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CASE STUDY

Cutting Claim Costs for Shipping Company

Centralized fleet management automation platform that reduced claim costs, streamlined operations, and improved resource management efficiency.

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Problem Solved

The project addressed fleet, equipment, and personnel management inefficiencies with fleet management automation by developing a monitoring tool that delivers daily actionable insights and automates key operational processes. The goal was to optimize resource allocation and enable the client to focus on strategic priorities through centralized and efficient management.

Case Study Icon

Problem Solved

The project addressed fleet, equipment, and personnel management inefficiencies with fleet management automation by developing a monitoring tool that delivers daily actionable insights and automates key operational processes. The goal was to optimize resource allocation and enable the client to focus on strategic priorities through centralized and efficient management.

Problem Solving Approach

First, the project started with analyzing core operational processes and evaluating the capabilities of the various third-party software in use. Next, the architectural design was crafted to enable seamless software integration and extend its functionalities. Following this, requirement engineering was conducted to ensure that all user needs were addressed, with prototype designs used to validate concepts with users and stakeholders. 
 
The project leveraged existing services within the shipping company’s infrastructure, complemented by end-to-end software development and design services, to deliver a comprehensive solution tailored to the project’s requirements.

Case Study Icon

Problem Solving Approach

First, the project started with analyzing core operational processes and evaluating the capabilities of the various third-party software in use. Next, the architectural design was crafted to enable seamless software integration and extend its functionalities. Following this, requirement engineering was conducted to ensure that all user needs were addressed, with prototype designs used to validate concepts with users and stakeholders. 
 
The project leveraged existing services within the shipping company’s infrastructure, complemented by end-to-end software development and design services, to deliver a comprehensive solution tailored to the project’s requirements.

Outcome

A monitoring tool was developed, complemented by additional tools, designed to optimize fleet, equipment, and personnel management processes. The tool reports around 200 potential issues daily, allowing the client to address challenges proactively. Processes like maintenance scheduling and driver coaching were automated, cutting claim costs, optimizing resource allocation, and enabling the client’s team to concentrate on strategic priorities. Comprehensive reporting supports these efforts.

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false

Automation of processes like maintenance scheduling and driver coaching

false

Optimized resource allocation

false

Reduced claim costs

false

Comprehensive reporting

true74

Outcome

A monitoring tool was developed, complemented by additional tools, designed to optimize fleet, equipment, and personnel management processes. The tool reports around 200 potential issues daily, allowing the client to address challenges proactively. Processes like maintenance scheduling and driver coaching were automated, cutting claim costs, optimizing resource allocation, and enabling the client’s team to concentrate on strategic priorities. Comprehensive reporting supports these efforts.

Automation of processes like maintenance scheduling and driver coaching

Optimized resource allocation

Reduced claim costs

Comprehensive reporting

Key Features Implemented

Case Study Icon

Configurable e-mail and push notifications

Real time monitoring and reporting

Comprehensive statistics over the time

“In the yard” equipment management

“On the road” equipment management

Personnel coaching and performance history

Task management

Key Features Implemented

Configurable e-mail and push notifications

Real time monitoring and reporting

Comprehensive statistics over the time

“In the yard” equipment management

“On the road” equipment management

Personnel coaching and performance history

Task management

Technologies

Case Study Icon

Development

Technologies

Development

Typescript
Typescript
React
React
Vite
Vite
Tailwind CSS
Tailwind CSS
Vitest
Vitest
Java
Java
Spring Boot
Spring Boot
Spring Web MVC
Spring Web MVC
Spring Security
Spring Security
PosgreSQL
PosgreSQL
PostGIS
PostGIS
JUnit Jupiter
JUnit Jupiter
EasyMock
EasyMock
AzureAD
AzureAD

Project Timeline and Team Structure

The project lasted four years involved a cross-functional team of nine members, including Software Engineers, QA Engineers, DevOps Engineers, UX/UI Designers and a Product Manager. The team delivered Product Design and Software Development services.

Case Study Icon
0%

2020

Start

12%

100 days

MVP

100%

2024

End

Position Icon

Product Owner

0
Position Icon

Software Engineers

0
Position Icon

UX/UI Designers

0
Position Icon

QA Engineers

22516
Position Icon

DevOps Engineers

22517

Project Timeline and Team Structure

The project lasted four years involved a cross-functional team of nine members, including Software Engineers, QA Engineers, DevOps Engineers, UX/UI Designers and a Product Manager. The team delivered Product Design and Software Development services.

Start
2020
MVP
100 days
End
2024
Position Icon

Product Owner

Position Icon

Software Engineers

Position Icon

UX/UI Designers

Position Icon

QA Engineers

Position Icon

DevOps Engineers

Methodology

The products were developed using Scrum methodology with incremental delivery, ensuring alignment with end-user needs through continuous validation.

Case Study Icon

Methodology

The products were developed using Scrum methodology with incremental delivery, ensuring alignment with end-user needs through continuous validation.

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