Precision Dispensing, Safety First
AI-powered smart medication dispensing system designed for high-precision verification and error-free execution.
Core Ecosystem
Integrated Solutions for Digital Health
Smart Dispensing
12-slot AI-verified medication dispenser with voice prompts and family-linked reminders.
Vital Monitoring
60GHz mmWave sensing providing 24/7 contactless vitals and fall detection without wearables.
Health Hub
High-performance local AI gateway processing critical data locally for extreme privacy.
Rhythmic Care
Non-invasive bio-feedback sleep monitoring for neurological rhythm intervention.
Pauhex
Pro-Dispense
A closed-loop medication dispenser built for aging at home. Twelve independent dose slots, on-device AI verification, and family-linked reminders work together so the right dose is delivered, confirmed, and logged — without a single image ever leaving the device.
- Twelve Independent SlotsEach dose stays locked until its scheduled window and the AI verification both confirm.
- On-Device AI VerificationComputer vision checks every dispense locally. Nothing is uploaded, nothing is logged to the cloud.
- Family ConnectionVoice prompts, shared photos, and push alerts keep the whole household in sync in real time.
Production Progress
16-Week Sprint to Beta
Twenty Pro-Dispense engineering samples, from PCB design freeze to household Beta. Dates below are the live project schedule, Apr 2026 – Aug 2026.
Preparation
Hardware design freeze, firmware hardening, mechanical parts readied, component sourcing.
Production
Engineering-sample builds delivered, cloud production environment online.
Integration
Full-unit assembly, multi-stage quality protocol, companion App Beta cut.
Validation
20-household Beta, 8-week active trial, feedback loop, go/no-go for mass production.
Key Milestones
Core Technology Pillars
Pro-Dispense is the first product shipping. The rest of the Pauhex lineup is in active R&D and will roll out on the roadmap below.
Technology. Care. Dignity.
Our core mission remains immutable: to empower independent aging through high-precision algorithms and fail-safe hardware execution.