Medical Product

Paxxy partnered with IQ to design a market-ready approach for its non-invasive fetal monitoring belt, ensuring the solution balanced consumer needs, medical standards, and technical feasibility while preparing the product for scalable commercialization.

Client
Paxxy

Increase in User engagement (%)

Customer satisfaction score (%)

Success Rate (%)

Duration

Client context & challenge

Paxxy set out to develop a non-invasive fetal monitoring belt capable of tracking vital maternal and fetal health markers such as Fetal Heart Rate (FHR), Maternal Heart Rate (MHR), and fetal movements. However, bringing such a solution to market posed several challenges:

  • Medical compliance requirements: Any solution needed to align with stringent clinical and safety standards to gain credibility and acceptance within healthcare ecosystems.

  • Consumer usability needs: Expectant mothers required a solution that was comfortable, easy to use, and reliable in home and clinical environments.

  • Technical feasibility constraints: Capturing accurate biometric data through a wearable device demanded advanced sensing, signal processing, and hardware feasibility validation.

  • Market readiness uncertainty: Paxxy needed clarity on whether the product addressed real unmet needs and could achieve adoption within healthcare and consumer markets.

A structured approach was therefore required to align user needs, medical validity, and technological practicality before moving toward commercialization.

STRATEGIC insight

IQ identified that successful development of a medical wearable required integrating three critical dimensions simultaneously

  • Consumer expectations and usability requirements.

  • Scientific and medical validation standards.

  • Engineering and technical feasibility.

    • Only by balancing these pillars could Paxxy develop a solution that was safe, usable, scalable, and commercially viable.

    What IQ

    designed & built

    MedTech Industry & Market Landscape Study

    Conducted comprehensive research on the global MedTech landscape, focusing on maternal and fetal monitoring innovations. Analyzed existing solutions, market gaps, adoption patterns, and emerging opportunities within prenatal health monitoring. Assessed regulatory environments and competitive positioning to inform product direction.

    Three-Pillar Insight Framework Development

    IQ designed a structured study framework built around three core dimensions. This integrated framework ensured product development decisions were grounded in practical insights.

    • Consumer Needs Assessment: Evaluated expectations, comfort considerations, usability requirements, and pain points faced by expectant mothers and healthcare providers.
    • Scientific & Medical Standards Alignment: Studied clinical monitoring requirements, accuracy benchmarks, and healthcare compliance standards to ensure medical credibility.
    • Technical Feasibility Analysis: Evaluated sensor technologies, data capture reliability, device ergonomics, and system architecture feasibility.

    Feasibility & Market Viability Studies

    Conducted technical feasibility studies to validate whether the device could reliably capture required biometric signals in real-world conditions. Assessed manufacturing feasibility, scalability considerations, and deployment models. Evaluated commercial potential, target segments, and adoption opportunities within healthcare and consumer markets.

    Proof of Concept & MVP Blueprint Development

    Designed and developed a Proof of Concept (POC) to validate the technical and user experience aspects of the solution. Defined the structure and functionality of a Minimum Viable Product (MVP), ensuring the product could move into pilot and testing phases efficiently. Established foundations for future iterations and product enhancements.

    LEARNINGS & reflections

    1. Medical product innovation requires cross-disciplinary alignment

    Consumer, medical, and engineering needs must converge early in development.

    2. Usability is as critical as accuracy

    Adoption depends heavily on comfort and ease of use.

    3. Feasibility validation reduces product risk

    Early testing ensures technical and commercial viability.

    4. Research-led development improves market fit

    Deep industry and consumer insights lead to better product decisions.

    5. POCs accelerate innovation cycles

    Prototyping enables faster validation and iteration.

    More  case studies