imprecise medicine

Beyond One-Size Fits All Medicine

Individuals are frequently prescribed medications at standard doses, yet responses to these drugs can vary significantly, leading to diverse therapeutic outcomes and, in some cases, intolerable side effects. Optimizing the treatment for one or more medications often involves dose adjustments, multiple physician consultations, and repeated laboratory testing. Individuals frequently do not adhere to their medication treatments, complicating outcomes even further.  This ‘trial-and-error’ approach to medication management can be time-consuming, frustrating, and costly, potentially resulting in complications such as emergency care, hospitalization, or a diminished quality of life.

PIONEERING SCIENCE

Creating New Science with Disruptive Technologies

Digital Pharmacokinetics and Pharmacodynamics

Deep Learning and Generative Artificial Intelligence

Personalized Multi-Modal Biomarkers

HOME USE ENGINEERING

Our Cutting-Edge Home Engineering Sets Us Apart​

Reimagining the home as an integral part of healthcare requires a strong focus on consumer-oriented design, intuitive device interaction, and seamless technology integration into daily life.

We embrace the complexity of the dynamic home environment, addressing new sources of variability to ensure solutions are designed for real-world patient use.

Our expertise in edge devices and remote fleet engineering sets up apart in the industry, particularly with AI chip deployment.

Our real integrated clinical and engineering design, we push the boundaries of multidisciplinary innovation and human factors engineering while rigorously meeting FDA and other regulatory requirements.

CUTTING-EDGE ENGINEERING

Novel Oral Solid Drug Delivery Devices Engineering

We had developed unique drug delivery device design and engineering expertise in the following areas:

Engineering precise dispensing systems that release exact doses of oral solid drugs based on individualized dosing regimens.

Developing lock-and-release mechanisms to prevent accidental overdosing or unauthorized access.

Incorporating features such as intuitive interfaces, tactile feedback, voice-guided instructions, or visual indicators.

Embedding sensors within the device to monitor and confirm drug dispensing, timing, and adherence.

Using connected technologies to transmit data to and from mobile applications or cloud-based platforms for real-time tracking and dosing adjustments.

Utilizing smart algorithms and environmental sensors to monitor and maintain optimal conditions for the drug inside the device.

Creating devices with reusable components for sustainability and cost-effectiveness

Developing cost-effective combination product manufacturing enhanced by state-of-the-art vision-based machine learning (ML) quality systems.

INDUSTRY LEVEL INNOVATION

Our Innovation Practice Challenges the Status Quo

Risk-Based Innovation

Our proprietary product development is centered around risk-based innovation practices. This approach strikes a balance between driving innovation and managing risks effectively.

Business Model Innovation

Our business model innovations align multiple stakeholders and streamline the integrated supply chain, reducing inefficiencies from manufacturers directly to patients and providers.