Algocell Makes Bioprocess Optimization Faster Than Ever!

There is no need for 'Big Data' resources - just a few experiments, and you are there

We are optimizing bioprocesses by utilizing hybrid models, digital twins, and advanced AI technologies.

By using our platform, you will have easy access to all of these powerful tools!

Build your own bioprocess Digital Twin FAST, with just a few experiments!

Cut up to 70% of your trial and error experiments during bioprocess development and scale up.

Optimize your cell productivity and utilize hybrid models for in-production insights and optimization.

How does it work?

Biological Data
Engineering aspects
Uploading Data

Upload a small amount of new or historical data

Model Calibration

Algocell biological and engineering Hybrid Models are calibrated

Digital Twin Creation
Digital Twin has been created!
Optimized Protocol

Model-Based AI

How does it work?

Biological Data
Engineering aspects
Uploading Data

Upload a small amount of new or historical data

Model Calibration

Algocell biological and engineering Hybrid Models are calibrated

Digital Twin Creation
Digital Twin has been created!
Optimized Protocol

Model-Based AI

Harness the power of your Digital Twin to unlock the full potential of your bioprocess

1.Gain Insights

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  • Gain deep insights and correlations of your bioprocess and cell line metabolism, capabilities, and limitations.
  • Validate conceptual designs and identify potential challenges.
  • Plan your next experiment using DOE.

2.Scaling Up

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3. Bioprocess Optimization

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4. From Pilot to CMO

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5. In Manufacturing Optimization

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Key Technologies

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Engineering Models
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Data Intelligence Layer
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Design of Experiments
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AI Optimization Algorithms
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Hybrid Biological Models
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In-Silico Simulations
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Let’s elevate your bioprocess efficiency and productivity!

Why choose Algocell

Time to Market

  • Cut Experimental Expenses: Drastically reduces time and resources spent on trial and error, accelerating the development process.
  • Seamless Scale-Up: Ensure a smooth transition from lab-scale to industrial production, minimizing risks and reducing time to market.

Optimize Manufacturing

  • Increase Production Efficiency: Achieve higher yields and enhance overall manufacturing efficiency.
  • Reduce Costs: 
Optimize cell viability, titer production, feeding strategies, and production time to lower overall costs.

Stabilize Efficiency and Product Quality

  • Stabilize the Process: 
Minimize batch-to-batch variability and gain precise control over your production process.
  • Ensure Consistent Quality: 
Achieve reliable and high-quality output, maintaining efficiency and product standards throughout the manufacturing process.