## 5 Analysis and Findings
### Quantitative Analysis
However, the distribution of responses across the Likert scale suggests a variance in perceptions of infrastructure readiness among participants. This highlights the critical importance of infrastructure in supporting green logistics technologies and suggests that while there is acknowledgment of infrastructure support, there is also room for improvement in ensuring that hardware and software fully meet the needs for effective implementation. The responses reflect a balanced perspective on the technical expertise available within organizations to utilize, maintain, and troubleshoot green logistics technologies. While there is a notable distribution of agreement that signifies confidence in the workforce's technical capabilities, the presence of disagreement and neutrality points towards variability in this confidence across different organizations or departments. This suggests an area for potential development, emphasizing the need for ongoing training and skill enhancement to fully leverage green logistics technologies. The combined mean agreement for Resource Allocation is approximately 40.47%, indicating a measured view on the adequacy and effectiveness of resource allocation towards supporting the technological aspects of green logistics. Organizations recognize the importance of dedicating sufficient resources but may face challenges in optimizing allocation for maximal impact. The Compatibility with Existing Systems sees a combined mean agreement of about 39.02%, suggesting cautious optimism regarding the integration of green logistics technologies with existing infrastructures. While there is recognition of the importance of compatibility for seamless operation and transition, there remains room for improvement in ensuring technologies can be effectively integrated without disruptive overhauls. Data Management and Security has a combined mean agreement of 38.14%, reflecting concerns and the critical need for robust data management practices and security measures. As green logistics technologies often rely on data-driven insights for optimization and efficiency, ensuring the integrity, security, and effective management of data is paramount, yet viewed as an area needing further enhancement. Lastly, Scalability and Flexibility garners a combined mean agreement of 42.12%, indicating a more positive view of organizations' ability to adapt and scale green logistics technologies according to changing needs and growth. This factor is crucial for sustainability initiatives, as it ensures that technological solutions remain viable and effective as organizations evolve. These insights into Technological Readiness emphasize the multifaceted nature of preparing for and implementing green logistics technologies. While there is a foundational level of agreement on certain capabilities, such as scalability and flexibility, areas like data management, security, and system compatibility present challenges that require focused attention and improvement. Ensuring technological readiness involves not just the initial adoption of green technologies but also their sustainable integration, management, and evolution within the organizational ecosystem. **Government Regulation:** The analysis of the Government Regulation factor in green logistics technologies reveals insights into Regulatory Frameworks, Environmental Standards, and other related areas. The responses indicate varied perspectives on the clarity, supportiveness, and enforcement of regulatory frameworks related to green logistics technologies. While there is acknowledgment of clear and well-defined regulations, the levels of agreement suggest room for improvement in creating a more supportive environment and ensuring consistent and effective enforcement. This highlights the importance of strong, clear, and supportive government regulations in fostering the adoption and effective implementation of green logistics technologies.