Client Objective
From manual lab runs to remote control.
A large biopharmaceutical company had developed a proof-of-concept application for bioreactor experiments, but it lacked the functionality scientists needed. Teams did not have a streamlined way to remotely configure, launch, and monitor bioreactor experiments. This led to inconsistent job setup, unnecessary manual work, and limited visibility across teams.
Unique Challenge
Moving beyond a fragmented prototype.
The existing solution relied on disconnected systems and repositories and offered limited front-end flexibility. Although their solution showed that remote bioreactor control was possible, it lacked the integrated architecture and maturity needed for broader adoption across labs or sites.
Unify Solution
From proof-of-concept to production-ready.
Unify partnered with the team to co-design and build a scalable web-based platform for remote bioreactor job control, monitoring, and visualization. The solution introduced standardized job templates, shared visibility into job status and alerts, and a time-series signal viewer.
Unify also strengthened the platform’s technical foundation through core API services, React-based UI development, and a repeatable deployment architecture. The team consolidated fragmented components and improved time-series querying performance and scalability.
Proven Impact
Remote. Repeatable. Ready to scale.
With Unify’s support, the company’s solution advanced from an immature system to a stable, scalable platform for remote bioreactor operations. Scientists can now configure, start, and monitor runs remotely, reducing the need for constant physical oversight of long-running experiments and lowering manual monitoring effort.
The platform also gives shared visibility into job status and alerts, allowing teams to respond to issues collaboratively rather than relying on a single job owner. With a more mature architecture, the solution is now positioned to scale across multiple labs and sites.
