Setup-Independent Full Projector Compensation

This project addresses a 'last mile' problem in projection mapping: the requirement for constant recalibration when hardware or environments shift. While the project claims to solve the 'setup-independent' bottleneck (a significant hurdle in the field), the current quantitative signals (0 stars, though 5 forks) indicate it is likely a recently released academic artifact associated with the cited paper. The defensibility is currently low as it lacks a commercial wrapper or ecosystem; it remains a reference implementation of a research technique. Historically, projector compensation (like the earlier CompenNet series) has struggled to find a market beyond niche art installations or high-end industrial displays. The 'Frontier Risk' is medium because while LLM labs don't care about projectors, spatial computing platforms (Apple Vision Pro, Meta Quest) are building much more robust world-mapping capabilities that could render projector-based 'augmented reality' obsolete. Furthermore, high-end projector manufacturers (Epson, Barco) are the most likely to absorb this capability directly into their firmware, creating high platform domination risk. The 5 forks on a 15-day-old repo with 0 stars suggest active interest from other researchers or peer-reviewers, but no mainstream developer traction yet.