ZYNVOLTZ PRIVATE LIMITED

Detailed Product & Technical Specification Dossier

1. Product Overview & Architecture

The Zynvoltz Remote Patient Monitoring (RPM) platform is an institutional-grade, privacy-first healthcare telemetry system designed to bridge continuous clinical observation with local, zero-cloud edge processing. Unlike commercial consumer health wearables that route sensitive biometric data through vulnerable foreign cloud servers, our system ensures absolute patient data sovereignty by processing all vital telemetry locally within the patient's premises.

The architecture is built on a seamless two-tier secure network:

• Tier 1 (Clinical Endpoints): Advanced, low-power wearable and bedside medical-grade sensors capturing vital signs and biotelemetry.
• Tier 2 (Sovereign Gateway): Secure wireless mesh connection bridging clinical sensors directly to the Zynvoltz Smart IoT Hub, powered by indigenous C-DAC VEGA RISC-V silicon and running our localized embedded OS (Aether OS).

2. Core Product Specifications

Continuous Remote Patient Monitoring (RPM) Node

• Primary Function: Continuous, real-time tracking of critical chronic care and post-operative vitals for home-bound or step-down hospital patients.
• Sensing Parameters:
  • Optical pulse oximetry ( SpO₂ ) and continuous heart rate telemetry via medical-grade optical sensors 
  • Continuous cutaneous temperature monitoring and multi-lead ECG rhythm tracking.
• Local Edge Processing: On-device signal filtering, motion artifact suppression, and threshold-based anomaly detection executed entirely at the edge without cloud roundtrips.

3. Security, Sovereignty & Connectivity

• Sovereign Silicon Core: Powered by domestic C-DAC VEGA RISC-V processor frameworks via the connected Smart IoT Hub, eliminating foreign hardware backdoors and supporting national self-reliance mandates.
• Zero-Cloud Data Privacy: Patient health records and real-time vital streams are encrypted and processed locally on the secure gateway, ensuring compliance with strict healthcare privacy frameworks.
• Robust Mesh Networking: Utilizes secure multi-protocol Matter & Thread wireless standards to guarantee uninterrupted, low-latency connectivity between wearable endpoints and the Smart IoT Hub even in high-interference home environments.

4. Clinical & Operational Value Proposition

• Zero Latency & High Reliability: Eliminates reliance on external cloud stability, ensuring instantaneous local alerts for critical vital drops.
• Interoperable Healthcare Grid: Easily integrates with hospital electronic health record (EHR) systems via local secure APIs while keeping raw biometric data containerized on-premise.
• Cost-Effective Scalability: Modular architecture allows healthcare providers to deploy robust, secure continuous monitoring at a fraction of traditional proprietary telemetry costs.