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+41% Completed Orders

Built a scalable cannabis delivery platform with integrated POS and inventory system.

Unified ordering, POS, and inventory operations into one growth-ready platform for cannabis retailers.

Project: WebJoint

Cannabis DeliveryPOSInventoryMarketplace

Executive Summary

A quick leadership snapshot of platform scope, delivery approach, and measurable outcomes.

Industry

Marketplace / On-demand

Platform

Web, Admin

Tech Stack

Next.js, React, Node.js

Result

+41% Completed Orders

Timeline

18 weeks

Service Category

SaaS Development

Type

Client Project

Live Product

Explore the live project surfaces across web and app platforms.

Problem

Client Background

WebJoint needed a compliant, high-throughput cannabis delivery system that connected storefront, dispatch, POS, and inventory.

Critical Risk Area

Operational fragmentation was creating delayed fulfillment, stock mismatches, and lower repeat order confidence.

  • Orders and stock were managed in disconnected tools
  • Store teams lacked real-time delivery and inventory visibility
  • Manual reconciliation slowed daily operations

Solution

Delivery Outcome

Delivered a full-stack delivery platform with catalog, cart, checkout, POS sync, inventory controls, and dispatch workflow automation.

Why this approach

A single source of truth across sales and fulfillment was required to scale reliably and reduce compliance and stock risks.

Cannabis storefront

POS synchronization

Inventory engine

Driver dispatch panel

Process

How we made key decisions, handled technical complexity, and applied engineering expertise to deliver measurable outcomes.

1

Product & Architecture Decisions

  • Separated customer ordering from back-office inventory and dispatch services
  • Introduced event-driven stock and order status updates
2

Technology Selection Reasoning

  • Next.js for high-performance storefront rendering
  • Node.js APIs for transactional order and stock orchestration
3

Complexity Managed

  • Eliminated inventory mismatches between POS and delivery inventory
  • Improved delivery handoff accuracy during peak ordering windows
4

System Design Approach

Launched core ordering and POS integration first, then layered dispatch optimization and reporting in weekly release cycles.

Engineering Highlights

Key technical decisions that enabled production-grade reliability, maintainability, and system scale.

Backend Architecture Design

Separated customer ordering from back-office inventory and dispatch services

API Integrations

Node.js APIs for transactional order and stock orchestration

Performance Optimization

Next.js for high-performance storefront rendering

Scalability Considerations

Order Completion: 87%

Data Processing Workflows

Built reliable data processing workflows with validation and observability across execution stages.

Tech Stack

A modern technology stack selected to maximize performance, scalability, and delivery speed.

Our stack is selected for reliability, maintainability, and production scale.

Core Stack

Next.js
React
Node.js
PostgreSQL

Supporting Tools

We also work with a wide range of modern technologies based on project requirements.

RedisStripeAWSDocker

Infrastructure / Workflow

Git
GitHub
GitLab
CI/CD
Code Reviews
Agile
Testing & QA

Results

Measured outcomes across efficiency, scalability, and system performance improvements.

Efficiency

+41%

Completed Orders

Automation

-36%

Dispatch Coordination Time

Scalability

97.8%

Inventory Accuracy

Order Completion

Before

62%

After

87%

Stock Mismatch Incidents

Before

18/week

After

4/week

Manual Reconciliation

Before

14 hrs/week

After

5 hrs/week

Business Impact Snapshot

  • Increased completed orders by 41% and reduced dispatch coordination effort by 36%.
  • WebJoint moved from manual operations to a scalable delivery engine that supported growth without adding operational overhead.

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