Meet Connected Plant™
Connect, Automate, and Integrate to Unlock Paperless Scientific Workflows and Ensure Data Integrity
We enable regulated manufacturers to Connect, Automate and Integrate analytical instruments and scientific workflows directly with existing Digital Systems—eliminating pen and paper methods, multistep data entry SOPs and clunky middleware solutions.
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                Benefits of Digitized Scientific Workflows
Ensure Data Integrity
Guide data directly from analytical scientific instruments to Digital Systems and remove manual data handling errors.
Unlock Review By Exception Processes
Enable continuous monitoring and unlock review by exception processes by flagging out of range readings in real time and notifying operators.
Immediate ROI
By automating manual data processes, eliminating paper expenses and keeping manufacturing workflows continuously audit-ready, one of our customers saves $1.5M annually in labor costs alone (~$4,800 per instrument), across 3 production sites and 310 APCs.
Protect Against Data Loss
Continuous data capture and monitoring are maintained even during network failures and power outages on the battery powered Edge Puck™. Critical analytical data and audit logs are automatically preserved and synchronized with backend systems once connectivity is restored.
Built-in Compliance and Traceability
Built-in electronic review and signature workflows along with continuous logging of operator activity, instrument data and connected systems to ensure regulatory compliance including AS9100 and 21 CFR Part 11.
Enable Remote Operation
Intiate remote samples from our vendor agnostic UI and eliminate sampling errors caused by gloves, fat fingered mistakes, and lack of process standardization between multi-vendor sampling procedures.
The Technical Infrastructure That Makes All of This Possible:
                    Microservices Architecture:
Instrument connectors handle device communication, data capture, and automated formatting; our Core platform manages APIs, databases, and MQTT messaging; integration APIs enable synchronization with LIMS, MES, and QMS.
Secure Instrument Communication:
The Edge Puck™ utilizes outbound-only communication, securing open ports that in a normal network configuration anyone could use to externally connect to scientific instruments.
Server-Grade Connectivity on the IoT Edge:
Critical instrument data and workflows are stored on the Edge Puck™, enabling continuous monitoring and batch sampling even during connectivity failures.
Pre-Built Connectors:
Unlike basic industry connectors, our pre-built connectors act as comprehensive device agents that handle everything behind the scenes—automatically communicating in the native protocols of each instrument, handling all of the idiosyncrasies and enabling remote operation.
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