For short peptides (8-12 residues), positional information, such as the role of terminal residues and modifications, is critical for stability and activity . These peptides are often unstructured in solution, making precise knowledge of the peptide fold less relevant. In contrast, longer peptides rely on secondary structure annotations, as folding becomes crucial. Protein-specific [365] and peptide-specific structure prediction tools are poised to enhance the accuracy of folding predictions.