Digital laboratory infrastructure has become increasingly important for pharmaceutical development organizations seeking to improve operational efficiency, maintain regulatory compliance, and enable scalable scientific workflows. Bend Bioscience implemented the IDBS® Polar® platform —comprising the E‑Workbook electronic laboratory notebook (ELN), integrated inventory management, and asset tracking capabilities—as the central system of record for scientific experimentation and laboratory material tracking at its Oregon site. The platform integrates experimental documentation with material inventory, equipment status monitoring, and sample lifecycle tracking, allowing scientific teams to execute experiments while maintaining real‑time traceability of materials, assets, and experimental data.

This integrated environment improves documentation efficiency, reduces operational errors through contextual flagging and structured metadata capture, enhances visibility into laboratory activities, and strengthens audit readiness. It also provides a foundation for maintaining detailed traceability across development programs by linking materials, equipment, and experimental outputs within a unified digital environment.

This whitepaper describes the implementation approach used at Bend Bioscience, the operational improvements realized through the integrated system, and the broader implications of integrated scientific data infrastructure in pharmaceutical development environments