nanogas

how was the process going

discovery & analysis

The discovery phase focused on understanding how users interact with utility-based delivery services and where existing experiences create friction during urgent or routine ordering scenarios. The goal was to transform a traditionally functional service into a more modern, reliable, and operationally efficient digital product for both customers and delivery drivers

ux structure

he UX structure was designed around speed, clarity, and real-time interaction between customers and delivery drivers. The primary user flow on the customer side focuses on quick ordering: selecting delivery details, confirming the order, tracking the driver in real time, and receiving status updates throughout the process.

For drivers, the flow is centered around operational efficiency — receiving delivery requests, managing active orders, navigating routes, and updating delivery states with minimal interaction steps. Both sides of the platform remain synchronized in real time, ensuring transparent communication and reducing uncertainty during deliveries.

Special attention was given to simplifying navigation and minimizing friction, especially in urgent-use scenarios where users need to complete actions quickly and without confusion.

interface design

The interface design focused on creating a fast, trustworthy, and operationally clear experience for both customers and delivery drivers. Since the platform is used in time-sensitive situations, the visual system was designed to prioritize readability, quick actions, and real-time status visibility over decorative UI elements.

The customer side uses a clean, mobile-first layout with strong hierarchy and simplified ordering flows to reduce interaction time. Key information such as delivery status, estimated arrival, active orders, and reorder actions are visually prioritized to help users stay informed with minimal effort.

On the delivery side, the interface becomes more utility-oriented and action-driven. Large touch targets, simplified navigation, and structured delivery states were introduced to support fast interaction during active delivery workflows. Route visibility, order details, and status updates are designed to remain accessible at all times without overwhelming the screen.

A strong emphasis was also placed on system feedback and live-state communication. Progress indicators, delivery states, and confirmation patterns were integrated throughout the experience to create transparency and reinforce reliability across both sides of the platform.

The final design system covered every major screen, state, and interaction flow across both customer and delivery applications. From onboarding and ordering flows to live tracking, delivery management, and operational states, each side of the ecosystem was fully designed to ensure consistency, scalability, and a seamless end-to-end experience.

outcomes

The final product delivers a fully connected delivery ecosystem that improves both customer experience and operational efficiency through clear real-time communication and simplified workflows. By redesigning the platform from the ground up, the experience shifted from a purely functional utility service into a modern, mobile-first delivery product focused on speed, reliability, and transparency.

The customer side reduces friction through streamlined ordering, live tracking, and intuitive delivery states, while the delivery-side application improves task management, route handling, and operational clarity for drivers. This creates a more synchronized workflow across both sides of the platform and minimizes communication gaps during active deliveries.

From a product perspective, the platform establishes a scalable foundation capable of supporting future operational growth and additional delivery features. The complete redesign of all major flows and interfaces ensures consistency across the ecosystem while significantly improving usability, trust, and overall user experience.