Manufacturing

For CMC, formulation and process development, analytical and stability, and QC and validation teams in biopharma. Trace every batch to its lots, check each release result against its spec, and follow stability next to the formulation.

For quality directors and lab operations leads. How live SPC charting, automated sampling and testing workflows, and real-time dashboards reduce variability and keep product consistent across sites.

How development teams build the transfer package from versioned records as they work, so a receiving site gets the current specification, the conditions behind each result and the reason for every change.

How R&D, process and quality teams read the process trace beside each batch result and run step, instead of exporting historian data and lining up timestamps by hand.

How biopharmaceutical teams connect every drug product lot to its drug substance, release results, specifications and stability data, so a failed result starts from the lot, not a search across systems.

See process drift as it happens with SPC charts built from recorded QC measurements. Uncountable connects control limits, run rules, batches, lots, formulations, and investigations in one platform, without exports or re-entry.

Uncountable's Isaac Caruso joins the Canadian Physical AI Institute (CPAI) to discuss why a complete quality record can still leave an off-spec investigation stuck.

Batch manufacturing software can mean recipe management, an electronic batch record, an MES, a historian, a LIMS or a QMS. Most plants run several, and the gaps between them are where slow investigations come from...

Most quality teams know the experience of opening the historian after a failed batch and finding plenty of data but very little explanation. Here is why that gap exists and how to test whether a historian closes it...

Coating defects are rarely caused by one variable. Connected formula, process, raw-material, application, and quality data helps teams investigate root causes faster, prevent repeat failures, and preserve knowledge across R&D and manufacturing.

AI initiatives depend on more than algorithms. Learn how connected data across R&D, quality, and PLM supports faster, more resilient product development.

Products often stall near launch because R&D, quality, supplier, regulatory and manufacturing evidence is disconnected. Learn what a launch-ready product record needs before technical progress becomes approval.

An adhesive formula can work in the lab but fail in production when process context is lost. See why mixing, temperature, cure, materials and application conditions must stay connected to performance data.

Historian data often captures process drift before QC detects an out-of-spec result. Learn how petrochemical teams connect sensor trends, recipes, batches, and QC results to speed root-cause analysis.

A thermal profile is not background information. In glass and ceramics, it can determine the properties a team is trying to measure. Here is why it should be part of the connected material record.

Global spirits teams can protect house style across markets by connecting formula, ingredient, process, sensory and quality evidence.

A free browser game that teaches quality control. Make five calls on a Thanksgiving pumpkin pie line, catch a drifting oven and trace a customer complaint.