Automation and Accelerating Timelines and Design-Build-Test Cycles
We enable organizations to move beyond manual variability through structured automation roadmaps, accelerate your design-build-test cycle and data-driven process excellence. Our data-driven approach compresses development timelines and improves the efficiency of learning.
Automation Roadmaps
Sequencing investments to maximize early value, ranging from semi-automated entry-level solutions to fully automated commercial-scale GMP manufacture.
Automation Readiness & Strategy
We conduct assessments across process, technology, and organizational dimensions to sequence investments for maximum value.
Analytical Automation
Guidance on how to leverage automation of key analytical methods for your process including nucleic acid extraction, RNA/ DNA/ protein quantitation, ELISA and more.
High-Throughput Process Development (HTPD)
Using miniaturized, parallelized platforms to run hundreds of experiments weekly, accelerating process characterization. Leverage miniaturized, parallelized platforms (such as Ambr 15/250), TECAN/ Hamilton, Kingfisher to run hundreds of experiments weekly, dramatically accelerating process characterization. Leverage large data sets to feed into AI/ LLM models.
Design of Experiments (DoE)
We use statistical DoE to characterize multi-factorial interactions in a fraction of the time required by traditional methods.
Integrated Data Ecosystems
Implementation of ELN and LIMS data management to transform raw instrument data into searchable knowledge assets.
Let us help maximize your impact.
Smart molecule design is critical for execution!
Our strategy is built for robustness, success and speed. The correct design strategy saves time and decreases wet lab experiment design space, enables faster synthesis and scale up optimization to accelerate development freeing up your resources. Reduction of royalty and licensing costs and avoid common pitfalls. Reduced COGs and longer-term strategy baked in to ensure compliance with regulatory requirements.
Frequently Asked Questions
How do you determine the right level of automation for our organization?
We evaluate your automation readiness by conducting assessments across your process, technology, and organizational dimensions. Based on this, we build an automation roadmap that sequences investments to maximize early value, whether that involves semi-automated entry-level solutions or fully automated commercial-scale GMP manufacturing.
How does High-Throughput Process Development (HTPD) accelerate development timelines?
HTPD uses miniaturized, parallelized platforms—such as Ambr 15/250, TECAN/Hamilton, and Kingfisher—to run hundreds of experiments each week. This dramatically accelerates process characterization and generates large, robust data sets that can be fed directly into AI and LLM models.
Which analytical methods can be automated?
We provide expert guidance on leveraging automation for key analytical workflows, including nucleic acid extraction, RNA/DNA/protein quantitation, and ELISA.
What is the advantage of using Design of Experiments (DoE)?
By utilizing statistical DoE, we can characterize complex, multi-factorial interactions in a fraction of the time it would take using traditional, one-factor-at-a-time methods.
How do you manage the massive amounts of data generated by automation and HTPD?
We implement integrated data ecosystems utilizing Electronic Laboratory Notebooks (ELN) and Laboratory Information Management Systems (LIMS). This infrastructure transforms raw instrument data into organized, searchable knowledge assets