Discovering physical products today still involves fragmented information, excessive search fatigue, and disconnected experiences.
When someone urgently needs an item—like a laptop charger or specialized medicine—they often visit four or five stores blindly before finding one that has it in stock.
Digital maps show where shops are located, but say nothing about what is currently in stock on their shelves. Nearby customers remain unaware of local inventory.
Small retailers have great inventory but cannot afford complex ERPs. Vipto provides a zero-friction request-and-reply mechanism to verify stock instantly.
“Search Online. Confirm Availability. Buy Offline.” A minimal five-stage workflow designed for speed and reliability.
Searches for a specific product and views nearby local store listings within walking radius.
Customer opens Vipto, browses by category or types "USB-C Laptop Charger". Stores within 1-2 km are displayed with distance.
The fundamental engineering, product, and design principles guiding how we build Vipto.
Making the process of finding and exploring products in nearby stores intuitive and dependable.
Building lightweight, reliable, low-bandwidth applications across mobile and modern web.
Reducing friction, cognitive load, and unnecessary steps in the shopping journey.
Constructing maintainable, scalable, practical technology with clean modular design.
Experimenting with new approaches to everyday offline retail and community discovery problems.
Vipto is developed through continuous experimentation, honest feedback, and disciplined refinement.
Observing everyday shopping struggles—like visiting 4-5 stores looking for a specific cable or medicine.
Ideas, experiments, engineering notes, and lessons from building Vipto.
We can order items from across the globe in seconds, yet finding a specific laptop charger or medication in our immediate neighborhood often requires visiting four or five shops blindly.
A detailed look at the philosophy, constraints, and engineering decisions behind building a platform that bridges online search with offline in-store purchases.
Why we choose transparent experimentation and iterative testing over premature scaling, inflated claims, or over-engineered infrastructure.
Focusing on optimizing the end-to-end latency of the "Check Availability" notification pipeline and testing simplified seller dashboard interactions on entry-level Android devices.
Different notification dispatch strategies to ensure sellers receive availability requests even in low-power or background states.
Shop owners are significantly more responsive when the action requires zero typing during busy shop hours.
We are interested in people who enjoy building, experimenting, learning, and solving real-world product discovery problems. Structured student internships and contributor roles are available.