What I Build
End-to-end iGaming development — from game mechanics to platform infrastructure
Crash / Mines / Dice / Plinko Games
Custom-built casino game engines with provably fair mechanics, real-time multiplayer support, and production-grade reliability. See my Plinko and Blackjack case studies.
Sportsbook & Betting Platforms
End-to-end sportsbook platforms with live odds engines, multi-market support, bet settlement, and real-time score feeds.
Crypto & Fiat Payment Integration
Multi-currency payment rails supporting BTC, ETH, USDT, and traditional fiat gateways with instant deposits and withdrawals.
Real-time Multiplayer Game Engines
WebSocket-powered game servers handling 10K+ concurrent connections with sub-50ms latency and deterministic state sync.
Admin Dashboards & Analytics
Real-time operator dashboards with player analytics, revenue tracking, risk management, and compliance reporting.
Platform Scaling & Migration
Infrastructure scaling, database optimization, and legacy platform migrations to modern cloud-native architectures.
Tech Stack
Battle-tested technologies for building reliable iGaming systems
Frontend
Backend
Blockchain
Infrastructure
Case Studies
Real projects, real results — here's what I've built for iGaming clients
Crash Betting Platform
Crash Betting Platform
Real-time multiplayer crash game with provably fair mechanics
Sportsbook MVP Platform
Sportsbook MVP Platform
Full-featured sports betting platform with live odds and multi-market support
Blackjack Game Engine (Snoop Dogg Edition)
Blackjack Game Engine (Snoop Dogg Edition)
Server-authoritative blackjack with full rule support and real-money orchestration
How I Work
A transparent, iterative process from idea to launch
Discovery Call
Understand your requirements, target market, and technical constraints
Architecture & Proposal
Detailed tech stack recommendation, timeline, cost breakdown, and milestone plan
Build & Iterate
Weekly demos, transparent progress tracking, and continuous feedback integration
Launch & Support
Production deployment, monitoring setup, documentation, and handoff
Why Me
Provably Fair Expert
I implement cryptographic fairness verification systems — HMAC-SHA256 seeding, hash chains, and client-verifiable outcomes.
Full Stack
I handle frontend, backend, blockchain, and DevOps. One point of contact for your entire platform.
Startup Friendly
Fast iteration, clear communication, flexible engagement models. I've co-founded startups — I understand the pace.
Content Creator
I teach this stuff on YouTube (17K+ subscribers). I don't just code iGaming platforms — I educate the ecosystem.
What Clients Say
“Nikhil delivered our crash game engine in record time. The provably fair implementation was bulletproof, and the architecture scaled effortlessly to 10K concurrent players.”
Alex R.
CTO, CryptoGames.io
“Working with Nikhil was a game-changer. He understood our sportsbook requirements deeply and delivered a platform that our users love. Highly recommend for any iGaming project.”
Marcus T.
Founder, BetStack
“The quality of Nikhil's code and architecture is exceptional. His game engines are well-tested, well-documented, and built for scale. He's our go-to for all iGaming development.”
Sarah K.
Head of Product, LuckyVerse
Frequently Asked Questions
I primarily use React/Next.js for frontends, Node.js with TypeScript for backend services, PostgreSQL for transactional data, Redis for caching and real-time state, and WebSockets/Socket.io for live game communication. For blockchain features, I use Solidity and Web3.js. Infrastructure runs on AWS with Docker and Kubernetes for orchestration.
Yes, provably fair systems are a core part of my iGaming work. I implement HMAC-SHA256 based seeding systems where the server seed is committed (hashed) before the round starts, combined with a client seed and nonce. Players can verify any round's outcome using the revealed seeds. I've built these systems for crash games, dice, Plinko, and card games.
Absolutely. I've integrated Bitcoin, Ethereum, USDT (ERC-20 and TRC-20), and other major cryptocurrencies. This includes generating deposit addresses, monitoring blockchain confirmations, processing withdrawals with hot/cold wallet management, and handling exchange rate conversions. I also integrate traditional fiat payment gateways alongside crypto.
A single game (like a crash game or dice game) typically takes 4-6 weeks. A full platform with multiple games, user management, and admin dashboard takes 10-16 weeks. A sportsbook MVP is usually 10-12 weeks. These timelines include testing, deployment, and initial monitoring. Complex projects with custom requirements may take longer.
Both. I've worked with early-stage startups building their first MVP and with established gaming companies adding new game titles or scaling existing infrastructure. My engagement models are flexible — from fixed-price project delivery to ongoing retainer arrangements.
I use WebSocket connections (via Socket.io or raw WS) for real-time game state broadcasting. For high-throughput scenarios, I implement Redis pub/sub for fan-out messaging across multiple server instances. The architecture supports horizontal scaling — adding more WebSocket gateway nodes behind a load balancer to handle increased concurrent connections.
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From My iGaming Blog
Tutorials, deep-dives, and insights from building iGaming platforms