INTERNATIONAL JOURNAL OF LATEST TECHNOLOGY IN ENGINEERING,  
MANAGEMENT & APPLIED SCIENCE (IJLTEMAS)  
ISSN 2278-2540 | DOI: 10.51583/IJLTEMAS | Volume XIV, Issue XI, November 2025  
GUnify: A Comprehensive and Optimized Event Management  
Solution Utilizing the Deflate Compression Algorithm  
Ain Geuel E. Escober, LPT, MAEd  
Polytechnic University of the Philippines Quezon City  
DOI: https://doi.org/10.51583/IJLTEMAS.2025.1411000051  
Received: 18 November 2025; Accepted: 27 November 2025; Published: 08 December 2025  
ABSTRACT:  
This study focuses on the development of the GUnify Information Management System as a platform to validate  
the effectiveness of the Deflate compression algorithm in optimizing storage requirements for associations with  
limited resources. GUnify addresses the challenges of managing memberships, events, web portals, and financial  
reports, providing a cost-effective solution for organizations unable to procure high-end computing resources.  
Integrating the Deflate algorithm significantly reduces data storage and transmission costs while maintaining  
performance and functionality. Developed iteratively using Agile Scrum methodology, GUnify adapts to  
evolving organizational needs and fosters stakeholder collaboration. Its architecture includes Membership  
Management, Event Management, Web Portal, and Finance Management modules, enabling process automation  
and enhanced data integrity. The Deflate algorithm ensures efficient storage and retrieval of key data such as  
member profiles, event schedules, financial reports, and transaction histories. Workflow diagrams illustrate how  
automation reduces manual tasks and supports decision-making. Additionally, the system's software quality was  
rigorously evaluated using the ISO 25010 standard, ensuring compliance with criteria such as functional  
suitability, performance efficiency, usability, reliability, security, and maintainability. This study demonstrates  
that the Deflate algorithm is a viable solution for optimizing storage and operational efficiency in resource-  
constrained environments, making GUnify a practical and scalable tool for association management.  
Keywords: Deflate Compression Algorithm, ISO 25010, DevOps, Agile Scrum Methodology, Microservices  
INTRODUCTION  
In response to the operational demands of non-profit management, the GUnify Information Management System  
is an innovative solution designed to streamline core activities such as membership management, event  
coordination, and financial reporting. Many non-profit organizations face challenges due to manual processes,  
leading to operational inefficiencies, data inconsistencies, and delays in critical workflows. These issues  
highlight the need for a centralized system to improve communication, enhance transparency, and optimize  
resource utilization.  
Inspired by best practices in non-profit management and recent advancements in data automation (Ritchie &  
Stankosky, 2021; Powell & Stein, 2020; Dodd & Mahoney, 2019), GUnify adopts a user-centric approach,  
consolidating multiple management functions into a single, seamless platform. The system is designed to address  
the unique needs of resource-constrained organizations, providing a cost-effective and scalable solution to  
support their missions effectively. The GUnify Information Management System centralizes and automates key  
operational processes, including membership management, event coordination, and financial transactions.  
The Membership Management Module handles member registration, profile updates, and communication,  
ensuring accurate and up-to-date records. The Event Management Module facilitates planning, scheduling,  
participant tracking, and post-event evaluations with automated notifications and attendance tracking. The  
Finance Management Module supports financial transactions, including donation tracking, fund allocation,  
expense monitoring, and financial reporting, ensuring transparency and accountability. The system is developed  
as a web-based platform with role-based access control, ensuring secure and proper user permissions. Automated  
notifications inform members and administrators about membership renewals, event schedules, and financial  
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INTERNATIONAL JOURNAL OF LATEST TECHNOLOGY IN ENGINEERING,  
MANAGEMENT & APPLIED SCIENCE (IJLTEMAS)  
ISSN 2278-2540 | DOI: 10.51583/IJLTEMAS | Volume XIV, Issue XI, November 2025  
updates. Data consistency mechanisms maintain accuracy across modules, while an Agile Scrum methodology  
ensures iterative development and adaptability to evolving needs. A Microservices Architecture is implemented  
to provide modularity and scalability, and DevOps practices with CI/CD enhance system stability and  
deployment efficiency.  
The scope of GUnify excludes payroll processing, human resource management, and real-time banking  
transactions, focusing instead on exportable financial reports and integrations with external accounting tools. By  
leveraging Enterprise Architecture principles, the system improves collaboration, enhances interoperability, and  
accommodates future organizational growth.  
