FlaskTrack

What is FlaskTrack?

FlaskTrack is a laboratory information management platform for biotechnology, life-science, and regulated research teams. The platform connects protocol execution, sample and inventory records, scientific documentation, and compliance controls to support traceable laboratory operations.

Key Capabilities

Protocol execution: Laboratory teams can create, version, and execute standard operating procedures (SOPs) and workflows; record execution data; attach supporting files; and document deviations.
Sample and inventory management: FlaskTrack tracks samples, batches, inventory lots, reagents, consumables, storage locations, reservations, purchasing activity, and material consumption during protocol execution.
Traceability: The platform links samples, batches, protocols, workflows, equipment, biological materials, molecular designs, and audit records to provide an operational history for experiments and production runs.
Scientific documentation: Researchers can maintain experiment records, supporting evidence, controlled documents, and version histories in the same system as laboratory workflows.
Molecular biology: Teams can manage plasmids, DNA sequences, primers, molecular projects, and sequence-version history.
AI assistance: AI-assisted tools support protocol drafting, workflow documentation, scientific-information organization, and routine record creation. Generated content remains subject to review and approval workflows.
Compliance controls: FlaskTrack includes electronic signatures, immutable audit trails, role-based access, controlled document versioning, approval workflows, change histories, and electronic-record traceability. These controls are intended to support organizations working toward U.S. Food and Drug Administration (FDA) 21 CFR Part 11 requirements.

Audience & Use Cases

Audience: Biotechnology companies, life-science startups, academic research groups, tissue-culture and molecular-biology laboratories, and contract research organizations (CROs).
Use cases: Executing laboratory protocols, tracking samples and materials, documenting experiments, investigating deviations, preparing audit documentation, and managing molecular-biology assets.

Technical Specifications

Workflow controls: Versioned protocols, digital SOP execution, approvals, and audit history.
Laboratory records: Samples, batches, inventory, equipment, molecular materials, and experimental evidence.
Quality controls: Electronic signatures, role-based permissions, and immutable audit trails.
Reporting: Operational dashboards and searchable historical records.