Paramus Robotic Platform Server
Operate

Transform your laboratory workflow
PARAMUS Operate, the robotic orchestration platform, is designed for modern chemistry research. Our system seamlessly integrates robotic liquid handlers, analytical instruments, and data acquisition systems through a unified JSON-RPC API, enabling fully automated experimental campaigns with complete traceability.
Whether you’re running high-throughput screening, optimizing reaction conditions, or scaling synthesis protocols, PARAMUS Operate provides the control and visibility you need to accelerate discovery.

ISA-88
Built on ISA-88 industrial batch control standards, PARAMUS Operate delivers process documentation out of the box. Every experiment generates comprehensive batch records capturing events, artifacts, deviations, and annotations—essential for regulatory compliance and reproducibility.
The S88-light recipe format allows scientists to define complex multi-step protocols in human-readable XML, while our intelligent queue manager handles scheduling, resource allocation, and real-time execution monitoring across your entire robot fleet.
Pricing, Download and install
Free
$ 0 USD*
* academia
SME
The small-medium edition (SME) edition.
$3900 USD*
* per year / per department
PARAMUS Operate is engineered for the demands of professional research environments
The clean, icon-free interface prioritizes clarity and efficiency, with 123 API methods providing complete programmatic control over recipes, queues, batches, data sources, and connected instruments. Native support for Opentrons OT-2 liquid handlers, MQTT-based sensor streams, and extensible connector architecture means PARAMUS Operate grows with your laboratory – from single-robot benchtop setups to fully integrated automation platforms.
FAQ
A robotic orchestration platform for modern chemistry research. It integrates robotic liquid handlers, analytical instruments, and autonomous chemistry workflows into a single programmable interface.
Liquid handlers (pipette, dispense, aspirate, serial dilution), analytical instruments (UV-Vis, HPLC, mass spectrometry, NMR), gas monitoring, temperature control, and LIMS integration.
Yes. Operate supports multi-step synthesis workflows, parallel reactions, optimization loops, and closed-loop experiments where analytical results drive the next experimental step.
Through the MCP protocol. AI assistants can plan and execute laboratory workflows, control instruments, and collect results using 170+ methods across 14 namespaces.
Operate integrates with major liquid handling platforms (Hamilton, Tecan, OpenTrons) and analytical instruments via standard protocols. Custom instrument drivers can be added through the plugin interface.