This study also emphasizes using the Deflate compression algorithm to optimize storage requirements, making  
GUnify a viable solution for organizations without access to high-end computing resources. The system's  
software quality is rigorously evaluated using the ISO 25010 standard, ensuring compliance with criteria such  
as functional suitability, performance efficiency, usability, reliability, security, and maintainability.  
GUnify addresses operational inefficiencies and is a case study applying modern software engineering practices  
to non-profit management. It demonstrates how technology can empower resource-constrained organizations to  
achieve their goals effectively.  
CONCEPTUAL FRAMEWORK  
This study positions the GUnify Information Management System as a transformative solution for non-profit  
organizations. It addresses operational inefficiencies by integrating advanced technologies and rigorous quality  
standards. By leveraging the Deflate compression algorithm, GUnify optimizes storage and transmission  
requirements, making it a viable solution for organizations without access to high-end computing resources. The  
system's development is guided by Agile Scrum methodology, Microservices Architecture, and DevOps  
practices, ensuring scalability, adaptability, and continuous improvement. The ISO 25010 standard is a critical  
framework for evaluating GUnify's software quality, ensuring it meets essential criteria such as functional  
suitability, performance efficiency, usability, reliability, security, and maintainability. Adherence to ISO 25010  
guarantees that GUnify is effective, robust, and user-centric.  
Through its modular design—encompassing Membership Management, Event Management, and Finance  
Management modules—GUnify centralizes and automates key operational processes, enhancing data integrity,  
transparency, and decision-making. The system's ability to reduce manual workloads, improve resource  
allocation, and provide real-time updates demonstrates its potential to empower resource-constrained  
organizations.  
Ultimately, this study validates the Deflate compression algorithm as a practical solution for optimizing storage  
and operational efficiency. At the same time, GUnify is a case study in applying modern software engineering  
practices to non-profit management. By addressing the unique challenges of non-profits, GUnify exemplifies  
how technology can drive organizational effectiveness and sustainability.  
Figure 1. Conceptual Framework  
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INTERNATIONAL JOURNAL OF LATEST TECHNOLOGY IN ENGINEERING,  
MANAGEMENT & APPLIED SCIENCE (IJLTEMAS)  
ISSN 2278-2540 | DOI: 10.51583/IJLTEMAS | Volume XIV, Issue XI, November 2025  
Statement of the Problem  
The researcher aims to answer the following research questions.  
1. What inefficiencies arise from manual membership, event, and financial management processes, and how  
does GUnify automate these processes to improve efficiency?  
2. How do data inconsistencies and fragmentation impact decision-making, and how does GUnify ensure data  
accuracy and consistency?  
3. What challenges does a lack of transparency in financial tracking pose, and how does GUnify improve  
financial reporting?  
4. What barriers do resource constraints and high storage costs create for non-profits, and how do the Deflate  
Compression Algorithm and ISO 25010 standard help GUnify optimize resource allocation?  
5. What issues arise from disjointed workflows and unreliable systems, and how do the Deflate Compression  
Algorithm and ISO 25010 standard ensure GUnify integrates workflows and maintains system reliability?  
METHODOLOGY  
The researchers used two types of research designs: descriptive and developmental. In descriptive research, the  
study aims to evaluate the proposed system using criteria and indicators based on the ISO Standard Model.  
Regarding the developmental type, GUnify Information Management System combines the Agile Scrum  
methodology, microservices architecture, and DevOps practices to address the organization's need for efficient,  
adaptable, and user-centric management solutions. Each approach is carefully selected to enhance collaboration,  
increase operational flexibility, and ensure the system's long-term scalability. The Agile Scrum framework is  
especially beneficial for this project because it emphasizes incremental progress, collaboration, and continuous  
feedback. Figure 2 illustrates how GUnify used Agile Scrum.  
Figure 2. Agile Scrumas utilized in GUnify  
The Agile Scrum methodology plays a central role in developing the GUnify Information Management System,  
ensuring an iterative, collaborative, and adaptive approach to addressing the operational challenges of non-profit  
organizations. By breaking the project into short, time-boxed sprints, the development team focuses on delivering  
specific features incrementally, such as the Membership Management, Event Management, and Finance  
Management modules. This iterative process allows for continuous refinement based on stakeholder feedback,  
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INTERNATIONAL JOURNAL OF LATEST TECHNOLOGY IN ENGINEERING,  
MANAGEMENT & APPLIED SCIENCE (IJLTEMAS)  
ISSN 2278-2540 | DOI: 10.51583/IJLTEMAS | Volume XIV, Issue XI, November 2025  
ensuring the system evolves to meet organizational needs effectively. Close collaboration with stakeholders  
during sprint planning, daily standups, and sprint reviews ensures alignment with user requirements and  
priorities. Agile Scrum's adaptability accommodates changing needs, enabling the team to incorporate new  
requirements or adjustments seamlessly. Continuous testing, guided by the ISO 25010 standard, ensures the  
system meets high-quality criteria, including functional suitability, performance efficiency, and reliability.  
