TetraScience Technical Showcase Series

Stop asking, "what's the use case?" and get your scientific data flowing now. In this upcoming Showcase, we’ll walk through how to rapidly onboard instrument data into TetraScience’s Scientific Data Foundry.

We've codified the patterns learned from deployments across top biopharma firms and built a faster, systematic approach.

It's time to replace slow, one-by-one rollout work with a searchable, reusable data foundation for workflow automation, analytics, and AI.

What Scientific IT gets‍

• Ability to connect up to 800 instruments a month
• 95% connector coverage with visibility into parser availability and rollout readiness
• A repeatable campaign model for onboarding across labs and sites
• Freedom from brittle scripts and consultant-heavy deployments

What data and AI teams get

• More instrument data flowing into TetraScience sooner
• Faster access to data for ELN and LIMS automation, analytics, and AI
• A stronger foundation for harmonized, analytics-ready Tetra Data
• Less waiting on custom integration projects before work can begin

What leaders get

• A practical way to escape the “use case first” trap
• Predictable onboarding progress instead of open-ended rollout timelines
• A data foundation that compounds value across archiving, automation, analytics, and production AI

Balances. pH meters. Simple benchtop instruments. They generate real scientific data, and most of it never makes it off the instrument. Scientists copy readings by hand, transcribe them into spreadsheets, and hope nothing gets lost before it reaches an ELN or LIMS. 

In a GxP environment, that same manual process isn’t just inefficient — it’s a compliance risk. Every transcription, retake, and correction must be traceable, timestamped, and audit-ready.

The Tetra Data Capture App mitigates risks in the workflow. Point a camera at the instrument display, scan a QR code, and the reading uploads automatically to the TetraScience Data Foundry, with metadata attached, ALCOA++ compliant, and ready for downstream workflows.

What scientists get

• Capture instrument readings with a camera — no manual transcription, no spreadsheet entry
• Readings automatically upload with sample and experiment context applied
• Use a handheld barcode reader or enter metadata like Sample ID directly in the app
• Works on Mac and Windows, with no separate login. SSO uses your existing Tetra OS credentials
• Data flows to ELN and LIMS automatically once it's in Tetra

What Scientific IT gets

• No separate third-party AI configuration to manage — AI runs through Tetra AI Services, authenticated through TDP credentials
• Databricks-backed compliance posture including SOC2 and HIPAA
• Installs alongside the Data Sync Utility on the same machine
• Serial port capture support for instruments connected directly to workstations
• Stable, graceful error handling

What you'll see in this session

• A live walkthrough of the Data Capture App capturing readings from benchtop instruments
• How QR codes link instrument readings to experiment context automatically
• How captured data flows into Tetra and on to ELN and LIMS without manual intervention
• How Scientific IT configures and deploys the app across a lab environment

The bottom line

If your scientists are still writing down readings by hand, that data isn't making it into Tetra — and it isn't feeding your analytics or AI workflows. The Data Capture App closes that gap for the instruments that connectors don't reach.

Register now‍

Fill out the form to attend the live technical showcase.

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