Genogra Geno Gra Genomics Software pangenomic pan genomic DNA RNA data

The first user-centric solution to enable pangenomics at scale

A scalable, high-performance platform designed to generate deeper insights, faster decisions
and more impactful genomic interpretation.

A scalable, high-performance platform designed to generate deeper insights, faster decisions and more impactful genomic interpretation.

1

PROBLEM

The rapid growth of NGS has made secondary analysis the main bottleneck in genomics. While sequencing is now fast and affordable, turning raw data into actionable insights remains slow, costly, and limited by outdated linear-reference methods.

2

LIMITATIONS

Current secondary analysis tools rely on fragmented pipelines, non-standardized workflows, and slow, resource-intensive algorithms. Linear-reference models miss complex variation, making today’s analyses too long, too manual, and not scalable to population-level genomics.

3

SOLUTIONS

The pangenomic approach replaces the traditional linear sequence with a pan-genome graph, a network of interconnected sequences that captures all known genetic variability for a species. This paradigm shift enables simpler workflows, fewer computational steps, and significantly higher accuracy in variant detection.

What sets our platform apart

Higher accuracy through Genome Graphs

GenoGra leverages genome graphs, an advanced data representation that surpasses traditional linear models. This approach captures the full genetic variability, enabling highly accurate population-scale analyses and better interpretation of complex variants.

Genogra Geno Gra Genomics Software pangenomic pan genomic DNA RNA data
Genogra Geno Gra Genomics Software pangenomic pan genomic DNA RNA data
Genogra Geno Gra Genomics Software pangenomic pan genomic DNA RNA data

Ready-to-use insights

With clear interpretation and high-resolution outputs, GenoGra delivers results ready to use, supporting faster and better-informed decisions.

Genogra Geno Gra Genomics Software pangenomic pan genomic DNA RNA data
Genogra Geno Gra Genomics Software pangenomic pan genomic DNA RNA data
Genogra Geno Gra Genomics Software pangenomic pan genomic DNA RNA data

A simplified User Experience

Designed to reduce complexity, GenoGra streamlines workflows and makes advanced genomic analysis accessible to all users through a clean, user-friendly interface.

Genogra Geno Gra Genomics Software pangenomic pan genomic DNA RNA data
Genogra Geno Gra Genomics Software pangenomic pan genomic DNA RNA data
Genogra Geno Gra Genomics Software pangenomic pan genomic DNA RNA data

High-speed performance with GPU Acceleration

High-performance graph-based analysis available through transparent usage of GPUs.

Genogra Geno Gra Genomics Software pangenomic pan genomic DNA RNA data
Genogra Geno Gra Genomics Software pangenomic pan genomic DNA RNA data
Genogra Geno Gra Genomics Software pangenomic pan genomic DNA RNA data

Immediate population genomics

Our knowledge graph containing multi-omic data enables filtering, accessing and analysing genomic traits of specific populations with a few clicks, in seconds.

Genogra Geno Gra Genomics Software pangenomic pan genomic DNA RNA data
Genogra Geno Gra Genomics Software pangenomic pan genomic DNA RNA data
Genogra Geno Gra Genomics Software pangenomic pan genomic DNA RNA data

The software

The software

The software

Redefining the access to Genomics Knowledge

Explore how GenoGra turns advanced graph-based genomics into an intuitive, high-performance experience.

Validated Performance Improvements

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More accurate analysis

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Faster genomics pipelines

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Faster genomics pipelines

Frequently asked questions

What types of sequencing data does GenoGra support?

GenoGra is agnostic to the sequencing technology: it can process both short-read and long-read data from multiple vendors, as long as they are provided in standard formats (FASTQ/BAM/CRAM).

What types of sequencing data does GenoGra support?

GenoGra is agnostic to the sequencing technology: it can process both short-read and long-read data from multiple vendors, as long as they are provided in standard formats (FASTQ/BAM/CRAM).

What types of sequencing data does GenoGra support?

GenoGra is agnostic to the sequencing technology: it can process both short-read and long-read data from multiple vendors, as long as they are provided in standard formats (FASTQ/BAM/CRAM).

Do I need specific hardware to run GenoGra?

No. GenoGra runs on standard servers and can take advantage of general-purpose GPUs when they are available, but there is no need for proprietary hardware.

Do I need specific hardware to run GenoGra?

No. GenoGra runs on standard servers and can take advantage of general-purpose GPUs when they are available, but there is no need for proprietary hardware.

Do I need specific hardware to run GenoGra?

No. GenoGra runs on standard servers and can take advantage of general-purpose GPUs when they are available, but there is no need for proprietary hardware.

Can GenoGra run without GPUs?

