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ENTERPRISE CASE STUDY

ACTS / Truck Tracking System Re-Architecture

Samsung Electronics Logistics Europe · 2019.04 - 2021.03

Delivered project documented in career records

Problem

Legacy transport control needed stronger reliability, visibility, and operating cost discipline.

My responsibility

Architecture, project management, testing, go-live stabilization.

Architecture scope

Rebuilt tracking and TMS workflows on a modern enterprise platform with APIs, revised database modeling, and stronger operating controls.

Outcome

Improved system stability and reduced operating cost by approximately 30%.

01Tracking events
02API / data model
03Transport control
Conceptual reconstruction of the public description; not an internal diagram, screenshot, or verified implementation specification.

Evidence & measurement scope

Outcomes above are stated in existing career records. Measurement windows, calculation methods, cost categories, and detailed attribution are not included in the available public material.

Internal operating screens and documents are not published. Architecture scope and personal responsibilities can be discussed within available disclosure boundaries.

Questions for a design review

Which events drive decisions? How should late or missing data be handled? What fallback workflow should operators use during an outage?

Review questions, not claims about alternatives selected in the historical project.

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