## The Rise of Sciborgs: Transforming How Science Gets Done

Introducing our new series: Sciborg **™** Sessions. See how Sciborgs are fundamentally changing how science gets done.

###### **Tune in live on LinkedIn:**  
February 27th | 11am ET

### Automated processes

Automatically collect and aggregate data about instrument and consumable usage, duration, methods, and results

### Enhanced productivity

Enable predictive maintenance and optimize instrument usage across labs, minimize downtime, and lower compliance risk

### Data-driven decisions

Use analytics and AI to improve operational efficiency, adapt maintenance costs, and optimize CapEx deployment

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### Labor-intensive processes

Manual gathering and extrapolation of usage data is tedious and inconsistent, leading to unreliable metrics and predictions

### Bottlenecks

Suboptimal instrument capacity utilization and unplanned downtime reduce lab efficiency

### Lack of insight

Unavailable or siloed data prevent insights required to optimize resource and CapEx allocation

## Unlock the full value of your instrument data

### Replatform

Collect and centralize data from all instruments across the organization

### Engineer

Contextualize and harmonize the data for search and analytics/AI

### Analytics

Explore data with visualization and analytics tools for insights

### AI

Use AI to optimize instrument usage, maintenance, and purchases

### Asset Utilization: Example of Savings with TetraScience

Life sciences organizations often lack the access to instrument-related data and the insights to improve their asset utilization. See how using instrument data to gain actionable insights into usage and performance helps to reduce unnecessary costs, make strategic purchasing decisions, and increase lab productivity.

[Read fact sheet](/content/factsheet/asset-utilization-use-case-supported-by-tetrascience-example-savings/index.html)