Accelerating Pharmaceutical Submissions with RPA

The Challenge

Preparing multi-country pharmaceutical submissions is a resource-intensive process. Even with experienced teams, the task of gathering data, formatting for different markets and regulatory regions, and ensuring consistency across hundreds of documents remains slow and labour-heavy. 

Manual handling increases the risk of inconsistencies and errors, which can lead to re-work, missed deadlines, and delayed product launches. Even short delays can have a significant financial impact. 

How T-Plan RPA Delivers 

T-Plan’s Robotic Process Automation (RPA) platform streamlines the end-to-end submission process, enabling regulatory and operations teams to focus on decision-making rather than repetitive administration. 

Core automation capabilities include: 

  • Data Collection: Automatically retrieves trial results, manufacturing records, and quality control logs from multiple systems and repositories. 
  • Smart Formatting: Converts and structures data to meet each regulator’s submission format requirements, ensuring consistent metadata across all documents. 
  • Automated Validation: Runs cross-checks against submission checklists, quickly flagging gaps or inconsistencies. 
  • Real-Time Tracking: Provides a single dashboard view of submission progress, deadlines, and feedback. 

Business Value of RPA for Pharmaceutical Submissions 

Adopting T-Plan RPA brings measurable improvements in speed, accuracy, and operational efficiency: 

  • Turnaround Speed: Reduce compilation timelines from 4–6 weeks to 5–7 days an 80% time saving.
  • Error Reduction: Automated validation cuts submission errors by up to 70%, improving first-time acceptance rates. 
  • Operational Efficiency: Free up 30–40% of skilled regulatory staff capacity for higher-value tasks. 
  • Scalability: Manage multiple market submissions simultaneously without expanding headcount. 
  • Cost Savings: Shorter time-to-market can protect millions in potential daily revenue for high-value products. 
  • Audit Readiness: Complete, time-stamped records for every step, supporting Good Manufacturing Practice (GMP) and Good Clinical Practice (GCP) compliance. 

Why it Matters 

In competitive pharmaceutical markets, speed to approval directly affects both revenue potential and patient access. By replacing manual processes with automation, organisations can increase throughput, minimise risk, and ensure consistent quality across all submission packages. 

T-Plan RPA is designed to integrate with existing systems, scale quickly, and deliver tangible ROI from the first deployment cycle. For teams under pressure to deliver faster without compromising compliance, automation provides a clear and proven path forward. 

Typing on technology ipad testing

Recent Posts

Infographic showing how a software change can affect machinery safety, from assessing functionality through workflow validation, regression testing and test evidence.
Automotive

EU Machinery Regulation 2027: What It Means for Software Testing

Machinery is becoming increasingly software-driven, the new EU Machinery Regulation puts greater focus on digital change, safety and the need to validate software throughout the machinery lifecycle. The line between machinery and software is disappearing. Manufacturing equipment increasingly depends on software, digital controls, operator interfaces and connected systems. A change to software can now alter

Read More »
UK Cyber Security and Resilience Bill timeline showing key 2026 parliamentary dates and the proposed phased implementation after Royal Assent.
News

UK Cyber Security & Resilience Bill: What It Means for Software Testing

As the UK strengthens cyber resilience requirements for essential and digital services, organisations need to consider not only how systems are secured, but how they can prove critical software continues to work when change occurs. Cybersecurity is no longer simply about preventing an attack. For organisations providing essential services, resilience also means maintaining the systems,

Read More »
Abstract digital network showing interconnected orange nodes on a dark background, with one disconnected grey node representing a critical AI service outage and the importance of automation resilience.
AI

What Happens When Critical AI Services Become Unavailable?

A practical look at automation resilience, AI dependency and business continuity in an increasingly AI-driven world. Recent restrictions affecting access to Anthropic’s advanced AI models have highlighted an important question for businesses adopting AI technologies: what happens when a service your team depends upon becomes unavailable? While the circumstances surrounding the restrictions are specific to

Read More »

Book your FREE demo

You’re just one step away from saving time & money – get in touch today.

  • No code access required
  • Visual UI testing tool
  • iOS and Mac compatible
  • All platforms supported
  • Mimics real time user experience
  • Record and playback function
  • Award winning support