80% less paperwork, 90% faster reviews: Transforming BCI Operations

Paradromics is building a Brain-Computer Interface. Technology that decodes neural activity and translates thought into action. For patients with ALS or paralysis, it's a path back to communication. For regulators, it's uncharted territory: FDA pathways for high-bandwidth BCIs are still being defined.

The science was advancing fast. The documentation couldn't keep up. Operators spent 30 to 60 minutes per process on manual paperwork. Senior engineers devoted a combined 3 to 4 hours every day to reviewing paper travelers. That isn't efficiency drag. It's senior scientific talent being consumed by clerical review when the company's competitive advantage is how fast it can iterate.

Process data lived everywhere and nowhere. Some on paper, some in digital forms, some in legacy systems. When a rework happened and the team needed to find the root cause, the investigation became a scavenger hunt across formats. Traceability. The thing regulators will ultimately demand most of. Was assembled manually when it was needed, not maintained as a system property.

The regulatory stakes are higher here than for most devices. Paradromics isn't iterating on an established device class; they're defining one. Every operational decision compounds: clean data now means a defensible submission later. Messy data now means reconstructing history under audit pressure.

Paradromics implemented Seal as a single operational platform spanning manufacturing execution, quality management, and software compliance. One system, one validated architecture, one source of truth for process data.

Operators moved from paper travelers to guided digital workflows. The 30-to-60-minute paperwork step per process became execution in the system itself. The record populated as the work happened. Engineers stopped reviewing handwritten travelers; the system surfaced exceptions for review, not every individual entry.

Data consolidation was the larger win. Nonconformance reports, calibration records, process history, training status. All in one platform with consistent structure. When engineers now need to analyze a rework or trace a component, the query returns an answer instead of starting an investigation.

Seal's pre-validated architecture mattered most here. For a company pushing into emerging regulatory territory, building compliance infrastructure from scratch wasn't a viable use of runway. A pre-validated foundation meant Paradromics could focus engineering effort on the BCI itself. Not on proving that their quality system worked.

Operator paperwork dropped by over 80%. Operators got back the 30 to 60 minutes per process that had been going to manual documentation. Time that now goes to the core work the paperwork was supposed to capture.

Traveler review time for senior engineers dropped by over 90%. The 3-to-4-hour daily burden on the engineering team disappeared almost entirely. That capacity didn't just vanish. It redirected into process improvement and development work that had previously been crowded out.

Process innovation cycles got 15% faster. New workflows build on existing structured data, so engineers aren't recreating protocols from scratch each time. The platform that captured the last process becomes the template for the next one.

The longer-term effect is the one Paradromics is still realizing. With operational data now centralized and structured, the team has a dataset that paper records could never generate. Process flow optimization and predictive quality require queryable data. Paradromics now has it, and is only beginning to use it.