Data Architecture & Cookie Protocol.
At Fit Bulgaria, we prioritize technical clarity. This document outlines how our digital platform utilizes browser-level storage to optimize your nutritional education experience and ensure structural stability.
Structural Tracking Inventory
We categorize our tracking technologies based on their impact on site performance and user utility. Unlike generic lifestyle blogs, we maintain a minimal footprint to preserve system speed.
System Foundation
Essential for core site behavior. These enable secure logins, form routing, and session persistence. Without these, the digital infrastructure of Fit Bulgaria ceases to function.
| Cookie ID | Duration | Purpose |
|---|---|---|
| __session_id | Session | Maintains user state during site navigation. |
| __security_token | 24 Hours | Prevents unauthorized form submissions (CSRF). |
Performance Insights
These allow us to measure traffic patterns and identifies which nutritional guides are most valuable to the Bulgarian community. Data is fully anonymized.
| _ga_stat | 2 Years | Anonymized usage metrics for content optimization. |
| _path_ref | 30 Days | Identifies entry points from our lifestyle guides. |
Your Data,
Your Control.
The architecture of Fit Bulgaria is designed to respect your hardware and your privacy. You have the sovereign right to determine which tracking nodes remain active on your browser.
Modifying your browser settings allows you to disrupt the storage of these files. Note that disabling essential foundation cookies may result in a degraded interface or loss of site functionality.
Action Protocol
- 01 Access your browser’s "Privacy & Security" interface.
-
02
Review site-specific storage for
fitbulgaria.info. - 03 Clear or restrict cookies based on your personal threshold.
Official Contact Node
Inquiries regarding our tracking systems or privacy frameworks should be directed to the headquarters in Blagoevgrad.
Fit Bulgaria HQ
ul. Han Kubrat 5
2700 Blagoevgrad, Bulgaria
Platform reliability coefficient maintained through efficient caching.