Cookies are small text files that websites place on your device to remember information about your visit. At SpotForce Connect, we use various tracking technologies to enhance your experience with our hashing and digital signature platform.

These technologies work behind the scenes to make our platform more efficient. For example, when you're working with complex cryptographic operations, cookies help us maintain your session securely and remember your preferred interface settings.

Our tracking technologies serve specific purposes that directly benefit your experience with cryptographic tools and digital signature services.

When you're working with sensitive hashing algorithms, our session cookies ensure your work remains secure and accessible only to you. If you're comparing different digital signature methods, functional cookies remember your preferences so you don't need to reconfigure settings each time you visit.

Analytics help us understand which cryptographic features are most valuable to our users in Vietnam's growing tech sector. This data guides our development priorities and helps us create more effective educational resources for the local developer community.

Keep in mind that disabling essential cookies may limit your ability to use certain features of our cryptographic platform. Functional cookies enhance convenience but aren't required for basic operations.

Different types of cookies have different lifespans based on their purpose and importance to your experience.

Session cookies expire when you close your browser, while persistent cookies may remain for several months to remember your preferences. Marketing cookies typically have shorter lifespans and are regularly refreshed based on your activity patterns.

We regularly review and clean up stored data to ensure we're not keeping information longer than necessary. Our systems are designed to respect your privacy choices and adapt to your preferences automatically.

For users in Vietnam, we ensure our data handling practices align with both international standards and local privacy expectations. Your cryptographic work and usage patterns remain confidential and are never shared with third parties without explicit consent.