Our genomics analysis pipeline integrates advanced tools for the assembly and annotation of bacterial genomes, enabling accurate reconstruction and functional characterization. Using high-quality sequencing data, we employ optimized genome assembly algorithms to generate complete or near-complete bacterial genomes. These assemblies undergo comprehensive annotation with specialized software to identify coding sequences, structural features, antimicrobial resistance genes, and other functional elements. This approach provides valuable insights into bacterial diversity, evolutionary relationships, and potential roles in pathogenicity or beneficial interactions.