LabWare & Phizzle Unite to Automate Data in Pharma Cleanrooms

WILMINGTON, Del. – April 08, 2026 – Laboratory informatics leader LabWare and data integration innovator Phizzle have announced a strategic partnership aimed at solving one of the most persistent challenges in pharmaceutical manufacturing: the manual transfer of data from laboratory instruments. The collaboration combines LabWare's industry-standard Laboratory Information Management System (LIMS) with Phizzle's specialized hardware, creating a unified solution to automate data flow, enhance data integrity, and streamline operations in highly regulated cleanroom environments.

This initiative directly targets the operational bottlenecks and compliance risks associated with connecting a diverse array of scientific instruments to central data systems. By automating what has long been a manual process, the partnership promises to free up scientific personnel, reduce human error, and fortify the data-driven foundation of modern pharmaceutical quality control.

The Data Dilemma in Pharmaceutical Labs

In the sterile, controlled world of a pharmaceutical cleanroom, data is currency. Every measurement, from particle counts in the air to the output of an analytical instrument, must be meticulously recorded and preserved. Yet, for decades, a significant gap has existed between these sophisticated instruments and the digital systems designed to manage their data. Laboratories often operate a mix of equipment from dozens of vendors, each with its own proprietary data format and communication protocol. Furthermore, many reliable, high-performing legacy instruments lack modern networking capabilities.

This technological fragmentation has forced many organizations into a reliance on manual data transcription—a process fraught with risk. Lab technicians often record readings on paper or transfer files using USB drives, then manually enter the information into a LIMS. This practice is not only inefficient but also a primary source of transcription errors, which can trigger costly investigations, product batch delays, and significant compliance headaches. For quality assurance teams, ensuring data integrity according to strict regulatory frameworks like the FDA's 21 CFR Part 11, EU's Annex 11, and ALCOA+ principles becomes a constant struggle against the fallibility of manual processes.

A Two-Part Solution to Bridge the Gap

The LabWare-Phizzle partnership introduces an integrated solution designed to bridge this digital and physical divide. The system leverages the strengths of both companies: LabWare's powerful LIMS platform, trusted by thousands of labs globally to manage complex workflows, and Phizzle's innovative Edge Puck™, a purpose-built gateway device.

The Phizzle Edge Puck is a compact, cleanroom-ready piece of hardware that acts as a universal translator for lab instruments. Designed to withstand the rigorous cleaning protocols of GxP environments, the device connects directly to both modern and legacy instruments through a variety of common interfaces, including Ethernet, serial, and USB. Once connected, the Edge Puck captures data directly from the source and securely transmits it to the LabWare platform using APIs from Phizzle's Connected Plant™ solution.

This direct, automated pathway effectively eliminates the need for manual data handling. Environmental monitoring operators can now receive results through streamlined digital workflows, monitor instrument activity in real-time, and even initiate sample collection remotely from within LabWare's software, all while a continuous, unalterable audit log is maintained.

Fortifying Compliance and Data Integrity

The most significant impact of this automated solution is its ability to inherently strengthen data integrity and simplify regulatory compliance. By removing the human element from data transfer, the system directly addresses the core tenets of the ALCOA+ framework, which mandates that data be Attributable, Legible, Contemporaneous, Original, and Accurate, as well as Complete, Consistent, Enduring, and Available.

Data captured by the Edge Puck is original and accurate, as it comes directly from the instrument without manual intervention. It is contemporaneous, recorded at the exact time of generation. The digital format ensures it is legible and enduring, while the integration with LabWare's LIMS ensures it is attributable to a specific instrument and sample through secure audit trails. This automated chain of custody provides regulators with a transparent and trustworthy record, significantly reducing compliance risk.

"Our customers depend on LabWare to run complex laboratory workflows with confidence," said Kyle Kershner, Co-CEO at LabWare. "Integration is one of the biggest operational bottlenecks in testing and manufacturing. By removing the need for manual data transfer and custom interfaces, this partnership gives teams a more scalable way to connect instruments, reduce compliance risk, and focus on strategic work."

Unlocking Efficiency and Future-Proofing the Lab

Beyond compliance, the operational benefits are substantial. Automating data collection frees highly skilled scientists and technicians from the tedious and low-value task of data entry, allowing them to focus on analysis, problem-solving, and innovation. This shift not only boosts morale and productivity but also accelerates overall lab throughput, enabling faster batch release and decision-making.

The technology also represents a crucial step in modernizing laboratory infrastructure without requiring a complete overhaul of existing equipment. By enabling legacy instruments to participate in a connected digital ecosystem, the solution allows companies to maximize the return on their current investments while paving a path for future digital transformation.

"Scientific instruments perform incredible analytical work, but the technology used to connect them to enterprise systems has not evolved as quickly," noted Ben Davis, CEO of Phizzle. "By combining our software and hardware with LabWare's widely used informatics platform, we're helping laboratories modernize how instruments are operated and how data moves from instruments into their data management environments. The goal is a more secure and efficient workflow for operators, QA teams, and IT."

The collaboration will initially focus on environmental monitoring applications—a critical function in sterile manufacturing—with a clear roadmap to expand to other laboratory and manufacturing instruments. This scalability suggests a broader vision for a fully connected 'smart lab,' where data flows seamlessly from every corner of the facility into a central nervous system, driving real-time insights and operational excellence across the entire product lifecycle.