Context

Built for Multi-Layer Discovery Data

Modern discovery relies on multiple interacting biological layers across cell state, target biology, and safety context. Single-source analysis does not capture enough signal for robust prioritization. The Genfoquest platform stack integrates these layers into consistent, decision-ready outputs that can be reused across program stages.

Core Platforms

Three Core Platforms

Our core platform layer is designed for decision support in immunotherapy discovery, from target identification through early risk review.

Platform 01 · Cellular Context

Single-cell Quest

Single-cell and multi-modal omics analysis platform supporting target discovery and biological insight generation.

Primary Platform Role: Cell-State Intelligence for Target Selection

Core Capabilities

  • Multi-omic integration
  • Cell-state and disease insight
  • Target prioritization support
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Platform 02 · Surface Intelligence

SurfACE-MT

Framework for evaluating surface antigen targets across single and combinatorial target strategies with emphasis on biological specificity.

Primary Platform Role: Surface Target Configuration and Ranking

Core Capabilities

  • Surface protein prioritization
  • Multi-target evaluation
  • Context-aware ranking

Platform 03 · Safety Intelligence

Toxicome

Computational safety and risk assessment capability for off-target and immunogenicity signal screening in early-stage discovery.

Primary Platform Role: Early Liability Intelligence and De-Risking

Core Capabilities

  • Off-target risk screening
  • Immunogenicity signal detection
  • Early safety insights

Supporting Layer

Supporting Systems

Additional systems developed to support structured data handling and adjacent operational workflows in research and development environments.

Supporting System 01 · Data Operations

CDMS

Clinical data management system designed to support structured data workflows in research and development environments.

Primary Platform Role: Structured Clinical Data Coordination

Core Capabilities

  • Structured data workflows
  • Cross-team data continuity
  • R&D environment support
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Unified Workflow

Integrated by Design

The modules run as one coordinated platform workflow, with outputs from each stage feeding the next stage in a consistent format.

1

Data Ingestion

Ingest and normalize multi-omics inputs into a common analysis-ready layer.

2

Cross-Modal Analysis

Fuse cross-modal signals to generate coherent biological context profiles.

3

Target Prioritization

Produce ranked candidate targets with standardized scoring and rationale tags.

4

Risk Assessment

Attach early liability and immunogenicity risk indicators to each candidate.

5

Decision Output

Export decision packages for go/no-go review and validation prioritization.

Differentiation

What Makes These Platforms Different

Multi-omic Integration

Evidence is combined across data types instead of relying on one signal source.

Biological Context Awareness

Outputs are interpreted with disease, tissue, and mechanism context in view.

Traceable Outputs

Each output object links to source evidence for reproducible review and audit trails.

Decision Workflow Fit

Designed for milestone workflows with structured outputs, not one-off analytics summaries.

Output Value

What You Get

Standard Platform Outputs

  • Ranked target candidate sets
  • Risk-aware target and modality insights
  • Structured evidence objects for governance review
  • Validation priority recommendations for next experiments

Workflow-Ready Artifacts

Outputs are formatted for portfolio reviews, stage-gate meetings, and partner evaluations with clear rationale and transparent assumptions.

Next Step

Explore the Platform in Practice

See how the platform modules map to target, binder, and risk workflows, or connect with us to evaluate platform fit for your program.