CellPort @CellPortSW

What if you could look back at any run and see exactly what happened? When every step is captured as it happens, you can trace a condition back to where it started, even months later. Our CEO, Patrick Dentinger, explains why that's so powerful. That's what CellPort builds.

There's more to a vial than the cells inside it. Each one is tied to a full record of how they were handled. CellPort captures lineage and process history, creating a chain of identity across teams, sites, and time. CellPort. Connecting the information behind every sample.

Cell culture moves in real time. Your data should too. Each material and equipment barcode scanned builds a connected record, keeping the story behind the science current. CellPort. Capture the science as it happens. cellportsoftware.com/solutions/cell…

Reproducibility isn't a given. It's something you build, one run at a time. CellPort connects every reagent, timing decision, and operator action to the result it produced, as it happens, ready to hand off from the same scientist to a new team. cellportsoftware.com

Every result is shaped long before you reach it, by the materials, equipment, and what the team learned along the way. When those stages connect, a result can be traced back to where it started. That's what makes it easy to trust. With CellPort, capture the science as it happens.

Let’s move the dial on scientific productivity. Scientists should be doing science—not searching, documenting, and reconstructing what they did. Give them a tool that captures the work as it happens. Less administration. More science. CellPort. Capture the science as it happens.

Years from now is often too late. Early on, a critical question emerges: Will the process you're using today support the therapy you're working to deliver at scale? At CellPort, we believe CMC readiness should be built in from the start, while there's still room to shape it.

The process doesn't stop moving while you write it down. At CellPort, we believe the record should move with the work, so teams can answer questions by looking rather than rebuilding. We look forward to the conversations at the Bioprocessing Summit, Boston, August 10-13.

Every cell bank has a history. Every thaw comes with risk. CellPort connects chain of identity, characterization, chain of custody, and inventory data in one place, helping teams move from research through GMP operations with greater confidence.

Patrick Dentinger, CEO of CellPort, will be attending The Cell Summit 2026 in Cincinnati, OH, July 28-29. As cell and gene therapies scale, keeping cells, materials, and teams aligned becomes challenging. CellPort brings it all together with visibility, traceability, and control.

Data delayed is information denied. When execution is captured hours or days after the work happens, so is access to it. Real-time capture makes that information available immediately, enabling real-time analytics, visibility, and better decisions across the lab.

An auditor asks a question. The answer exists, but it's spread across QA, lab data, and operational systems. CellPort keeps data and context together in a single system. The result: faster reviews, fewer transcription errors, and audit duration cut by 50%.

Scaling operations is one thing. Scaling knowledge is another. As complexity grows, critical knowledge becomes harder to transfer, access, and repeat. CellPort helps keep it connected—so consistency scales with the operation.

Inventory says the material exists. But it can't be found. Mislabeled vial. Wrong lot. Wrong passage. Wrong clone. Record and reality don't match. It shows up across every program, every stage. CellPort connects materials and execution — so records update as the process happens.

By the end of the week, your team is still trying to figure out why the run deviated. Unexpected deviation. Weeks of investigation. Most of that time wasn't spent solving — it was spent finding information that should have already been there. That's why CellPort was built.

CellPort at Reproducibility in Science 2026, June 16–18. Reproducibility starts at bench but depends on coordinating cells, protocols, and time. When context lives in notebooks, spreadsheets, and memory, it suffers. CellPort makes quality traceable and reproducibility achievable.

The CMC challenges in cell-based products are predictable. So why do they keep appearing late — when they're already costly? Because the infrastructure to catch them early hasn't existed in one place. Until now. CellPort — The Operating System for Cell-Based Products.

Your results are decided before you reach them. Operational control happens in stages, each one building on the last. CellPort gives labs control at every layer — from materials and inventory to equipment, protocols, and insight. cellportsoftware.com/?utm_source=x&…

Operational bottlenecks rarely begin where teams expect them to. Time-to-value improves when operational control is established layer by layer: • Materials • Inventory • Equipment • Protocols • Insight Early operational visibility helps teams improve consistency over time.

Cell lines are shaped by how they’re handled, maintained, and passaged over time. The future lab is not just digital. It’s a lab with memory. CellPort helps preserve process history and operational context as work happens. See it in practice: cellportsoftware.com