Harbour Medical
Harbour Medical

Powered by the Scientific Committee as its academic engine and driven by the bidirectional data feedback between IND trials and IITs (Investigator-Initiated Trials), Harbour Medical continuously drives the efficient translation of innovative therapies from laboratory to clinic.

HARBOUR MEDICAL

Harbour Medical is the core business platform of Harbour BioMed dedicated to clinical development and medical services, committed to providing end-to-end solutions for global innovative therapies — from early clinical validation through post-marketing studies.

The platform simultaneously undertakes clinical trial programs across Harbour BioMed's full internal product pipeline and provides clinical development services for external partners, encompassing co-development, strategic partnerships, and clinical CRO engagement models.

Powered by the Scientific Committee as its academic engine and driven by the bidirectional data feedback between IITs (Investigator-Initiated Trials) and IND trials, Harbour Medical continuously drives the efficient translation of innovative therapies from laboratory to clinic.

HARBOUR MEDICAL
Clinical Development & Medical Services

Leveraging full-lifecycle clinical development capabilities, the platform efficiently advances internal pipeline candidates from First-in-Human (FIH) through regulatory approval; concurrently, it provides global partners with co-development, end-to-end services, and strategic partnerships — combining professional operations with shared risk to accelerate patient access to innovative therapies.


Internal Clinical Development
Internal Clinical Development

Harbour Medical undertakes comprehensive clinical trial design and execution across Harbour BioMed's internal product pipeline, covering the full lifecycle from First-in-Human (FIH) studies to Pivotal Registration studies, ensuring efficient and compliant advancement toward regulatory submission.

External Partnership Services
External Partnership Services

Providing professional clinical development services for global biopharmaceutical partners, including but not limited to:

  • • Co-Development: Sharing the design, execution, and risk of clinical trials with partners
  • • Clinical CRO Services: End-to-end clinical operations support spanning protocol design, site selection, patient enrollment, data management, and statistical analysis
  • • Strategic Partnerships: Establishing long-term clinical development alliances with academic institutions, biotechnology companies, and pharmaceutical enterprises based on platform strengths
Scientific Committee
Bringing together senior experts spanning a broad range of disciplines — medicine, regulatory affairs, biostatistics, clinical pharmacology, and beyond — to provide high-level scientific guidance and decision support for all clinical programs.
  • Science-Driven

    Grounded in scientific evidence to ensure rigorous trial design, reliable data, and clinically meaningful conclusions

    Science-Driven Science-Driven
  • Cross-Disciplinary Collaboration

    Coordinated review by medical, statistical, pharmacological, and regulatory experts across the full trial lifecycle

    Cross-Disciplinary Collaboration Cross-Disciplinary Collaboration
  • Forward-Looking Innovation

    Tracking frontier scientific advances to drive the application of adaptive designs, real-world evidence, and other innovative methodologies

    Forward-Looking Innovation Forward-Looking Innovation
IND-IIT Bidirectional Drive Model

A bidirectional drive between IND trials and IITs (Investigator-Initiated Trials), accelerating the overall advancement of the product pipeline through scientific insights:

AI-Empowered Full Clinical Trial Lifecycle
Harbour Medical Artificial Intelligence (HMAI) is reconstructing the clinical trial process with AI. From strategy development to regulatory submission, HMAI spans the entire clinical trial lifecycle, delivering up to 50% additional efficiency gains. HMAI is not a point solution — it is an integrated intelligent system covering the four major stages of clinical trial initiation, preparation, execution, and closeout. The acceleration at each stage accumulates progressively, ultimately translating into earlier data readouts and faster paths to market. HMAI also possesses prospective simulation capabilities.
  • Full-Cycle Coverage, Not Point Tools

    Corresponding capabilities span multiple stages from strategy development to regulatory submission, with efficiency gains stacking cumulatively to 50% overall.

  • Time Compression as the Most Prominent Lever

    Key deliverables routinely achieve 2–4× acceleration (e.g., Protocol 8→2 weeks, TFL 8→2 weeks, CSR 1 month→1 week), directly translating into earlier data readouts and accelerated time-to-market.

  • Not Just Faster, But More Accurate and Robust

    Site selection accuracy +30–50%, compliance risk −30%, project delays −30–50%: efficiency and quality improve in tandem.

  • Real-Time Safety and Quality Management

    ICSR entry and document quality checks at minute-level or even second-level granularity, transforming reactive remediation into proactive, real-time control.

  • Prospective Simulation as a Differentiation Moat

    Digital twins advance "cost-efficiency optimization" to "failure rate reduction;" virtual synthetic control arms provide pathways unavailable through traditional methods in rare disease, pediatric, and ethically constrained settings.

AI-Empowered Full Clinical Trial Lifecycle