Tetra OS

Why scientific IT leaders choose
TetraScience

The problem we're solving

Your scientists work across thousands of instruments, apps, and data sources generating proprietary file formats. Legacy SDMS holds decades of data no one can find. Every "where is my data" ticket costs you 2-3 hours.

Meanwhile, leadership wants AI-ready data. But you can't deliver AI when you're still fighting just to connect instruments.

TetraScience built the Tetra OS, the operating system for scientific intelligence, to replace fragmented infrastructure with a unified architecture that turns data into reusable memory, workflows into productized assets, and AI into grounded scientific reasoning.

TetraScience solves the architectural problem so you can stop firefighting and start enabling science.

Rapid Instrument Onboarding:
From Months to Days

See how TetraScience's pre-built connector library lets IT teams deploy integrations for hundreds of instruments in weeks instead of months — no custom development required. This technical walkthrough shows the deployment process, validation workflows, and how self-service configuration reduces IT bottlenecks while maintaining compliance and data lineage.

How Tetra OS works

Scientific Data Foundry — Converts proprietary, unstructured scientific data into AI-native schemas, taxonomies, and ontologies, creating governed, reusable scientific memory.

Scientific Use Case Factory — Productizes AI-enabled workflows into validated, reusable assets that can be deployed across teams, sites, and domains.

Tetra AI — Serves as the reasoning and orchestration layer, helping scientists navigate complex workflows, surface relevant context, and accelerate decisions.

Tetra Sciborgs — Embedded scientist-engineers who connect science, data, and IT to operationalize adoption and deliver measurable outcomes.

Universal scientific data management

Connect any Source

Move siloed scientific data from instruments, software, and legacy SDMS with the world’s largest library of integrations and liberate your data silos.

Centralize Data

Bring together all your PBs of data to an enterprise-scale platform, purpose-built for science for easy access anywhere, any time.

Contextualize Data

Automatically add relevant metadata from any ELN/LIMS for easy search and retrieval.

Lab data automation at scale

Manage Data

Capture, catalog and archive data with metadata, creating a centralized data repository. Complete data lineage for regulatory compliance built in, not bolted on.

Control Data

Set granular access permissions, restore and reuse data with complete audit trails. Scientists self-serve without IT intervention for every request.

Automate Lab Workflows

Move data and results to and from any ELN, LIMS, or LES with a library of productized lab data automation workflows, including bidirectional integrations. Eliminate manual transcription.

Gain visibility and control with
Operational Intelligence

Health Monitoring

Monitor the health of connectors, agents, pipelines, and data services supporting SDMS and workflow automation.

Classify components as healthy, unhealthy, or critical to prioritize issues and guide proactive intervention.

Detect failures, delays, and degraded performance early to reduce downtime and downstream impact on scientists.

Operational Insights

Create evidence of platform value by mapping scientific data flows, including file volumes, pipeline activity, and asset inventory.

Quantify instrument counts and user adoption trends across labs, projects, and regions to prove progress and guide expansion decisions.

Support cost governance and capacity planning with visibility into instrument utilization, storage, and compute drivers to optimize spend.

Alert Management

Proactively alert IT teams to operational issues and threshold breaches in real time.

Reduce time to detection and resolution for disruptions.

Minimize downstream impact on scientific teams.

Next-level data engineering

Convert data from incompatible, proprietary formats into an open, vendor-agnostic format using the Tetra Data Schema library

Apply taxonomies and ontologies to capture relationships and hierarchies based on scientific use cases such as bioprocess development and quality testing

Create analytics- and AI-ready data in delta tables shareable with your Databricks, Snowflake or enterprise data lake

Maintain full data lineage

Track Data Provenance

Maintain full data lineage from capture to archival with complete chain of custody for compliance

Archive with Confidence

Store, archive and retrieve data with preserved audit trails using visual interfaces that reveal the complete data journey from storage to ELN/LIMS and back to the original source

Trace any Data Alterations

Track all data changes with human-in-the-loop audit trails and sign-off events as required

A future-proofed platform, built by IT
for IT

Scale by deploying connectors and pipelines using pre-built recipes and tools that IT can implement without vendor assistance

Extend platform capabilities by building custom applications or integrating existing dashboards tailored to specific business needs

Support regulated workflows with comprehensive IQ/OQ documentation, audit trails, and electronic signatures for GxP environments

Explore resources

Learn how to digitize science by transforming your scientific data.

Ready to scale your architecture?

TetraScience helps scientific organizations turn fragmented data and workflows into governed AI-ready intelligence across the value chain.

Talk to an expert

By transforming how our scientists access, analyze, and share research data, we're unlocking new levels of productivity and enabling AI-powered insights through a connected, online data environment. Beyond boosting productivity, we're leveraging data and agentic AI to accelerate innovation across our drug discovery engine.

Jim Villa
Global Head of Research Strategy & Operations

Our expanded partnership with TetraScience is delivering measurable value through unified access to instrument and CRO data that powers our automation and analytics at scale. The platform's audit capabilities have streamlined our regulatory preparation processes.

Linus Goerlitz
Regulatory Science Transformation Lead

Embedding AI and digital technologies across the R&D value chain is one of Takeda’s core strategic areas for our future. Our data-driven R&D approach will reduce discovery timelines, enable the identification of targets faster, and help us design better therapeutic candidates.

Nicole Glazer
Head of R&D Data, Digital and Technology

Our collaboration with TetraScience strengthens how we help customers automate data management at scale in the laboratory.

Sean Baumann
VP - Digital and AI, Life Sciences, Diagnostics and Applied

Our collaboration with TetraScience enhances the precision and speed of our quality control processes. By automating manual steps, we're empowering our scientists to focus on innovation that brings essential medicines to women faster and more safely.

Niamh O'Rahilly-Drew
AVP Quality

The capabilities provided by TetraScience enable us to standardize and harmonize data at scale... accelerating the speed and quality of scientific discovery.

Claudio Battilocchio
Digital Automation Lead R&D