Ten years of systems that had to work.

2021 – present · platform core

Aparavi platform

A data intelligence platform that discovers, classifies and governs unstructured data across on-prem and multi-cloud storage, and prepares it for AI: files are scanned, PII is detected and masked, duplicates and noise are dropped, and only clean content is chunked and embedded into a vector store for RAG. I build the core: RESTful APIs for secure enterprise integration, the privacy architecture that keeps customer data inside their own firewall, and the upgrade and migration flow, redesigned to run 80% faster with far less downtime. Along the way I found and closed critical vulnerabilities in the Node.js networking layer and brought AI-assisted tooling into the team’s delivery and code review.

Press Scan to classify the files.

2018 – 2019 · Senior Software Engineer

White-label casino platform

A generic casino delivered as SaaS on a microservice architecture. I designed and built the business logic once: games, wallet, bets and payouts, bonuses, player accounts. Clients subscribed to the platform and got their own branded UI on top of the same services.

Pull the lever.

2019 – 2020 · Team Lead, backend

Trinkerr · social stock trading

A stock-trading platform for the Indian market that teaches beginners and lets them copy the strategies of successful traders. I started it alone, convinced the client it would work, then led a team of eight and built the backend: the order flow, the copy-trading engine that mirrors a leader’s trades into followers’ portfolios, and the learning track. MVP in six months, then scale: more than 500K active users, with AI-driven analytics surfacing personalized insights to keep them engaged.

The chart is live. Buy low, sell high, watch the account.

2020 – 2021 · backend & integrations

Car insurance aggregator

The driver enters their details once and the app prices the policy at every partner insurer, then picks the best one. I built the quoting engine and the partner integrations: each insurer’s rules live in a pluggable pricing module, one normalized API sits on top, payment providers are wired in, and a full comparison comes back in under a second. Several insurance companies embedded the calculator into their own sites.

Move the sliders. The best offer changes with the driver.

2017 – 2018 · Full Stack Developer

Jewelry e-commerce

An online store for a jewelry brand on ASP.NET and nopCommerce: catalogue, metal and stone options with the preview and price updating as you choose, checkout and payments. I built the custom storefront and the product configurator on top of the platform, added early recommendation features for product discovery, and later migrated the backend to Node.js with modern payment APIs. Sales conversions went up 400%.

2016 – 2017 · first production project

Watch builder shop

An online watch store where you assemble your own model from six parts, each in its own colours, then buy exactly that watch. The hard part was the combinatorics: six parts with up to twenty colours each meant millions of variants, and the brief said show them all. I replaced the nested loops with a matrix-based generator that ranks combinations by colour match, so the page shows the best-matching watches first and stays fast. The configurator ran as JavaScript on the front and Node.js microservices behind it, and lifted engagement and conversion across the product lines.

Build one and add it to the cart. The miniature keeps three of the parts.

2025 – 2026 · side project

Multi-agent engineering CLI

Give it a Jira ticket. It reads the code, proposes a fix in eight bullets, and after one keystroke writes the change, runs the tests and opens the pull request.

2016 · master’s thesis, Ural Federal University

Left ventricle from an ECHO

For my master’s thesis I wrote computer-vision software that measured the left ventricle on an apical four-chamber ultrasound view: it segmented the chamber on noisy frames, followed the endocardial border through the cardiac cycle and computed end-diastolic and end-systolic volumes, ejection fraction and wall motion.

The dashed line is the traced endocardial border. Numbers below are a normal study.

2014 – present · research

Science, in parallel

Peer-reviewed papers written alongside the engineering work, on the same problems I meet in production: secure high-load APIs, data storage in enterprise systems, observability of SaaS platforms, the economics of Node.js and microservices. The three on the right are a sample; there are many more, on scalable web architecture, API security, trading platforms and LLM-assisted development. One of them, Scalable Web Applications: A Cost-Effectiveness Study Using Microservice Architecture, won 1st degree at the XXIII International Research Paper Competition in 2024. ORCID 0009-0001-6737-7545