HighRes® and Waters Collaborate to Advance Drug Discovery through Robotic Automation
HighRes® today announced a strategic collaboration to enable robotic capabilities on Waters Biosciences, formerly BD Biosciences, flow cytometers to automate key experimental steps and streamline research workflows, from basic research to drug discovery.
HighRes® Positions Cellario OS™ as the Open Execution Layer for AI Scientists, Beginning with NVIDIA BioNeMo Agent Toolkit
HighRes® today announced that its Cellario OS™ lab orchestration platform serves as the open execution layer for AI Scientists, both autonomous agents and AI-enabled researchers, giving any AI Scientist a reliable path from a computational hypothesis to a physically executed experiment. Cellario OS integrates with NVIDIA BioNeMo Agent Toolkit, open models and skills that accelerate the rate of hypothesis generation, and is built to connect to the broader, fast-growing ecosystem of AI Scientist platforms. Whichever AI Scientist a customer chooses, HighRes provides the execution layer that designs, runs, and validates experiments on real instruments and returns structured, trustworthy data the AI Scientist can act on.
HighRes® Unveils New Brand and AI-Driven Lab Orchestration Platform at SLAS2026
HighRes® today announced a new brand identity and technology direction at SLAS2026, marking a pivotal evolution from building reliable automation platforms to delivering intelligent, accessible laboratory systems designed for the next era of scientific discovery.
