Project details
Project goals and challenges
Redmond 3D needed a production-ready solution for stereoscopic (3D) video processing that could be used inside a professional editing workflow. The goal was to implement custom stereoscopy algorithms and deliver them as a video editing plugin with stable performance and predictable results.
Client Industry
Problem statement and solutions
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Problem statement
Initial Situation
The client required stereoscopic processing capabilities that were consistent, automatable, and easy for editors to apply without leaving their toolchain.
Client’s Pain Points
They needed robust 2D→3D conversion / stereoscopic enhancement, control over parameters (depth, convergence, alignment), and performance that would hold up on real-world timelines and different media formats.
Our solutions
We developed a set of stereoscopic processing algorithms and wrapped them into a plugin architecture suitable for integration into the client’s video workflow. We focused on reliability, parameterization, and predictable output across varied footage types.
Implementation Process
We iterated quickly with Redmond 3D to validate algorithm quality on representative footage, then hardened the implementation into a plugin that fits real editing timelines.
Our studio
Outcome and Impact
Workflow Improvement
Redmond 3D gained a streamlined workflow where stereoscopic processing can be applied directly inside the editor via a dedicated plugin.
Product Capability
The custom algorithms enabled more consistent stereoscopic results and improved the client’s ability to deliver 3D processing as part of their offering.
Note
No public reference is available for this engagement; the above reflects project deliverables and outcomes shared within the collaboration.
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Work With Us
Need high-performance video algorithms packaged as a plugin? We can help you build robust processing pipelines (stereoscopy, upscaling, color, tracking) and integrate them into professional editing tools.