Faster workflow creation.
Simplified Running.
Deeper integration.

Build dynamic workflows quickly in canvas

Unlike local schedulers, LINQ's cloud-native architecture lets you create workflows while the workcell runs.
LINQ software interface showing a workflow for HTRF Assay with tasks like dispense, incubate, peel, and store connected between labware including Lysate, Assay, and Standards in a flowchart.

Simpler time constraints

Flowchart depicting assay steps: Dispense Ab Mix, Seal, Shake, Incubate 1hr, and Read with associated icons and a timer showing max duration of 1 hour 15 minutes.

Easy to follow conditionals

Flowchart illustrating QC transfer and analysis process involving pooled libraries and NA quantitation plate, showing pathways for QC pass and fail with corresponding storage steps.

In workflow data handlingj

Flowchart segment showing 'Assay Plate' connected to 'Result', which links to 'Value' with the label 'Process data Send to Benchling'.

User guidance on missing errors

LINQ platform screen showing a run error detected in Example Workflow with error code 0 and message indicating Hamilton_starlet_v2 run failed due to planned failure. Options to try again, skip, or abort run are visible.

Rapid insilico design, test, iterate loops

LINQ workflow interface showing run progress of 'Example Workflow' with timelines for Blue_PCR_Microplate, Brown_PCR_Microplate, Black_QC_Plate, and Red_Tip_Rack stages.
Unlike local schedulers, LINQ's cloud-native architecture lets you create workflows while the workcell runs.
User interface of LINQ software showing workflow for HTRF assay with tasks menu and a visual workflow diagram connecting assay steps and standards.

Run with confidence using LINQ's Intelligent Scheduling Engine

Software interface showing workflow pause warning indicating constraints will break if paused for over 45 seconds, with batch progress and timeline graph.

Trusted constraint handling

The Intelligent Scheduling Engine handles time constraints and dependencies, so operators can step away confidently - knowing if something changes LINQ will replan to adhere to them.

Software interface showing a workflow error with message 'Hamilton_starlet_v2 run failed: Planned Failure' and options to try again, skip, or abort run.

Robust error handling

Clear error messages and next-step guidance keep users informed, while LINQ's Intelligent Scheduling Engine adapts workflows to stay on track.

Dashboard table showing workcells sorted by last accessed date, with columns for workcell name, mode, status, and last accessed time. Status indicators include Error, Ready, Running, and Offline.

Control & monitor from anywhere

Every user can easily control and monitor runs on your workcell from anywhere using LINQ's Run Manager

High quality data, where you need it

Build data pipelines with Canvas or LINQ SDK, connecting your digital ecosystem for high-quality, contextualized data—anytime, anywhere.

Code editor window displaying Python code with a class definition 'RunStateChangeHook' and terminal panel below showing a command for Automata LINQ.

Take deeper control with LINQ's Python SDK

Centralized management for seamless teamwork

Dashboard table showing workcells sorted by last accessed date, with columns for workcell name, mode, status, and last accessed time. Status indicators include Error, Ready, Running, and Offline.

Single source of truth

LINQ Cloud unifies workcell, user, and workflow management, ensuring teams work from a single source of truth.

User details edit form showing username Adam, email field, employee ID input, and permission level dropdown with options No Access, Can View, Can Edit.

User permissioning

Configurable user permissions ensures everyone can collaborate.

Screen showing a workflows dashboard with a table listing workflow names, types, last modified dates, and tags, including a 'add tag' popup with colorful tags like LIVE, PRODUCT, TECHNICAL, TEST 2, and VALIDATION.

Workflow & run tags

Tags make sure everyone can know the status of workflows being developed and why a run took place.

Dive deeper into LINQ

Why we built LINQ

Learn more

Why we doubled down on modularity with the new LINQ Bench

Learn more

Achieving high throughput proteomics with automation

Learn more

Book a meeting

Scale accurate data generation in your lab with intuitive workflow creation and data management.
Talk with our Automation experts for a personalised walkthrough of LINQ.
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