Yes. GenoGra can run entirely on CPUs. GPUs are optional and are used to accelerate heavy workloads and improve time-to-result, especially on large datasets.

Can GenoGra run without GPUs?

Yes. GenoGra can run entirely on CPUs. GPUs are optional and are used to accelerate heavy workloads and improve time-to-result, especially on large datasets.

Can GenoGra run without GPUs?

Yes. GenoGra can run entirely on CPUs. GPUs are optional and are used to accelerate heavy workloads and improve time-to-result, especially on large datasets.

Is GenoGra only for research use, or can it be used in clinical diagnostics?

GenoGra is currently positioned as a research and translational genomics platform. It can support clinical research and method development, and can be integrated into diagnostic environments according to each customer’s regulatory framework, but it is not marketed as an IVD device yet.

Is GenoGra only for research use, or can it be used in clinical diagnostics?

GenoGra is currently positioned as a research and translational genomics platform. It can support clinical research and method development, and can be integrated into diagnostic environments according to each customer’s regulatory framework, but it is not marketed as an IVD device yet.

Is GenoGra only for research use, or can it be used in clinical diagnostics?

GenoGra is currently positioned as a research and translational genomics platform. It can support clinical research and method development, and can be integrated into diagnostic environments according to each customer’s regulatory framework, but it is not marketed as an IVD device yet.

How is GenoGra deployed?

GenoGra can be deployed on-premises (e.g., in your own data center or hospital infrastructure) or in a private cloud environment. The platform is container-based, which makes it portable across infrastructures and compatible with strict data-residency requirements.

How is GenoGra deployed?

GenoGra can be deployed on-premises (e.g., in your own data center or hospital infrastructure) or in a private cloud environment. The platform is container-based, which makes it portable across infrastructures and compatible with strict data-residency requirements.

How is GenoGra deployed?

GenoGra can be deployed on-premises (e.g., in your own data center or hospital infrastructure) or in a private cloud environment. The platform is container-based, which makes it portable across infrastructures and compatible with strict data-residency requirements.

How is GenoGra different from traditional reference-based pipelines?

Traditional pipelines align everything to a single linear reference, which can introduce bias and blind spots in complex regions or diverse cohorts. GenoGra uses pangenomes and graph-based representations to better capture real genomic diversity, improving robustness in difficult regions and enabling more reliable population-scale comparisons.

How is GenoGra different from traditional reference-based pipelines?

Traditional pipelines align everything to a single linear reference, which can introduce bias and blind spots in complex regions or diverse cohorts. GenoGra uses pangenomes and graph-based representations to better capture real genomic diversity, improving robustness in difficult regions and enabling more reliable population-scale comparisons.

How is GenoGra different from traditional reference-based pipelines?

Traditional pipelines align everything to a single linear reference, which can introduce bias and blind spots in complex regions or diverse cohorts. GenoGra uses pangenomes and graph-based representations to better capture real genomic diversity, improving robustness in difficult regions and enabling more reliable population-scale comparisons.

What kind of support and onboarding do you provide?

GenoGra typically offers technical onboarding, documentation, and ongoing support to help your team set up pipelines, validate workflows, and integrate the platform into your existing infrastructure. Additional services (e.g. custom development, bespoke pangenome projects) can be arranged as part of the collaboration.

What kind of support and onboarding do you provide?

GenoGra typically offers technical onboarding, documentation, and ongoing support to help your team set up pipelines, validate workflows, and integrate the platform into your existing infrastructure. Additional services (e.g. custom development, bespoke pangenome projects) can be arranged as part of the collaboration.

What kind of support and onboarding do you provide?

GenoGra typically offers technical onboarding, documentation, and ongoing support to help your team set up pipelines, validate workflows, and integrate the platform into your existing infrastructure. Additional services (e.g. custom development, bespoke pangenome projects) can be arranged as part of the collaboration.

How is GenoGra priced?

Pricing depends on deployment model, scale, and use case (e.g. research groups vs. enterprise deployments). Get in touch with us to discuss a configuration and licensing model that fits your needs.

How is GenoGra priced?

Pricing depends on deployment model, scale, and use case (e.g. research groups vs. enterprise deployments). Get in touch with us to discuss a configuration and licensing model that fits your needs.

How is GenoGra priced?

Pricing depends on deployment model, scale, and use case (e.g. research groups vs. enterprise deployments). Get in touch with us to discuss a configuration and licensing model that fits your needs.

Surface laptop on brown wooden table

Experience a new standard in genomic analysis. Accelerate your impact.

Surface laptop on brown wooden table

Experience a new standard in genomic analysis. Accelerate your impact.

Surface laptop on brown wooden table

Experience a new standard in genomic analysis. Accelerate your impact.