SciTransfer
Organization

PHENOM NETWORKS LTD

Israeli agri-bioinformatics SME providing plant phenotyping platforms and genomics tools for Solanaceous crop breeding consortia.

Technology SMEfoodILSMENo active H2020 projects
H2020 projects
2
As coordinator
0
Total EC funding
€455K
Unique partners
33
What they do

Their core work

Phenom Networks is an Israeli agri-bioinformatics SME based in Rehovot — Israel's agricultural biotech hub — specializing in computational tools and data platforms for plant phenotyping, genomics, and breeding. Their core offering connects large-scale genomic and metabolomic datasets with phenotypic observations, enabling breeders and geneticists to extract actionable insights from complex multi-omics data. In EU projects they function as a technology provider, contributing bioinformatics infrastructure and analytical pipelines to research consortia working on Solanaceous crops (tomato, potato, pepper, eggplant). Their work bridges raw molecular data and practical breeding applications, which is rare in a single SME.

Core expertise

What they specialise in

Plant phenotyping and phenomics platformsprimary
2 projects

Both G2P-SOL and HARNESSTOM rely on phenotyping as a core methodology, consistent with the company name and website branding around phenome networks.

Solanaceae genomics and multi-omics data integrationprimary
1 project

G2P-SOL (2016–2021) explicitly links genetic resources, genomes and phenotypes across five Solanaceous crops using genomics, metabolomics and bioinformatics.

1 project

HARNESSTOM (2020–2024) focuses specifically on exploiting tomato genetic resources for climate-resilient prebreeding, including drought, salt and heat tolerance.

Bioinformatics and computational breeding pipelinessecondary
2 projects

Bioinformatics appears as an explicit keyword in G2P-SOL and underpins both projects as the analytical layer connecting genomic and phenotypic data.

Climate-stress trait discovery in cropsemerging
1 project

HARNESSTOM introduced drought, salt tolerance, high temperatures and emerging diseases as new focus areas, absent from the earlier project.

Evolution & trajectory

How they've shifted over time

Early focus
Solanaceae multi-omics phenotyping tools
Recent focus
Tomato climate-resilience prebreeding

In their first H2020 project (G2P-SOL, 2016–2021) Phenom Networks worked across the full Solanaceae family — potato, tomato, pepper, eggplant — with a strong methods orientation: phenotyping, genomics, metabolomics, and introgression breeding as the technical toolkit. By their second project (HARNESSTOM, 2020–2024) the species scope had narrowed sharply to tomato alone, but the application depth increased: the focus shifted from building analytical methods to applying genetic resources toward climate resilience — drought, salt tolerance, high temperatures, and emerging disease resistance. The trajectory shows a move from broad-platform bioinformatics contributor toward a more targeted role in applied prebreeding for climate adaptation.

Phenom Networks is converging toward tomato as their primary crop with an increasing emphasis on climate-stress traits, suggesting future collaborations are most likely in precision breeding and genetic resource valorisation for heat- and drought-tolerant varieties.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European12 countries collaborated

Phenom Networks has participated exclusively as a non-coordinating partner across both projects, consistent with a specialist SME that provides a defined technical service (phenomics tools, bioinformatics pipelines) rather than orchestrating large programs. Their 33 unique partners across 12 countries from just two projects indicates involvement in very large, multi-partner consortia — both G2P-SOL and HARNESSTOM are well-known pan-European crop genetics networks. This suggests they are valued for a specific, portable capability that consortium builders recruit rather than a broad generalist role.

Despite only two projects, Phenom Networks has built a notably broad network of 33 unique partners across 12 countries, which reflects the large consortium structures typical of EU crop genomics programs. Their geographic reach extends across Europe and Israel, with no visible concentration in a single country cluster.

Why partner with them

What sets them apart

Phenom Networks occupies a rare intersection: an Israeli private-sector SME with demonstrated EU research credentials in plant phenomics and bioinformatics, operating from Rehovot — home to the Weizmann Institute and a dense agri-tech ecosystem. Most phenomics players in H2020 are academic; Phenom Networks brings a commercially oriented, platform-minded approach to the same problems. For a consortium builder, they offer a direct line to Israeli agri-tech expertise and a tested bioinformatics capability that academic partners often lack in-house.

Notable projects

Highlights from their portfolio

  • G2P-SOL
    The larger of their two projects (EUR 280,000 in EC funding) and the broadest in scope — spanning five Solanaceous crops with a full multi-omics methodology — establishing Phenom Networks as a credible phenomics contributor in European crop genetics.
  • HARNESSTOM
    Demonstrates their ability to pivot from broad platform work to focused applied research, contributing to climate-resilience prebreeding in tomato at a time when heat and drought tolerance have become commercially urgent.
Cross-sector capabilities
Agricultural biotechnology and plant genomics tools applicable to any crop sectorBioinformatics and multi-omics data integration relevant to health and pharmaceutical researchClimate-adaptation trait analysis transferable to forestry and environmental management projects
Analysis note: Only two projects are available, so confidence in the full expertise profile is moderate. The company name and website strongly suggest a phenomics software/platform business, but no direct product documentation was analysed — the bioinformatics platform characterisation is inferred from project keywords and naming conventions. A third project or company website review would substantially improve profile accuracy.