Walk into any modern lab and you’ll see a sea of technology—automated workcells, electronic lab notebooks (ELNs), lab information management systems (LIMS), standalone instruments, and AI-powered analytics platforms. Each tool promises enhanced efficiency, richer data, and smarter decisions. Yet, when it comes to tying all these systems together into a cohesive, intelligent workflow, many labs still find themselves in a patchwork of siloed tools and disconnected processes.
This fragmentation is one of the biggest barriers to scaling innovation.
So what’s the missing link? A unifying operating system that understands scientific intent, orchestrates instruments, and connects with your broader digital ecosystem. That’s exactly what CellarioOS delivers.
The Landscape: A Disparate Digital Lab
Life science organizations have made significant investments in both hardware and software, but many of these systems operate in silos:
- ELNs capture hypotheses and protocols, but can’t control or monitor hardware.
CellarioOS integrates with platforms like Benchling, LabArchives, and Dotmatics ELN to turn scientific intent into real-time execution. - LIMS manage sample metadata but rarely drive instruments.
CellarioOS works with Thermo Fisher SampleManager, LabWare, and others to automate workflows and update systems in real-time. - AI & Informatics Tools analyze data but often lack experimental context.
CellarioOS structures data pipelines to support platforms like Schrödinger and Causaly. - Automated Workcells may operate independently.
CellarioOS coordinates across platforms for unified automation. - Standalone Instruments generate data that’s often stranded.
CellarioOS captures and integrates this data automatically.
Without natural communication, labs rely on manual processes. CellarioOS eliminates these gaps—creating an intelligent, unified lab ecosystem.
CellarioOS: Orchestrating Instruments, Data, and Scientific Intent
CellarioOS is the orchestration layer for the modern lab, bridging scientific design, hardware execution, and data management.
- Drives Hardware: Controls HighRes and third-party platforms as a universal hardware abstraction layer.
- Captures Scientific Intent: Understands your goals for more context-aware execution.
- Connects Systems: Integrates with ELNs and LIMS for seamless handoffs and automation.
- Enables AI: Provides structured data for machine learning and analytics tools.
- Builds Cohesion: Acts as middleware to unify all lab systems.
From Disconnected Tools to a Unified Lab System
With CellarioOS, your lab becomes a coordinated system—not just a collection of tools. Here are the benefits:
- One login for all systems.
- Experiments triggered by AI insights—no manual steps.
- Automatic routing of LIMS metadata.
- Central dashboard for workcell and device status.
- Automatic QC reprocessing and alerting.
- Centralized protocol versioning.
- Structured data for immediate bioinformatics use.
- Quick device onboarding and fewer scheduling issues.
- No more hunting for data—everything is connected.
- Reduced IT burden from point-to-point integrations.
- Simplified onboarding for new staff.
These improvements may seem small individually—but together, they represent a foundational shift in lab productivity.
The Future of Lab Productivity Starts Here
As labs aim for greater throughput and AI-powered discovery, disconnection becomes costlier. Success will come from unity—not just tools.
CellarioOS is the glue that holds the modern lab together.
Ready to take your lab from fragmented to future-ready? Learn more about CellarioOS →