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OrderEase vs ParcelNow vs CaseNotes

The problem, what was built, the stack and the outcome, next to each other.

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In common

  • Shared stack: Next.js, FastAPI, PostgreSQL, Redis
  • Both kinds of work: Web
  • Order: OrderEase (2025 – 2026) → ParcelNow (2025 – 2026) → CaseNotes (Feb 2026 – present)

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OrderEase ›

Branded online ordering for restaurants and retailers

ParcelNow ›

On-demand parcel delivery with real-time tracking

CaseNotes ›

South African legal research, e-discovery and learning, powered by AI

At a glance

Role
Technical lead, Smart Kitchen Co
When
2025 – 2026
Length
1 yr
Status
Live
Type
Web, Platform
Role
Technical lead, Smart Kitchen Co
When
2025 – 2026
Length
1 yr
Status
Delivered
Type
Web, Platform
Role
Founder / Lead Engineer
When
Feb 2026 – present
Length
9 mo so far
Status
Live
Type
AI, Web, Mobile

The problem

Direct ordering and order management: menus, orders, payments and fulfilment, with automated order intake and status updates that cut merchants' operational overhead.
Customer and operations dashboards with backend services for parcel lifecycles, tracking events and notifications, built for high-throughput transactional workflows.
South African legal information is scattered across portals with limited keyword search, while international e-discovery platforms are often priced beyond the local market.

What was built

—
—
An integrated research, e-discovery and learning platform: hybrid semantic search across more than 10,000 judgments, a precedent citation graph, structured document extraction, AI-assisted discovery and stateful research workflows.

Stack

  • Next.js
  • FastAPI
  • PostgreSQL
  • Redis
  • Next.js
  • FastAPI
  • PostgreSQL
  • Redis
  • Docker
  • Next.js
  • FastAPI
  • PostgreSQL
  • pgvector
  • Neo4j
  • Redis/ARQ
  • Azure OpenAI
  • LangChain
  • LangGraph

Highlights

  • Fast, responsive ordering on Next.js
  • FastAPI services for menus, orders, payments and fulfilment
  • Next.js dashboards over FastAPI services
  • Live delivery updates through logistics and messaging integrations
  • Five-stage Graph RAG pipeline in LangGraph
  • Hybrid pgvector and Neo4j retrieval, and a TAR active-learning loop
  • Human-in-the-loop tool-calling chat with PostgreSQL checkpoints
  • MCP server for case search and drafting

Infrastructure choices

—
  • Docker-based development and deployment standards
  • pgvector + Neo4j
  • Redis / ARQ workers
  • LangGraph with PostgreSQL checkpoints

Outcome

—
—
An integrated research and review platform grounded in more than 10,000 judgments, with a structured learning bank of 1,624 rubric-scored questions. The architecture supports resumable jobs, traceable sources and human review.