A global biopharma company’s drug discovery program was stalling: ML models stuck as prototypes, slow HPC runs, and pipelines no one could reproduce. This Kalleid case study shows how one embedded ML engineer with computational chemistry know-how built production-ready tools, scalable GPU workflows, and reproducible pipelines the team could own.[Read More]

LabLynx One is the next generation of LabLynx, available now. Instead of configuring a blank system for months, your lab starts with a ready-to-use solution built for your type of work, like water testing or used oil analysis, and runs in days or weeks. LabLynx LIMS and ELN are part of the platform, licensed by team with unlimited users.[Read More]

Many growing biotech companies recognize the benefits of an Electronic Lab Notebook but hesitate because they expect a complex implementation process. Arxspan ELN removes those barriers with a cloud-based solution designed for chemistry and biology teams, enabling rapid evaluation without manual activation, software installation, or IT overhead. Experience how easy it can be to capture, search, and share experimental data in a platform built specifically for modern research workflows.[Read More]

Most LIMS platforms store lab data but can't help interpret it. This Astrix post explains how LabVantage CORTEX uses agentic AI to spot assay and instrument drift, stability concerns, and workflow bottlenecks as work progresses. It runs as an orchestration layer, so the validated LIMS stays untouched and scientists keep the final call.[Read More]

Why is digital transformation stalling in the physical sciences? In this CSols podcast episode, Uncountable CEO Noel Hollingsworth talks through what’s holding R&D teams back, where AI fits in, and how a modern lab architecture can help get new products to market faster. Worth a listen if you lead R&D or lab informatics projects.[Read More]