Problem
A creator's file naming convention encodes platform but not aspect ratio, so square and vertical versions of the same clip are repeatedly mistaken for one another.
Solution
Root Cause / Diagnostic:
Platforms like Instagram, Facebook, and LinkedIn support multiple aspect ratios (1:1 square, 4:5 vertical, 9:16 full vertical). Naming files merely by platform (e.g., Ep14_Instagram_Clip01.mp4) fails to convey geometry, leading schedulers to upload square crops into Reels/Stories or vertical crops into square grid carousels.
Actionable Fix:
1. Standardize explicit aspect ratio tokens in all export filenames: require _9x16, _1x1, _4x5, or _16x9 in every deliverable string.
2. Construct platform-agnostic export folders organized strictly by ratio: /Deliverables/9x16_Vertical/, /Deliverables/1x1_Square/, /Deliverables/16x9_Landscape/.
3. Check video raster dimensions (e.g., 1080x1920 vs 1080x1080) in file explorer properties or upload schedulers before confirming publication.
Pro Tip:
Include both aspect ratio and target resolution in the filename token (e.g., _9x16-1080x1920) to eliminate any ambiguity for scheduling algorithms and human operators alike.
Platforms like Instagram, Facebook, and LinkedIn support multiple aspect ratios (1:1 square, 4:5 vertical, 9:16 full vertical). Naming files merely by platform (e.g., Ep14_Instagram_Clip01.mp4) fails to convey geometry, leading schedulers to upload square crops into Reels/Stories or vertical crops into square grid carousels.
Actionable Fix:
1. Standardize explicit aspect ratio tokens in all export filenames: require _9x16, _1x1, _4x5, or _16x9 in every deliverable string.
2. Construct platform-agnostic export folders organized strictly by ratio: /Deliverables/9x16_Vertical/, /Deliverables/1x1_Square/, /Deliverables/16x9_Landscape/.
3. Check video raster dimensions (e.g., 1080x1920 vs 1080x1080) in file explorer properties or upload schedulers before confirming publication.
Pro Tip:
Include both aspect ratio and target resolution in the filename token (e.g., _9x16-1080x1920) to eliminate any ambiguity for scheduling algorithms and human operators alike.