360GEO: 8x Anonymization Performance Boost with Celantur SDK

The Challenge: Overcoming the Volume Bottleneck

As a long-time partner of Celantur, 360GEO initially utilized the Celantur Container to automate the blurring of faces and license plates. This solution provided the high-grade accuracy they required. As they moved from regional projects to multinational data captures, the sheer volume of imagery began to stretch their processing windows, and processing costs grew significantly.

360GEO’s workflow required a solution that could:

• Keep processing costs low.
• Drastically reduce the "time-to-delivery" for end clients.
• Maintain the highest standard of automated privacy compliance (GDPR).

The Solution: Transitioning to Celantur SDK

To address these scaling challenges, Celantur worked with 360GEO to transition from the standalone Container to the Celantur SDK.

By integrating the SDK directly into their queue-based processing workflow, 360GEO eliminated the overhead of HTTP communication and optimized resource utilization (TensorRT). This allowed for a more "native" approach to anonymization, where privacy protection became an invisible, high-speed layer within their existing tech stack.

The Results: 8x Faster, 100% Compliant

The impact of the SDK integration was immediate and transformative for 360GEO’s operations:

• 8x Reduction in Processing Time:Image blurring that previously took hours was completed in minutes.
• Seamless Integration:The SDK allowed 360GEO to automate anonymization as a background process within their internal tools.
• Future-Proof Scaling:With the increased throughput, 360GEO can now take on significantly larger mapping projects without adding to their hardware overhead or delivery timelines.

Conclusion

By moving to Celantur SDK, 360GEO has turned a potential privacy bottleneck into a competitive speed advantage. This transition reinforces 360GEO’s market leadership and provides the scalability required for their planned international expansion. By delivering GDPR-compliant, precision-grade geospatial insights at a velocity that transforms privacy from an operational hurdle into a competitive advantage.