Integrating Microservices Architecture and DevOps practices further enhances modularity, scalability, and  
deployment efficiency. Regular retrospectives foster continuous improvement, allowing the team to proactively  
refine processes and address challenges. Through this user-centric and iterative approach, Agile Scrum ensures  
that GUnify delivers a robust, scalable, and high-quality solution tailored to the unique needs of resource-  
constrained organizations.  
RESULTS AND DISCUSSION  
The results and discussion section highlights the effectiveness of the GUnify Information Management System  
in addressing the operational challenges faced by non-profit organizations. By integrating the Deflate  
Compression Algorithm and adherence to the ISO 25010 standard, GUnify significantly improves data  
management, resource optimization, and system reliability. The system's modular architecture and automated  
workflows streamline membership, event, and financial management, enhancing efficiency and transparency.  
These outcomes validate GUnify as a scalable and cost-effective solution for resource-constrained organizations,  
empowering them to achieve their goals effectively.  
Automating processes to improve efficiency  
Manual processes in membership, event, and financial management often lead to inefficiencies such as delays,  
errors, and redundant tasks. For example, manually updating member records, tracking event registrations, and  
managing financial transactions can result in data entry mistakes, miscommunication, and time-consuming  
workflows. These inefficiencies hinder productivity and strain limited resources.  
GUnify addresses these challenges by automating core processes through its modular architecture. The  
Membership Management Module automates member registration, profile updates, and communication,  
ensuring accurate and up-to-date records. The Event Management Module streamlines event planning,  
scheduling, and participant tracking with automated notifications and attendance management. The Finance  
Management Module automates financial transactions, including donation tracking, fund allocation, and expense  
monitoring, reducing manual errors and improving transparency. By automating these tasks, GUnify  
significantly reduces administrative workload, minimizes errors, and enhances operational efficiency. Figure 3  
shows Gunify’s system architecture to support this narrative.  
Figure 3. System Architecture of Gunify (Pilot tested by GFMIC, Inc.)  
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INTERNATIONAL JOURNAL OF LATEST TECHNOLOGY IN ENGINEERING,  
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ISSN 2278-2540 | DOI: 10.51583/IJLTEMAS | Volume XIV, Issue XI, November 2025  
Data accuracy and consistency  
Data inconsistencies and fragmentation can severely impact decision-making by providing incomplete or  
inaccurate information. For example, mismatched member records, outdated event details, or conflicting  
financial reports can lead to poor strategic decisions, missed opportunities, and reduced organizational  
effectiveness.  
GUnify ensures data accuracy and consistency through its Data Validation Microservices, which validate and  
standardize data across all modules. The system's centralized database integrates member profiles, event  
schedules, financial reports, and transaction histories, ensuring a single source of truth. The ISO 25010 standard  
also guides the system's development, emphasizing reliability and maintainability. By maintaining consistent  
and accurate data, GUnify enables informed decision-making and enhances organizational trust.  
Figure 4. Microservices Architecture of GUnify  
Improved financial reporting  
A lack of transparency in financial tracking can lead to accountability issues, mismanagement of funds, and  
reduced stakeholder trust. Manual financial processes often result in incomplete records, delayed reporting, and  
difficulty tracking expenses or donations.  
GUnify improves financial transparency through its Finance Management Module, which automates financial  
transactions and reporting. The module tracks donations, allocates funds, monitors expenses, and generates real-  
time financial reports. These reports provide stakeholders clear insights into financial activities, ensuring  
accountability and trust. The system's adherence to the ISO 25010 standard further ensures security and reliability  
in financial operations, enhancing transparency and confidence in financial management.  
Optimization of resources  
Resource constraints and high storage costs pose significant challenges for non-profits, limiting their ability to  
manage data efficiently and scale operations. These barriers can lead to compromised system performance,  
increased operational costs, and difficulty meeting organizational goals.  
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INTERNATIONAL JOURNAL OF LATEST TECHNOLOGY IN ENGINEERING,  
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ISSN 2278-2540 | DOI: 10.51583/IJLTEMAS | Volume XIV, Issue XI, November 2025  
GUnify addresses these challenges by integrating the Deflate Compression Algorithm, which optimizes storage  
requirements by reducing file sizes without data loss. This algorithm is particularly effective for compressing  
text, binary data, and structured documents, making it ideal for managing membership records, event certificates,  
and financial reports. By minimizing storage needs, GUnify reduces costs and ensures efficient resource  
allocation.  
