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Enterprise SaaS · 2025 Case study / Enterprise SaaS · synthetic shipment data

Logistics Track & Trace System.

Enterprise logistics platform that unified fragmented operations into one real-time shipment record, with carrier and warehouse events normalized across every handoff and exception.

TechnologiesReactTypeScriptNode.jsPostgreSQLRedisWebSockets

!Evidence boundary: this public case study demonstrates the architecture and workflow. It does not assert performance outcomes without published baselines.

Shipment event rail · 01Mock network · PH / APAC
Synthetic event stream

Every handoff, one trail.

Stream · Live
Active shipments09
On-time sample70%
Open exceptions02
PMJ-24089Vehicle exception escalated
Demo · Synthetic shipment data · Illustrative values only
Enterprise SaaS2025 Build manifest
  • React
  • TypeScript
  • Node.js
  • PostgreSQL
  • Redis
  • WebSockets
All projects

Project architecture summaryDemonstrated capabilities from the case study. Mock dashboard values are illustrative and are not project results.

1Normalized shipment record across every handoff
LiveException visibility from event to resolution
6Technologies in the published stack
01 / The operating shift

One record through every handoff.

The interface concept turns fragmented updates into a shared event trail. Operations sees what moved, what changed, and what needs intervention without chasing carrier portals or status messages.

Before · Fragmented operations

Every handoff resets the search.

  1. 01Carrier portal holds one status.
  2. 02Email holds the exception context.
  3. 03Spreadsheet holds the customer promise.
  4. 04Operations reconciles them manually.
After · Unified event record

One shipment. One operational truth.

  1. 01Events normalize into a shared timeline.
  2. 02Delay risk is visible beside the route.
  3. 03Every handoff keeps context attached.
  4. 04Exceptions rise before routine updates.
02 / Interactive product concept

The shipment control tower.

A redesigned demo dashboard · fixed synthetic dataset · no account connection. Filter the manifest, pick a reference, and read its milestones and event trail.

DemoTrack & trace control towerSynthetic event stream · updated Aug 13, 2026 14:32 PHT
Status view
Visible shipments10mock records
Active09not delivered
On-time70%delay ≤ 2h
At risk03watch + exception
Exceptions02delay > 8h
Shipment manifest

Every reference, one row

10 records
ReferenceLane · ModeStatusProgressETA / ActualDelta
Manila → CebuSea
In transit
72%
Aug 14 · 16:30On time
Shenzhen → ManilaSea
Exception
48%
Aug 15 · 11:00+9h
Davao → Cagayan de OroRoad
Out for delivery
89%
Aug 13 · 18:40+1h
Singapore → ManilaAir
Arrived hub
64%
Aug 14 · 09:15On time
Cebu → IloiloSea
Watch
32%
Aug 15 · 14:20+4h
Manila → BatangasRoad
Delivered
100%
Aug 13 · 10:12-1h
Hong Kong → ClarkAir
Linehaul
56%
Aug 14 · 05:50+2h
General Santos → ManilaSea
Port loading
18%
Aug 17 · 20:00On time
Subic → LagunaRoad
Exception
41%
Aug 14 · 19:30+13h
Bangkok → CebuAir
At origin
12%
Aug 15 · 07:30On time
Selected shipment

Inspector

In transit

PMJ-24081

Manila → Cebu
ModeSea
CarrierIsland Freight
ETA / ActualAug 14 · 16:30
ETA deltaOn time
Route milestones
  1. BookedEvent confirmed
  2. Origin gateEvent confirmed
  3. LinehaulEvent confirmed
  4. Destination hubIn transit
  5. DeliveredAwaiting event
Latest event trail
  1. Position event received · Verde Passage
  2. Linehaul milestone confirmed
  3. Departed Manila South Harbor
Selected · PMJ-24081Selected PMJ-24081, synthetic shipment from Manila to Cebu. In transit with 72% progress.Synthetic data · not a live carrier integration
03 / Signal architecture

Events in. Exceptions out.

A conceptual view of how the published stack can turn source events into an operations-ready interface. This diagram demonstrates product logic, not production architecture verification.

01 · Sources

Carrier & warehouse events

Scans, milestones, proofs, and exception updates enter the record.

API · EDI · Webhook
02 · Ingest

Node.js event gateway

Inputs are validated and normalized into one event language.

Node.js · TypeScript
03 · Record

Shipment state

Current state and event history stay joined to one reference.

PostgreSQL
04 · Signal

Fast state updates

Operational changes reach connected views without a manual refresh loop.

Redis · WebSockets
05 · Action

Exception-first UI

Routine movement stays quiet; delayed handoffs move to the top.

React
04 / Published technology stack

Six pieces. One operating surface.

The stack below is retained exactly from the live project page. The role descriptions explain the redesign concept and should not be read as audited implementation details.

01

React

Operations interface and shipment inspection views.

02

TypeScript

Typed event contracts across interface and services.

03

Node.js

Service layer for ingestion and integrations.

04

PostgreSQL

Shipment state, history, and relational records.

05

Redis

Fast access to operational state and event coordination.

06

WebSockets

Connected status updates across the control tower.

Release 07 / 07 · Enterprise SaaS · 2025 · Last in the series Back to all releases
Pixelmojo · AI product studio

Operations that see every handoff.

Fragmented status is a design problem before it is a data problem. Bring us the workflow and the events behind it.