Irakli Chkuaseli

A 3D action dueling game set in the Wild West with highly customizable characters. I managed a team of artists and programmers to create this high-profile mobile game. Acting as the lead programmer, I designed the project architecture and built many of the systems used in the game.

Interactive mobile mini-games collection built with Unity front end and ASP.NET Core back end, featuring real-time WebSocket communication, PostgreSQL database, and social platform integrations (TikTok, Twitch, YouTube APIs).

An app that rewards you for achieving a consistent sleep schedule. You can use tokens earned to purchase items for your virtual room in the in-game marketplace. I designed and developed a 3D real-time rendering solution in Unity optimized for mobile devices from scratch.

A 2D beat-em-up Pixel Art game to which I contributed as a gameplay and server programmer. I created the entire server back end with leaderboards, achievements, and more. I also refactored and optimized the old codebase, implemented ads, and integrated social platforms.

A Swift-based, simple, elegant, and easy-to-use network layer that makes it way easier to create HTTP requests, receive responses, and parse received data into Swift's native objects. Available with MIT license on GitHub.

An internal gym management system made with ASP.NET Core Razor that allows complete user management, including payments, class scheduling, hardware integration, and user data collection and analytics.

Breve is a native iOS language-learning app I designed and built solo. It turns the material a learner actually encounters (a photographed textbook page, a class recording, pasted text, an Anki deck) into scheduled, verifiable flashcards, then explains their weak points based on their own review history. The thesis: AI may propose and generate, but deterministic Swift owns scheduling, validation, and persistence.

• Swift 6.2 across seven targets (app, widget, Share and Spotlight extensions, plus unit, UI, and AI evaluation suites), under strict concurrency and warnings-as-errors
• SwiftUI and SwiftData over two disjoint stores: CloudKit-synced learning records, and a local-only store for sources and AI proposals that never leave the device
• Four-tier AI router with no back end: deterministic code, Apple Foundation Models on device, Private Cloud Compute, Gemini via Firebase AI Logic
• Pre-upload review that shows the exact pixels that would leave the device, plus an evaluation harness that scores generated cards against a curated corpus
• Read aloud speech practice, Vision OCR, FSRS scheduling, Anki import and export
• StoreKit 2 behind a capability catalog, with entitlement revalidated before every paid AI call

The server for Guns & Fury, a live Wild West dueling game on iOS and Android, is being moved from Azure PlayFab to the Supabase module by module without pausing the game. As CTO, I designed the architecture and wrote the back end: game rules in TypeScript on a single Deno Edge Function (Hono, Zod, OpenAPI), with Postgres 17 enforcing integrity through constraints, a locked-down runtime role, and an append-only currency ledger. The Unity client talks to one HTTP API with one error envelope, and its C# contracts are generated from the API schema. Modules cover identity, wallets, inventory, store purchases and refunds, server-side reward rolls, duels with rating, quests, leaderboards, rewarded-ad verification, and device attestation with Play Integrity and App Attest. Each module runs beside PlayFab in a compare mode before it takes over, behind a fenced cutover with reconciliation reports. Quality gates include pgTAP database tests, unit and HTTP smoke tests, a Docker local stack, and GitHub Actions CI that deploys staging on every merge.