Nexion Biosensor Platform®
Nexion Biosensor Platform® integrates CMOS-compatible MEMS sensing with a modular, reusable, chiplet-based semiconductor architecture to enable continuous, real-time biosurveillance and detection of critical biomarkers, including cytokines and sepsis indicators, across healthcare and biodefense environments.
Designed for scalable, U.S.based manufacturing and secure deployment, the platform combines biocompatible microneedle interfaces, ultra-low power processing, and encrypted data transmission to deliver actionable intelligence for clinical care, home monitoring, and national biosecurity systems.
Nexion Biosensor Platform®
An integrated CMOS-compatible biosensing system enabling continuous, real-time biochemical monitoring in wearable form factors.
Nexion’s chiplet-based biosurveillance architecture integrates CMOS-compatible MEMS biosensing with modular semiconductor electronics to enable continuous, real-time detection of critical biomarkers such as cytokines and sepsis indicators. This scalable system combines biocompatible sensing, ultra-low power processing, and secure data transmission to deliver actionable health intelligence across clinical and biodefense environments.
Nexion Biosensor Platform®
Interfaces with interstitial fluid beneath the skin to enable continuous biomarker sampling. Provides minimally invasive dissolvable micro needle patch, real-time access to physiological data without traditional blood draws.
Nexion Biosensor Platform® Integrates CMOS-compatible MEMS Sensing with Modular, Chiplet-Based Semiconductor Architecture
Nexion Biosensor Platform® integrates CMOS-compatible MEMS sensing with modular, chiplet-based semiconductor architecture to enable continuous, real-time detection of critical biomarkers, including cytokines and sepsis indicators, across healthcare and biodefense environments.
Designed for scalable U.S.-based manufacturing and secure deployment, the platform combines biocompatible microneedle interfaces, ultra-low power processing, and encrypted data transmission to deliver actionable intelligence for clinical care, home monitoring, and national biosecurity systems.
The Nexion Biosensor Platform®
The Nexion Biosensor Platform® integrates CMOS-compatible MEMS sensing technology into real-world, wearable form factors, including intraoral devices and skin-mounted systems, enabling continuous, real-time biochemical monitoring.
Nexion Biosensor Platform®
As shown in the images, the biosensor system can be seamlessly integrated into a mouthguard-based platform, where the embedded chip and semiconductor components operate directly within the physiological environment, enabling continuous data acquisition.
Our Mission Is To Provide
Secure U.S.A. Manufactured Biosensing Platforms
Bio Nexa develops CMOS-compatible, MEMS-enabled bio sensing systems designed for secure U.S. manufacturing and deployment across healthcare and bio defense environments. This mission is accomplished by providing
- Real-time pathogen and biomarker detection
- Scalable semiconductor-based manufacturing
- Secure, domestically produced sensing infrastructure
- Built for national health security, and resilience in critical environment
Bio Nexa + U.S. Based CMOS Microfabrication +
Advanced Biosensing + Secure Domestic Analytic
Bio Nexa develops CMOS-compatible biosensing semiconductor platforms engineered for domestic manufacturability and secure deployment.
Our architecture integrates microfabricated sensing interfaces, mixed-signal semiconductor design, and secure analytics frameworks to support mission-critical health security, biodefense, and civil infrastructure applications.
We prioritize:
• U.S. based wafer fabrication pathways
• Advanced domestic packaging and test integration
• Secure data generation aligned with trusted compute environments
• Scalable manufacturing readiness
By aligning biosensing innovation with domestic semiconductor capacity, Bio Nexa strengthens trusted supply chains and supports national technology resilience objectives.
Bio Nexa
Develops Secure, U.S. Manufactured Semiconductor Platforms for Advanced Biosensing and Health Care Infrastructures
Bio Nexa executes a structured semiconductor integration strategy, advancing CMOS-compatible sensing architectures from wafer fabrication through domestic packaging, test, and secure system deployment. Our platform is designed to expand U.S. microelectronics capacity, reinforce trusted supply chains, and support mission-critical semiconductor applications.
We focus on manufacturable mixed-signal integration, process-compatible sensing interfaces, advanced packaging pathways, and secure analytics environments aligned with domestic semiconductor infrastructure priorities.
Enabling Real-Time Biological Intelligence and Biosurveillance at the Edge of National Security Operations.
Field-Deployable Biosensing for National Security
Bio Nexa is advancing semiconductor-based biosensing platforms designed for deployment in mission-critical and operational environments, including military, emergency response, and public health systems.
Our CMOS-compatible, MEMS-enabled architecture supports:
- Rapid, on-site pathogen detection in field conditions
- Real-time biological threat monitoring
- Portable, low-power sensing systems for austere environments
- Secure, domestically manufactured technology for national resilience
Built for integration into defense, healthcare, and infrastructure systems, Bio Nexa enables faster decision-making and improved situational awareness in environments where timing and accuracy are critical.
Advancing U.S. CMOS Microfabrication for Secure Biosensing Systems
Domestic Semiconductor Platforms for Health Security
"Advancing Health, Innovating Solutions, and Improving Lives"
Bio Nexa Is
Building Application-Driven Demand for U.S. Semiconductor Infrastructure
Bio Nexa develops microfabricated biosensing platforms engineered for domestic manufacturing, trusted integration, and secure deployment.
Our systems are designed to expand high-value use cases for U.S. based semiconductor fabrication, advanced packaging, and secure compute integration.
We focus on practical transition pathways that move advanced chip architectures from concept to scalable domestic production.