The workflow for generating and optimizing certificates using the Deflate compression algorithm involves  
several key steps to ensure minimal storage allocation while maintaining high quality. It begins with designing  
the certificate using efficient elements such as vector graphics for logos and seals, which are resolution-  
independent and compress well. Standard fonts should be used, and unnecessary font subsets should be avoided  
to reduce redundancy. Once the design is ready, the certificate is generated as a PDF using a library that supports  
Deflate compression for all streams, such as reportlab in Python. All text, images, and other elements are  
compressed internally using Deflate to minimize file size during this step.  
After generating the PDF, further optimization is performed using tools like Ghostscript or pdfsizeopt to  
recompress streams, remove redundant data, and ensure the file is as compact as possible. For  
example, Ghostscript can apply settings prioritizing size reduction while maintaining compatibility. Finally, the  
optimized certificates are stored efficiently by combining multiple certificates into a single ZIP archive (which  
uses Deflate compression by default) or storing them in a database with compression enabled. This workflow  
ensures that the certificates are both storage-efficient and high-quality, making it ideal for scenarios where  
significant storage allocation is a concern. Figure 5 below supports this discussion.  
Figure 5. Certificate Generation Using Deflate Compression Algorithm  
The ISO 25010 standard also ensures the system's performance efficiency and scalability, enabling it to operate  
effectively even in resource-constrained environments. The Deflate algorithm and ISO 25010 standard enable  
GUnify to deliver a cost-effective, scalable solution for non-profit organizations.  
Integration of workflows to maintain system reliability  
Disjointed workflows and unreliable systems can lead to operational inefficiencies, data silos, and frequent  
system failures. These issues disrupt workflows, hinder collaboration, and reduce overall productivity.  
GUnify integrates workflows and ensures system reliability through its microservices architecture, modularizing  
system components for seamless interaction. The Deflate Compression Algorithm enhances system performance  
by optimizing data storage and transmission, ensuring efficient workflows even with limited resources. The ISO  
25010 standard ensures the system's reliability, maintainability, and security, providing a robust foundation for  
consistent operations.  
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MANAGEMENT & APPLIED SCIENCE (IJLTEMAS)  
ISSN 2278-2540 | DOI: 10.51583/IJLTEMAS | Volume XIV, Issue XI, November 2025  
Figure 6. Integration Mechanism of Gunify  
By combining these technologies, GUnify ensures smooth workflow integration, real-time data synchronization,  
and reliable system performance. This approach enhances operational efficiency, supports collaboration, and  
ensures the system remains dependable for users.  
CONCLUSIONS  
The development and implementation of the GUnify Information Management System demonstrate its  
effectiveness in addressing the operational challenges faced by resource-constrained non-profit organizations.  
By integrating the Deflate Compression Algorithm, GUnify optimizes storage requirements, significantly  
reducing data storage and transmission costs while maintaining high performance and functionality. This makes  
it a practical solution for organizations unable to procure high-end computing resources. Furthermore, the  
system's adherence to the ISO 25010 standard ensures exceptional software quality, as evidenced by a survey of  
20 IT experts, which yielded a 4.3 Likert scale rating—indicating "very acceptable" performance across criteria  
such as functional suitability, usability, reliability, and security. GUnify's modular architecture, encompassing  
Membership Management, Event Management, and Finance Management modules, automates workflows,  
enhances data integrity, and improves transparency, empowering organizations to achieve their missions  
effectively. The combination of Agile Scrum methodology, Microservices Architecture, and DevOps practices  
ensures scalability, adaptability, and continuous improvement. Ultimately, GUnify validates the Deflate  
algorithm as a viable solution for optimizing storage and operational efficiency while serving as a model for  
leveraging modern software engineering practices to drive organizational sustainability and success.  
Table 1. ISO 25010 (Gunify Quality Test)  
Criteria  
Average Rating (Likert Scale)  
Verbal Interpretaion  
Very Acceptable  
Very Acceptable  
Very Acceptable  
Very Acceptable  
Very Acceptable  
Functional Suitability  
Performance Efficiency  
Usability  
4.4  
4.3  
4.5  
4.2  
4.3  
Reliability  
Security  
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Maintainability  
4.1  
Very Acceptable  
Very Acceptable  
Overall Rating  
4.3  
This table highlights the high level of acceptance and satisfaction among IT experts, further validating GUnify's  
robustness and alignment with international software quality standards.  
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