Tempo Overview
Design
Manufacture
Test
RElease
Optimize
LIFECYCLE STAGE: Optimize

Centralize and control your product definition, tech transfers, and production planning to scale out your manufacturing network and maximize your capacity

The Optimize Stage incorporates:

Tech transfer
New Product Introduction (NPI)
Digital collaboration of CMO partnerships
Use case #2: Tech Transfer
Use case #3: Production Planning
Use case #5: Enterprise Recipe and Process Harmonization

Optimize Stage use cases

Optimize STAGE: USE CASE #1

Batch Run Monitoring

Real-time monitoring of batch runs across your network of sites.

Get real-time views of batch runs at any site and of any product to understand production progress at any time and from anywhere. Proactively monitor runs to identify where intervention is needed, shift resources and capacity, and better anticipate production timelines.
$
R.O.I.

First-year savings for a site of 25 operators:*

Small molecule
$22,200
Large molecule
$2,200
Optimize STAGE: USE CASE #2

Tech Transfer

Automatically publish and transfer master data, recipes, and product definitions.

Ensure tech transfer between stages and teams happens quickly and effectively by automatically transferring master data, enterprise recipes, and product definitions directly in the platform. Click to share this critical information from one environment of Tempo to another and let the receiving team accept the data.
$
R.O.I.

First-year savings for a site of 25 operators:*

Small molecule
$397,775
Large molecule
$1,193,324
OPtimize STAGE: USE CASE #3

Production Planning

Schedule, adapt, and optimize your production.

Optimize production planning by aligning resources and workforce availability from a single view. Monitor batches at enterprise, site, and product levels to adapt scheduling and maximize capacity utilization in real-time.
$
R.O.I.

First-year savings for a site of 25 operators:*

Small molecule
$173,462
Large molecule
$189,415
Optimize STAGE: USE CASE #4

External Sponsor Collaboration

Share data and collaborate between a manufacturer and an external sponsor.

Share a real-time view of batch production with an external sponsor. Collaborate with specific approval and release tasks to keep communication glowing and production running.
Control the external sponsor’s views and access with specialized permissions.
$
R.O.I.

First-year savings for a site of 25 operators:*

Small molecule
$324,498
Large molecule
$352,313
OPtimize STAGE: USE CASE #5

Enterprise Recipe and Process Harmonization

Standardize SOPs across the enterprise to maintain CGMP and quality assurance.

Establish a uniform approach to Standard Operating Procedures (SOPs) across the entire enterprise, ensuring adherence to Current Good Manufacturing Practices (CGMP) and rigorous quality assurance.
Automate SOP distribution, monitor compliance in real-time, and maintain a centralized repository for updates, ensuring consistent quality and regulatory alignment throughout the production process.
Process engineers and quality assurance managers collaborate to create, review, and implement standardized procedures that align with both internal standards and regulatory requirements.
$
R.O.I.

First-year savings for a site of 25 operators:*

Small molecule
$310,542
Large molecule
$337,159
Optimize STAGE: USE CASE #6

Real Time Data Capture

Connect your equipment data to improve insights and compliance.

Utilize advanced sensors and monitoring equipment to provide immediate insights and control over manufacturing execution.
Ensure equipment operates within specified parameters, maintain product quality, and facilitate compliance with strict regulatory standards.
OPtimize STAGE: USE CASE #7

Integrated Supply Chain

Enhance operations across each stage to deliver value faster.

Provide real-time operational execution data to optimize supply chain and provide data analytics.
Bring together key insights across plant maintenance, manufacturing operations, and supply chain.

*ROI calculation assumptions — Small Molecule: Number of batch runs = 500; Payroll burden = 50%; Tech transfers to other sites using Tempo: 1. Large Molecule: Number of batch runs = 50; Payroll burden = 50%; Tech transfers to other sites using Tempo: 3.