CASE STUDY
upk
aar
tms
Transport management system for a regional logistics company — replacing paper registers with a centralized platform for shipments, documents, and payments.
INDUSTRY
PLATFORM
OUTCOME
Replaced paper workflows with a centralized logistics platform managing GRs, GDCs, DPS records, payments, and branch operations.
THE Problem
Not features. The actual business problem.
Upkaar Transport handled thousands of shipments through paper registers, spreadsheets, and WhatsApp messages.
Information was fragmented across branches, making tracking, reporting, and reconciliation slow and error-prone. Every handoff between branches meant re-entering data, and no one had a single source of truth for where a shipment actually stood.
EXISTING WORKFLOW
Paper GRs, Excel logs, WhatsApp updates between branch managers.
BOTTLENECKS
Manual reconciliation, duplicate entries, lost paperwork in transit.
OPERATIONAL RISK
No audit trail, payment disputes, branch managers unaware of company-wide status.
WHY SOFTWARE
Growth had outpaced what paper and spreadsheets could reliably track.
constraints
Clients don’t care about challenges. They care about constraints.
Multiple branches
Low technical literacy
Existing paper workflow
Limited budget
Mobile-first usage
Poor internet connectivity
System Thinking
How a shipment actually moves through the business.
Before touching a single screen, I mapped the document lifecycle end to end — every handoff, every branch, every place data could go stale.
GR — Goods Receipt
↓
GDC — Goods Delivery Challan
↓
DPS — Delivery Proof Slip
↓
Payment — Reconciled
Architecture
From frontend to deployment, every layer earns its place.
React
↓
Go API
↓
PostgreSQL
↓
Render + Vercel
Fast compile times, static typing, and a single binary deploy — ideal for a small team shipping fast.
Relational integrity mattered — GRs, GDCs, and DPS records are tightly linked and need real transactions.
Simple, cacheable, and easy for branch-office developers to debug without extra tooling.
Stateless auth across branches with poor connectivity, backed by HttpOnly cookies and CSRF protection.
building it
Selected components, not every screen.
Dashboard
Challenge: surface branch-wide status at a glance. Decision: one summary view with live counts by stage. Result: managers stopped calling branches just to ask “where is this shipment?”
GR Creation
Challenge: replace a 15-minute paper form with something usable on a cracked phone screen. Decision: a guided, one-handed flow with smart defaults. Result: GRs created in under a minute, even offline.
Analytics
Challenge: leadership had no visibility into operations across branches. Decision: real-time dashboards built directly on PostgreSQL views. Result: monthly reports that used to take days now update live.
Payment Tracking
Challenge: payments were disconnected from delivery proof, causing disputes. Decision: tie every payment record directly to its DPS. Result: disputes dropped to near zero within the first month.
TECHNIcal highlights
A concise engineering summary.
Authentication
Search
Analytics
Monitoring
REsults
Numbers, not adjectives.
3
BRANCHES CONNECTED
10,000+
RECORDS MIGRATED
15min → 30s
DOCUMENT GENERATION TIME
2.06M
Global Impressions
Fuel moves beyond simple authenticity, creating refined systems that shape digital presence.
160K
Community Reach
Elevating identity with structured clarity. Fuel crafts experiences that extend far beyond visual form.
750+
Creative Hours Logged
Through precision and intention, Fuel transforms ideas into cohesive narratives that define brands.
257+
Projects Completed
Blending modern aesthetics with functional design, Fuel delivers refined solutions that push brands.
Building logistics software taught me that most complexity doesn’t come from code. It comes from understanding how information moves through a business.
NEXT
More projects, one message away.
Upkaar TMS wasn’t built to showcase technology. It was built to remove friction from a business that runs on movement, paperwork, and trust. The challenge was less about software and more about translating a real-world operation into a system people could depend on every day.
