Lab Orchestration

Software for Scientific Operational Excellence

Modern laboratories are no longer constrained by access to instrumentation. They are constrained by coordination between instruments, workflows, data, and people. As laboratory footprints grow and scientific workflows span multiple standalone instruments, automation systems, locations, and teams, the need for a unifying software layer becomes essential.

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Cellario OS Lab Orchestration Software

Cellario OS is the foundational software platform that enables laboratories to create, plan, execute, and analyze scientific work digitally and physically. Rather than focusing solely on instrument control or individual automation islands, Cellario OS provides an intelligent lab-wide orchestration layer that connects instruments, automation systems, software applications, manual tasks, data, and the entire digital ecosystem into a single operational framework.

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Unified Scientific
Operations

Cellario OS brings together automated systems, standalone instruments, and human tasks into a single orchestration layer. Manual and automated steps coexist within the same workflow, enabling laboratories to digitize and coordinate the full scientific process rather than isolated segments.

Centralized Visibility
and Control

A centralized interface provides real-time insight into workflows, orders, instruments, and system status across the lab or enterprise. Teams gain shared awareness of capacity, task backlog, progress, and constraints, improving coordination and decision-making.

Consistency and
Reproducibility

By standardizing workflow execution and enforcing digital SOPs, Cellario OS reduces variability introduced by manual processes or inconsistent configurations. Every run is executed with the same logic, traceability, and control, regardless of operator or location.

Contextualized Data
by Design

Cellario OS automatically captures execution metadata, events, and results in context. Data is no longer disconnected from how it was generated, making it immediately available to the wider ecosystem and usable for downstream analysis, reporting, and AI-driven discovery.

Built for Change

Scientific workflows evolve. Cellario OS is designed to evolve with them, supporting new instruments, new processes, and new operational models without forcing laboratories to rebuild their software strategy.

Accessible to Everyone

All of the capabilities of the software are available through a natural language interface powered by a structured knowledge model containing all of the automation and life science insights gleaned over decades of enabling productive science.

Benchling

Benchling enables scientists to design experiments, manage samples, and capture data, serving as a leading ELN/LIMS platform that integrates with lab automation and orchestration systems.

Cenevo

Mosaic software offers a comprehensive suite of tools to maximize the efficiency and accuracy of sample tracking, inventory management, and workflow automation.

Scigilian

Scigilian centralizes your information in one place, allowing you to streamline lab operations, boost efficiency, avoid data loss, and share knowledge in real-time, so you can quickly innovate and advance your discovery efforts.

TetraScience

TetraScience helps its customers design and industrialize AI-native scientific datasets and bring them to life in a growing suite of next-generation scientific data management products, use cases, and AI-based outcomes.

Intuitive Protocol Definition

Protocols are defined visually, enabling users to focus on logical steps and dependencies rather than low-level instrument commands. This approach reduces development time while increasing clarity and maintainability.

True Parallel Execution

Cellario Scheduler enables multiple orders and protocols to run simultaneously across shared resources. The scheduler manages timing, dependencies, and contention automatically, adhering to constrains while maximizing throughput and minimizing idle time.

Simulation Before Execution

Built-in simulation tools allow users to visualize and validate execution plans before committing samples or reagents. Potential bottlenecks, timing conflicts, and throughput constraints can be identified and resolved in advance.

Robust Error Handling and Recovery

Automated error recovery enables systems to resolve common faults without operator intervention. When recovery is not possible, Cellario Scheduler adapts execution paths to keep workflows moving while preserving data integrity and traceability.

Dynamic, Data-Driven Logic

Protocol execution can adapt in real time based on collected data, user-defined logic, or external inputs. This enables conditional processing, decision-based routing, and more sophisticated automation strategies.

Support for Self-Deployed Automation

Standardized drivers, well-defined APIs, and comprehensive developer tools allow automation teams to build, deploy, and evolve automated systems and protocols with confidence, without relying on custom integrations or vendor-specific scripting.

Testimonial / HighRes Lab Automation

HighRes excels in their flexibility and ability to integrate new devices, timely support, and the functionality of their Cellario software. We have been operating HighRes lab automation equipment for over 10 years, and they are still operational and well maintained. Our flexible system design with interchangeable MicroCarts is essential to our core facility, enabling optimal system setup for each screening process.

NEXUS Personalized Health Technologies
Tijmen Booij, Group Leader, Screening and Automation

Lab Automation

Lab Handling

Workflows

Devices

Applications

Your Lab,
In Sync

Software for Scientific Operational Excellence