds
- →Web apps, SaaS interfaces, and product delivery with real business constraints
- →API integrations, deployment, hosting, and ongoing technical ownership
- →Ecommerce stores and operational tooling where the product needs it
Live
Status
Sites + Apps
Delivery
Global
Reach
Typical Stack
A deliberately lightweight proof of product taste, speed, deployment discipline, and edge delivery
This site is one of the portfolio pieces. It demonstrates static rendering, low payload weight, strong UX polish, global Cloudflare delivery, theme support, SEO discipline, and a careful front-end/build pipeline designed to stay fast without relying on a heavy deployed runtime.
What it proves
- →Cloudflare edge delivery, static architecture, and fast global response
- →Performance-first UI, careful payload control, and lightweight page construction
- →SEO, schema, accessibility, verification, and deployment discipline
- →A design system that stays polished without giving away speed or simplicity
10ms
Latency
0.2s
Load
100
Lighthouse
Technology
High-performance trading platform, charting engine, and realtime systems architecture in Rust
NativeCharts is where the deeper performance and systems-engineering side of the work becomes visible: realtime rendering, low-latency runtime thinking, execution constraints, time-series data, and architecture decisions that are very different from standard line-of-business app work.
What it proves
- →Low-latency system design, execution-path thinking, and realtime constraints
- →Rust-first architecture without leaning on heavy abstractions
- →Realtime systems, charting, time-series data, and domain-heavy product design
- →Long-range engineering ambition that goes beyond ordinary delivery work
<5ms
Latency Goal
1M+
Orders/sec
Rust
Core Stack