AnkushGuptaTech — Home of AI Systems Lab.
I build and deploy systems designed for real human constraints.
Systems deployed • Real businesses • Real constraints solved
Most software is built for ideal conditions. I build for reality.
Each system starts with a constraint — limited resources, imperfect workflows, real human friction.
Problem: Workers in small businesses often calculate work hours and pay manually.
Solution: A simple system that records shift start time, end time, break duration and automatically calculates weekly pay.
Status: Launching on Google Play.
Coming SoonProblem: People forget complex passwords and store them insecurely.
Solution: A secure vault protected by device biometrics to store sensitive credentials safely.
Status: Launching on Google Play.
Coming SoonProblem: Retail traders struggle to monitor markets constantly.
Solution: An automated algorithmic trading bot executing strategies using Alpaca API.
Status: Experimental build.
Problem: Crypto markets run 24/7 and are difficult to monitor manually.
Solution: Automated crypto trading bot connected to Kraken executing algorithmic strategies.
Status: Experimental build.
A small home-based catering business struggling to get consistent orders. Everything was managed through phone calls and handwritten notes. No online presence. No discoverability.
The constraint was simple — people couldn’t order because they couldn’t find the business.
I designed and deployed a clean, mobile-first website that allows customers to explore menus, understand offerings, and place inquiries easily.
The result — a shift from offline dependency to an accessible digital presence.
View Live SystemA local clinic managing appointments manually with high dependency on calls and in-person visits. Patients often faced delays, and there was no structured online system.
The constraint — healthcare access slowed down by outdated workflows.
I built a responsive website with clear service information and an integrated booking interface, making it easier for patients to connect and schedule appointments.
The result — improved accessibility, reduced friction, and a more modern patient experience.
View Live SystemA talented photographer capturing weddings, portraits, and creative shoots, but relying only on word of mouth with no strong online presence. Potential clients had no easy way to discover or explore the work.
The constraint — high-quality photography with limited reach and no structured digital portfolio.
I built a cinematic, responsive website showcasing the photographer’s work, services, and story — creating a seamless experience for visitors to explore and connect.
The result — stronger online visibility, increased client inquiries, and a professional brand presence.
View Live SystemAn individual professional with no structured online presence. Information about their work and identity was scattered, making it difficult for people to understand or trust their expertise.
The constraint — credibility limited by lack of digital identity.
I designed and built a clean personal website to centralize their presence, clearly communicate their work, and create a professional digital identity.
The result — stronger credibility, better first impressions, and a system that represents them even when they are offline.
View Live SystemA financial analyst looking to distribute institutional-grade market research directly to retail investors. They needed to move beyond scattered PDFs and emails into a proper, monetizable platform.
The constraint — high-value intellectual property trapped without a secure, scalable delivery and paywall system.
I engineered a full-stack SaaS platform featuring a polished marketing front-end, secure user authentication, and a dynamic, mobile-optimized member dashboard powered by a real-time database.
The result — a premium digital product that establishes institutional credibility, protects gated content, and securely scales their subscription business.
View Live SystemI came across someone who could not see but could hear perfectly. Watching them navigate everyday environments inspired a question.
What if a system could translate vision into sound in real time?
This idea led to Andhe Ki Lathi — an AI-powered assistive wearable designed to help visually impaired individuals understand their surroundings through intelligent audio feedback.
View ProjectIf you're facing a real-world bottleneck and believe intelligent systems could solve it — initiate contact.
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