Genedata Selector® is the only end-to-end enterprise software that enables and accelerates next-generation sequencing (NGS)-based data analysis in GMP environments. As a single source of truth, it empowers scientists to integrate, analyze, and share all project-related data. Built to support any sequencing technology, such as Illumina, PacBio, Oxford Nanopore Technologies, and others, it provides the freedom to integrate new platforms without disrupting validated workflows. Genedata Selector automates NGS workflows, shortening assay turnaround by up to 90%, and enabling faster, data-informed decisions.
Flexible Deployment for GMP-Compliant NGS Workflows
Genedata Selector empowers scientists to perform complex NGS data analyses without writing a single line of code. Its intuitive, wizard-based Playbooks automate validated workflows, making advanced analytics accessible and efficient. Built for GMP environments, it ensures full traceability and auditability for regulated labs. Adding new assays for additional modalities to the validated platform ensures scalability and compliance. Genedata Selector is technology-agnostic, seamlessly integrating with top sequencing systems, allowing labs to unify data analysis across different technologies. With deployment options on-premises or in the cloud, Genedata Selector adapts to your infrastructure without compromise.
Genedata Selector Applications

Optimal NGS-Based Biosafety Testing
Accelerate safe biotherapeutic development with early detection of harmful mutations and adventitious agents in raw materials, bulk harvests, and final products. Genedata Selector integrates seamlessly into GMP environments and generates 21 CFR Part 11-compliant reports for regulatory submission.
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Effective Cell Line Development
Accelerate cell line development and characterization with streamlined NGS data analysis. Genedata Selector confirms clone identity, refines host cell lines, and verifies product integrity, stability, and purity.
The platform supports CRISPR-driven engineering, single-cell RNA-seq for heterogeneity assessment, and comprehensive genome annotation, including proprietary genomes, metabolic and signaling pathways, splice variants, microRNAs, mutations, and CNVs.
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Optimized Bioprocess Development
Streamline omics data analysis and visualization to accelerate bioprocess development. Genedata Selector monitors cellular pathways to identify engineering targets and bottlenecks, while detecting cell variants via DNA-seq, RNA-seq, or mutation profiling to ensure product sequence integrity through development.
Learn MoreAccelerated Cell and Gene Therapy Development
Genedata Selector automates and standardizes NGS data analysis to accelerate the development of safe, effective cell and gene therapies. It enables Critical Quality Attribute (CQA) assessment to confirm identity, biosafety, and potency, supporting regulatory compliance and consistent product quality.
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Optimized Processes in Industrial Biotechnology
Accelerate production strain development with NGS-based genotype-phenotype analysis. Genedata Selector supports whole genome sequencing (WGS), cross-omics, and metagenomics to identify lead- or indicator-strains, streamline development, and optimize processes for improved yield and performance.
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Enhanced Agricultural Science
Advance crop improvement and plant breeding with NGS and omics-driven variant and genotype-phenotype analysis. Genedata Selector enables whole-genome comparisons, from mutations to gene functions and pathways, to identify breeding and crop protection targets. It brings breeding and phytopathology teams together on a single collaborative platform.
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Collaborative Genome Data Management
Explorer centralizes public and proprietary genome data, including genotype–phenotype relationships, to streamline collaboration across teams and partners. It offers intuitive visualizations of genome sequences, key genes, and variants at both the nucleotide and protein level. Teams can easily share insights using built-in notifications and shared views.
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Reproducible Results
Processor delivers a robust suite of bioinformatics tools and supports the integration of newly released tools through APIs. It automates NGS workflows with standardized processing of raw NGS data, regardless of sequencing technology or instrument. Built-in quality control, workflow validation, and interactive result visualization ensure reproducibility and reliability.

In-Depth Analysis
Analyst empowers researchers and biostatisticians to perform secure, scalable statistical analysis of complex data. It supports integration from common file formats and offers interactive visualization and data mapping. Built-in statistical applications include t-tests, ANOVA, linear models, machine learning, PCA, and PLS, enabling deep insights across diverse datasets.
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End-to-End Sample Tracking
Tracker manages sample metadata across the analysis pipeline with configurable, user-friendly interfaces for guided data entry. Users can filter, search, and visualize sample information through dynamic graphs and lists. Built-in GMP functionalities ensure complete sample history tracking and generate 21 CFR Part 11-compliant audit reports to maintain data authenticity, integrity, and confidentiality.
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Automated NGS Data Analysis
Playbooks are customizable, pre-configured guides that automate the entire NGS data analysis workflow, from sample registration and data processing to GMP-compliant reporting. Powered by NextFlow pipelines, Playbooks support a broad range of NGS-based assays, ensuring full coverage across both R&D and cGMP environments.
Learn MoreWhy Choose Genedata Selector for NGS Workflows?
Genedata Selector streamlines and automates complex NGS workflows, enabling seamless data integration, analysis, and interpretation in a secure, enterprise-grade environment. By eliminating bottlenecks and orchestrating end-to-end workflows, it empowers biopharma teams to accelerate R&D and make confident, data-driven decisions.
- Reduces Assay Time by 90%
- Automates & Standardizes NGS Data Analysis Workflows
- Accelerates Insight-Driven Decision Making
- Ensures GxP-Compliant Data Handling
- Simplifies Reporting & Enhances Transparency
- Centralizes and Secures Data Management
- Integrates Seamlessly Across Systems
Empower Cost-Effective In-House NGS
Genedata Selector delivers a strong return on investment (ROI) by reducing the cost per sample over a short time, making in-house NGS more economical for both small- and large- scale research and ongoing development research projects. With Genedata Selector, customers observed an up to 90% reduction in assay time for product characterization and safety assessment of NGS workflows.
Increase NGS Workflows Efficiencies
Built-in Playbooks automate routine NGS workflows, reducing manual errors and increasing standardization, transparency, and throughput — from data entry and processing to report generation.
Transform Data into Actionable Insights
Genedata Selector accelerates standardized data processing and analysis through automated workflows, while enabling rapid results sharing and project documentation across teams. It empowers confident decision-making based on actionable scientific insights.
Maintain Full GxP Compliance
Genedata Selector enables secure, in-house analysis of NGS data against proprietary sequences and genomes, reducing the risk of exposing sensitive information to external parties and supporting GxP compliance.
Streamline and Automate Regulatory Reporting
Genedata Selector fully automates regulatory reporting and ensures complete traceability from sample registration to report generation in a validated environment — streamlining assay development and execution.
Unify NGS Data for FAIR Compliance
Genedata Selector centralizes NGS data in a secure, structured environment that supports FAIR principles (findable, accessible, interoperable, reusable) — eliminating silos and accelerating decision-making across teams.
Connect NGS Workflows
Genedata Selector integrates seamlessly with lab instruments, LIMS, and enterprise systems. It is NGS instrument-agnostic and supports NextFlow pipelines, enabling scalable automation and consistent data flow across diverse sequencing platforms.









