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    IBM's Quantum AI for Precision Medicine Powered by GNQ Insilico

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    IBM Consulting is offering a targeted personalized therapy solution, built on GNQ’s Insilico’s explainable, auditable causal AI (QBRM) with a multimodal Patient 360 (BioAvatar/BioLens) platform, to provide a real-time, pathway-level biological model of each individual patient to accelerate early safety signal detection, precision oncology decision support, regulator-ready evidence for DSMB/FDA workflows, and in silico trial design with cohort matching. Built on AWS, this enterprise grade platform brings together IBM Consulting’s enterprise AI platform, hybrid cloud infrastructure, and deep life sciences industry expertise, along with GNQ’s quantum-enhanced, AI driven platform to streamline drug development, clinical trial design, and patient-specific treatment optimization with speed, compliance, and precision.

    Overview

    IBM Consulting, in partnership with GNQ Insilico, a California-based precision medicine TechBio company, is bringing the GNQ Suite to market — a quantum-enhanced causal AI platform for drug development, clinical trial design, and patient-specific treatment optimization — delivering defensible, mechanistic evidence that regulators, clinicians, and researchers can interrogate.

    The platform combines:

    • A curated, evidence-weighted biomedical causal knowledge graph
    • Multi-layer causal reasoning, moving from predictive modeling (what is likely to happen) to biologically grounded mechanistic reasoning (how and why it happens) to counterfactual exploration (what if a different intervention were made)
    • Executed through its Quantum Biological Reasoning Model (QBRM)

    This architecture enables interventional and counterfactual reasoning across a large-scale causal graph. At the core is a living, multimodal Patient 360 model (BioAvatar) that integrates:

    • EHR
    • Multi-omics
    • Imaging
    • Digital pathology
    • Streaming data

    Insights are delivered through BioLens, providing explainable and traceable outputs for scientific and regulatory workflows.

    Using this causal framework, GNQ enables:

    • Mechanistic adverse event (AE) hypothesis generation with full causal evidence chains and source provenance
    • Early and low-frequency safety signal detection, improving lead time vs. traditional case accumulation (timing varies by dataset and implementation)
    • Individual patient risk stratification for toxicity prediction and contraindication profiling
    • Resistance trajectory forecasting to support proactive therapy optimization and stratified care
    • In silico trial design and cohort simulation, including eligibility matching to reduce protocol risk
    • Explainable, audit-ready narratives for regulatory and clinical workflows (e.g., IND/NDA, PSUR/PBRER, DSMB reviews, tumor boards)

    Built on AWS leveraging AWS HealthOmics, Amazon EKS, AWS Lambda, Amazon ECR, Amazon S3, Amazon DynamoDB, Amazon RDS (PostgreSQL), AWS Secrets Manager, AWS IAM, and Amazon Bedrock (on roadmap).

    Highlights

    • Benefits include: * Fully HIPAA compliant (US), PIPEDA compliant (Canada) with AWS KMS CMK encryption at rest and in transit, and a 7-year CloudTrail audit log retention. * Causal AI (not black box): Interventional + counterfactual reasoning using Pearl’s Causal Ladder over a large-scale biomedical causal graph * Explainable, audit-ready outputs: Evidence-weighted causal relationships with provenance and traceable reasoning paths
    • * Zero-shot generalization: QBRM can reason about novel targets and combinations without retraining * Precision oncology support: Detect pathway-level changes early and forecast resistance trajectories * In silico trials and trial matching: Cohort simulation and (where supported) automated eligibility inclusion/exclusion matching against active studies * Regulatory and clinical workflow support: Auto-generated explainable narratives for submissions and reviews
    • * True Patient 360 (BioAvatar): Multimodal integration across EHR, multi-omics * Early safety insight generation: Mechanistic detection of low-frequency risks with improved lead time vs traditional methods (context-dependent) * Quantum-enhanced computation for binding and metabolism predictions * Federated, data-sovereign architecture: Secure, institution-centered deployments with multi-site collaboration

    Details

    Delivery method

    Deployed on AWS
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    Stuart Pyle (Stuart.Pyle@ibm.com )

    Mayank Thakkar (Mayank.Thakkar@ibm.com )