Manual shell creation across multiple studies and deliverables led to significant time consumption.

Common safety outputs required redundant programming, resulting in inefficiencies and limited scalability.

Ad-hoc requests were difficult to manage and often caused delays and workflow disruptions.

Review cycles conducted via Word and Excel introduced version control issues and hindered collaboration.

Updates and formatting changes had long turnaround times, affecting submission readiness.

Existing processes lacked scalability to meet growing submission demands and evolving regulatory needs.

The team created 223 shells in approximately 12 hours using TFL Designer templates.

atlas automated the generation of TFL SAS programs from ARS metadata, reducing programming time by over 40%.

Global changes (e.g., stat updates, additional treatment arm, precision) were applied across shells in minutes.

Subgroup and custom outputs were created on demand. shells were added in seconds and programmed immediately.

21 reviewers collaborated directly in TFL Designer with built-in commenting, tagging, and version tracking.

Fully aligned with CDISC ARS and ARD metadata models, enabling machine-readable, auditable outputs and future Gen-Al integration.