Quick Commerce / Grocery / Delivery Tech

Quick Commerce — grocery platform with one-hour delivery

A grocery delivery application with last-mile logistics, dynamic slotting, and real-time courier optimization.

Startup Quick Commerce (B2C)Quick Commerce / Grocery Delivery / Last-Mile Logistics2024–2025
Discovery & quick commerce architecture designUX/UI design for customer and courier appsMobile applications (customer + courier)Real-time logistics backendRoute optimization and order batchingOperational dashboards and analytics
Mobile grocery ordering application

Overview

We designed and implemented a complete quick commerce platform for ordering groceries with delivery within one hour. The system includes mobile apps for customers and couriers, logistics and dispatch modules, and real-time operational coordination.

Problem

Classic ecommerce and marketplace platforms are not adapted to the same-hour delivery model. Challenges included limited control over picking time, inflexible delivery slots, insufficient courier optimization, and poor support for real-time operations.

Solution

We built a dedicated quick commerce platform based on an event-driven architecture. The system automatically assigns orders to the nearest fulfillment point or dark store, calculates delivery windows, optimizes courier routing in real time, and coordinates customer, courier, and operational flows across mobile and web interfaces.

Business impact

The platform significantly reduced order fulfillment time, increased the number of orders delivered within one hour, and lowered unit delivery cost thanks to better courier and slot utilization.

Key metrics

0 min
Delivery model
0 %
Logistics
0 %
Operating mode
0 x
Platforms

Technology

React Native (Expo)Next.jsTypeScriptNode.js / NestJSPostgreSQLRedisEvent-driven architectureWebSocket / Realtime APIStripeApple Pay / Google PayMaps API (routing & ETA)DockerAWS / GCP

Implementation timeline

  1. 1. Discovery & operational logic

    Analysis of fulfillment rules, delivery windows, and courier operations

  2. 2. UX/UI and customer flow

    Design of ordering, tracking, and courier experiences

  3. 3. Core logistics engine

    Dispatching, slotting, routing, and batching

  4. 4. Mobile apps & launch

    Customer and courier apps plus operational rollout

  5. 5. Optimization & scale

    Further work on performance, SLA, and expansion

Client testimonial

Thanks to the dedicated platform, we are able to deliver in under an hour without overloading the operations team. The system scales together with the business.
Founder Quick Commerce Startup
CEO

FAQ

How is quick commerce different from traditional ecommerce?

Quick commerce is built around very fast fulfillment, often within one hour, which requires different operational logic, routing, slotting, and inventory coordination than traditional ecommerce.

Can the system support dark stores and local fulfillment points?

Yes. The architecture was built to support local fulfillment nodes and assign orders dynamically based on operational context.

Why is real-time architecture important here?

Because quick commerce depends on constant synchronization of orders, slots, couriers, and ETA data. Without real-time coordination, the SLA quickly breaks down.

Can such a platform scale to additional cities or stores?

Yes. The product architecture was designed to support expansion into additional operational zones and locations.