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Background
Research and development laboratories operate through continuous cycles of testing, refinement, and validation. In these environments, the ability to accurately capture and reproduce successful processes is critical. Reliable data, consistent measurements, and clear visibility across multiple devices all play a key role in ensuring that results can be trusted and scaled.
Applied Scientific Technologies developed the Deft ecosystem to bring greater connectivity and control to traditional laboratory equipment, enabling individual devices to become part of a coordinated, data-aware system. With Deft V2.0, the focus was on advancing this capability further — enhancing usability, expanding compatibility, and delivering a more integrated and streamlined user experience.
Advancing the Connected Laboratory
Deft V2.0 builds on the core principles of connected laboratory systems by introducing a more accessible and immediate way to interact with equipment. The platform is centred around the Deft Gateway, which allows a single device to be connected and transformed into a smart, monitored system from the outset.
This approach enables laboratories to quickly integrate Deft into existing workflows, providing immediate access to real-time monitoring and data capture without disrupting established processes. The result is a system that supports both flexibility and precision, allowing teams to work efficiently while maintaining full visibility over their operations.
Integrated Design and Real-Time Interaction
A key advancement in Deft V2.0 is the introduction of a built-in LCD touchscreen, designed to bring all critical information directly to the user. Live readings and device status are presented clearly and intuitively, allowing users to monitor connected equipment in real time.
While Deft V2.0 continues to integrate with external laboratory devices, the embedded interface provides a central point of visibility. Users can monitor processes directly from the Gateway, streamlining interaction with connected equipment and reducing reliance on separate monitoring systems. This enhances both usability and reliability, ensuring the system remains responsive in fast-paced laboratory environments.
Expanded Compatibility Across Laboratory Equipment
Modern laboratories often operate with a combination of legacy and newer equipment, making flexibility essential. Deft V2.0 has been designed to work seamlessly with a wide range of commonly used laboratory tools, including stirrers, hot plates, balances, and pH probes.
By connecting these devices into a unified system, Deft V2.0 enables coordinated data capture and monitoring across multiple points in a process. Measurements and operational states are tracked in real time, helping to ensure that workflows remain consistent and repeatable. This level of integration supports both experimental accuracy and long-term process validation.
Supporting Efficient and Reliable Workflows
Deft V2.0 has been engineered with everyday laboratory use in mind. The interface is designed to present key information clearly, allowing users to quickly assess conditions and confirm settings without unnecessary complexity.
The streamlined architecture also supports easier deployment and maintenance. By reducing the need for additional components and simplifying setup, Deft V2.0 enables laboratories to adopt connected, data-driven workflows with minimal disruption.
Outcome
Deft V2.0 represents a significant advancement in connected laboratory technology. By enhancing usability, integrating real-time interaction, and expanding compatibility with existing equipment, the system delivers a more seamless and capable smart laboratory environment.
The result is a platform that enables precise, repeatable experimentation while improving visibility, efficiency, and control — supporting laboratories in achieving consistent, high-quality outcomes across their operations.
Loan kits are available — giving you the opportunity to experience Deft V2.0 in your own lab, get in touch to discuss enhancing your laboratory operations.