We created a service that remotely manages updates for software and firmware, ensuring scalability of the process under strict quality guarantees.
Inpeco sought an R&D partner that could design and develop this custom solution with minimal management overhead. We efficiently handled their requirements tracking, verification, and validation processes, balancing team integration and autonomy.
Working with a cross-functional team allowed us to align our processes with Inpeco’s quality standards. We ensured consistency with the existing technology stack while also seeking to introduce innovations that could benefit other projects within Inpeco.
We developed a platform capable of integrating a growing number of laboratory modules by formalizing existing procedures and standardizing APIs and data formats. We created a fully automated verification test suite that can be run repeatedly at low cost.
Together with the Brooks Automation team, we designed an easy-to-use interface for daily laboratory operations.
Brooks Automation tasked us with the design of a new interface for their next-generation laboratory automation system. The goal was to reflect their new brand identity while maintaining the familiarity that existing users value.
We aimed to improve the interface's intuitiveness by connecting the physical lab environment and its digital representation, combining abstract and skeuomorphic elements. We also focused on enhancing touchscreen usability while wearing protective equipment.
We worked closely with the Brooks Automation team to develop a design system that offers a modern aesthetic while remaining intuitive and user-friendly. We created a sleek and highly scalable system for seamless future integrations.
We conducted user research, co-design with stakeholders, and designed a design system to deliver a highly complex software solution.
The challenge set by CellPly was understanding the complexity of cellular therapy research and translating it into a customizable, easy-to-use tool that enables biologists to create new types of experiments and monitor the instrument.
User research practices helped us analyze biologists' needs to inform the design process. We used a bottom-up approach to gather requirements and involved key stakeholders through workshops and co-design, ensuring the final solution met their expectations.
We designed the VivaCyte software suite and design system, supervising the handoff to three development teams. VivaCyte has been recognized with the Silver A' Design Award for Interface, Interaction and User Experience Design Category.
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