Break up with legacy LIMS, ELN, QC and PLM

Are you under immense pressure to develop more products, innovate faster and cut costs, while not compromising on quality or compliance?

Legacy R&D, QC, and PLM systems can’t scale under today’s pressures. In a rapidly evolving market, not adopting AI and ML means falling behind your competition.

Uncountable is different. We were built by AI/ML experts from the ground up and are now the #1 AI platform for end to end product development.

Dashboard interface showing experimental design setup, training accuracy statistics, and a scatter plot comparing predicted versus actual tensile strength for 484 data points.

Innovate at scale

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See the Uncountable Difference

The problem with legacy platforms

Legacy platforms are the result of years of acquisitions, bolt-ons, and retrofits, stitched together to keep up rather than built to lead. That creates serious challenges for the companies using them:

  • Security and compliance issues from technology that is poorly maintained and supported
  • Significant price increases when required to "migrate to a new product"
  • Manual data entry from instruments or other devices still not connected to the platform
  • Fragmented data spread across disconnected modules
  • Rigid architectures that require heavy customization
  • Data models never designed for AI, ML, or advanced analytics

The Uncountable difference

Uncountable captures, structures, and connects data across the full product lifecycle, from ideation to commercialization.  

Built with proprietary AI at its core, Uncountable is able to harness data to provide predictive insights and support the decisions that legacy point systems can’t. Uncountable empowers teams to preserve institutional knowledge,  innovate, and grow with confidence.

See Uncountable in action! You can start with whatever meets your most pressing challenges. Get one of our pillars: LIMS, ELN, QC, PLM or the entire platform.

“We previously didn’t understand the correlation between all three scales—lab, pilot, and production. Being able to capture and compare data across all three has completely changed how we scale new materials. Now, we can optimize at the lab and pilot scales first, reducing the need for costly full-production trials.”
Sahil Masih, Development Engineer, Rogers Corporation