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AI Transformation in Municipalities: Architecture and Data Management

We explain our approach to AI transformation in municipalities, focusing on project classification, shared GPU infrastructure and data security through local models.

Artificial intelligence · 2026-02-21 · 3 min read

AI Transformation in Municipalities: Architecture and Data Management

AI transformation in municipalities should begin by separately assessing operational large language model tasks, analytical machine learning projects and field automation. Shared GPU infrastructure should be planned around workloads, and data processing locations should be determined at the architectural design stage. Local models can support control over data, but processes and security measures must also be addressed together to ensure KVKK compliance.

  • February 21, 2026

At X Mind Solutions, we participated in the closing session of the “Research Project on AI Transformation for Municipalities.” At the workshop hosted by the Marmara Municipalities Union, we drew on our field experience to share practical perspectives on how municipalities should approach AI projects. Our contribution focused on distinguishing between project types, sharing computing resources and making architectural decisions that ensure data is kept in the appropriate environment.

One point we particularly emphasized during the session was that not all AI projects should be assessed within the same framework. Operational tasks based on large language models, analytical projects using machine learning and field automation should be classified separately. This distinction matters not only for identifying the technology used, but also for accurately assessing each task’s data needs, operating approach and infrastructure requirements. When planning transformation at the municipal level, the starting point should be to identify the nature of the need before selecting a model.

On the infrastructure side, we highlighted the potential cost advantages of shared GPU resources. With large language model usage concentrated during the day, allocating nighttime hours to running machine learning models could help balance resource utilization. The approach here is to plan workloads together rather than build separate capacity for each project. Its feasibility should be assessed based on project operating schedules, capacity requirements and suitability for sharing resources.

Regarding data management and Türkiye’s Personal Data Protection Law (KVKK), we highlighted the importance of local large language models. Where municipal data is processed and which systems it is transferred to are issues that need to be addressed at the outset of architectural design. We consider the use of local models a critical requirement for maintaining control over sensitive data. However, running a model in-house does not, on its own, ensure KVKK compliance; access permissions, data processing procedures and security measures must also be assessed together.

We do not see AI transformation in municipalities as merely a matter of model selection. Establishing the right architecture, keeping data in an appropriate environment and aligning solutions with operations on the ground must be addressed together. The approach we shared at the closing session was based on this integrated perspective. We thank the Marmara Municipalities Union for hosting the workshop and everyone who contributed, and we hope this work will serve as a reference point for municipalities when evaluating their AI projects.

Frequently asked questions

What topics did X Mind Solutions address at the closing session?
Drawing on our field experience, we shared our perspectives on project classification, shared GPU infrastructure and local large language models. Alongside model selection, we emphasized the importance of architectural design, data management and practical feasibility in the field.
Why should AI projects be classified separately?
Operational language model tasks, analytical machine learning projects and field automation have different needs. Assessing them separately allows data and infrastructure requirements to be determined according to the task.
What could using GPU resources for different tasks during the day and at night achieve?
Under suitable conditions, resources allocated to intensive language model usage during the day can be redirected to machine learning tasks at night. This planning can balance resource utilization and offer cost advantages, but workload capacity and scheduling requirements must be assessed together.
Is using a local large language model sufficient for KVKK compliance?
No. Using a local model does not, on its own, mean compliance with KVKK. Alongside control over the environment in which data is processed, access permissions, data processing procedures and security measures must also be assessed.

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