I build systems that don't break at 3am.

Software engineer with 7+ years building production systems — SaaS APIs, AI products, mobile apps, and blockchain infrastructure.

I help founders turn difficult technical problems into reliable software — from architecture and AI workflows to the infrastructure that keeps it running.

100% Job Success · Top Rated on Upwork
Rohit Nishad — Software Engineer specializing in AI, Web, Mobile, and Blockchain Systems

Rohit Nishad

AI · Web · Mobile · Blockchain

40+

Projects Delivered

10k+

Daily Active Users Scaled

$2M+

Client Revenue Powered

100%

Job Success on Upwork

Client Reviews

What clients say.

All reviews verified from Upwork. No paraphrasing — these are real clients, real projects.

5.0

"Rohit demonstrated deep technical expertise throughout the entire project. He proactively solved complex blockchain challenges we hadn't even anticipated. The DeSo platform he helped build serves thousands of daily active users."

DeSocialWorld

Blockchain Social Platform

BlockchainWeb3Full-Stack
5.0

"Delivered a production-ready AI support automation system on time and exactly to spec. The N8N workflows he built reduced our support response time dramatically. Would hire again without hesitation."

AI Support Client

AI Automation

AIN8NAutomation
5.0

"Expert-level backend work on GCP with flawless crypto API integration. Rohit caught edge cases we didn't think of and communicated clearly throughout. Rare to find this level of skill and professionalism."

FinTech Startup

Backend & API

GCPBackendCrypto API
4.9

"Restructured our UTXO transaction model in React Native — complex work that required both blockchain and mobile expertise. Fixed critical bugs, added new features. The codebase is now clean and maintainable."

Blockchain Project

Mobile · Web3

React NativeWeb3UTXO

Expertise

What I Build.

AI & ML

Production AI systems, SaaS AI features, agents, RAG pipelines, workflow automation, and LLM integrations built to survive real traffic.

AI SaaSLangChainPineconeAI AgentsN8NAutomation

Web

SaaS platforms, APIs, marketplaces, real-time systems, and scalable backend architecture that holds up under production load.

Node.jsNext.jsPostgreSQLRedisAWSWebSockets

Mobile

Cross-platform iOS & Android apps with real-time features, payment integrations, and clean architecture that doesn't accumulate technical debt.

React NativeiOSAndroidStripeWebSockets

Blockchain

Web3 applications, smart-contract integrations, wallet systems, and decentralized product infrastructure — built for production, not just demo.

Web3DeSoSmart ContractsWalletsReact Native

Case Studies

Problems I've Solved.

Real production problems — written plainly, for founders and technical leaders.

Scale & Backend

A UK SaaS platform was losing users because the API couldn't keep up with growth.

When user traction outpaces backend architecture, founders often face a tough choice: endure the churn, or pause feature development for a costly 6-month rewrite. We found a third path.

Approach

Instead of a costly rewrite, we profiled the bottlenecks, fixed the database schemas, and introduced targeted job queues for heavy background tasks.

Learned

"Most scaling problems don't need microservices—they need better indexing, smarter queues, and simple caching. Keep it boring, keep it fast."

Node.jsPostgreSQLAWSBullMQ
Read note
AI & Reliability

An AI support automation tool worked perfectly in demos, but hallucinated and failed with real customers.

Moving AI from a flashy demo to a production environment is the hardest transition in modern software. Here is how we stabilized a highly volatile LLM product.

Approach

Built structured evaluation pipelines, implemented strict fallback chains, and added observability to track every token and decision the LLM made.

Learned

"LLMs are incredibly flaky infrastructure. You have to wrap them in traditional software engineering practices—timeouts, retries, and circuit breakers—to make them reliable."

OpenAILangChainNode.jsTemporal
Read note
Mobile & Web3

A Web3 social platform needed to support 10,000+ active users with real-time features, but the app was lagging.

Web3 apps are notoriously difficult to build for mobile. When blockchain operations block the UI thread, users perceive the app as slow and broken. We had to rethink the state management.

Approach

Restructured the React Native architecture, moved heavy blockchain operations off the main thread, and implemented an efficient WebSocket layer.

Learned

"Mobile performance is almost entirely about state management and thread blocking. Get your data model right early, and the UI will stay smooth."

React NativeWebSocketsDeSo BlockchainiOS/Android
Read note

How I think

Engineering principles.

Not platitudes. Things I actually optimise for when the stakes are real.

01

Performance First

Build around measurable outcomes — latency, throughput, error rate — not assumptions.

02

Simple Systems

Boring, understandable architecture beats clever abstractions. Complexity is a liability.

03

Observability

If you can't see it in production, you can't improve it. Everything is instrumented from day one.

04

Design for Growth

Get multi-tenancy, data models, and job topology right early. Retrofitting is the most expensive refactor you'll do.

Beyond implementation

Need more than code?

CTO AdvisorySolution DesignCustom DevelopmentMVP DevelopmentTechnology ConsultingStaff Augmentation

Writing

What I think about.

Technical decisions, production problems, AI systems, architecture — written for engineers and technical founders.

AI8 min read

Beyond the Demo: Why LLM Features Fail in Production

Read note
Web6 min read

The Hidden Cost of Complexity: Why Boring Architecture Wins

Read note
Mobile7 min read

Cross-Platform vs Native: A Business Decision Disguised as a Technical One

Read note
Blockchain9 min read

Decentralized but Usable: Hiding the Blockchain from Your Users

Read note

Get in touch

Have an interesting problem?

Slow API? Fragile architecture? AI feature that isn't working in production? Manual workflow that should be automated?

Tell me what's happening. We start with the problem, not a sales pitch.