Crisp by design
A clean, contemporary drinking experience for work, movement and the moments between.
AQP WATER / A STARTECH PRODUCT
Start with water. Build a smarter relationship with health.
AQP Water brings a proprietary ceramic contact process to an everyday ritual. Each bottle is designed to connect traceable product information with Digital Twin—a personal health digital twin powered by StarOS.
Functional hydration · Ceramic contact process · Batch traceable
AQP WATER
More than refreshment. A considered daily ritual.
AQP combines material science, controlled production and modern product design in the water you choose every day.
Made differently
Water meets a proprietary non-porous ceramic formed from natural clay and iron-rich volcanic sand.
Connected by design
Batch identity and product records create a foundation for provenance, feedback and optional member services.
MADE FOR YOUR DAY
One bottle. Every rhythm.
Morning reset
Start clear and keep AQP within reach as the day begins.
Active hours
A considered hydration companion for movement, travel and training.
Deep focus
A simple ritual for long meetings, creative work and late afternoons.
THE AQP DIFFERENCE
A proprietary ceramic contact process sits at the heart of every bottle.
The material described in AQP research is thermally fused from natural clay and iron-rich volcanic sand, analytically characterised, then introduced into a controlled water-contact process.
Mineral origin
Natural clay and volcanic-region iron-rich sand form the material foundation.
Thermal fusion
Controlled heating creates a stable, non-porous ceramic structure.
Material screening
XRD, TGA and XRF workflows examine structure, stability and elemental composition.
Batch control
Defined contact conditions, water specifications and product records support consistency.
EARLY RESEARCH
Measured in laboratory models. Presented with its limits.
The AQP program studies water permeability and cell responses across laboratory models to guide continued research and product development.
Water permeability
Highest reported increase versus distilled-water baseline in a human-aquaporin oocyte model.
Cell proliferation
Reported increase in a human skin-cell laboratory model over 48 hours.
Cell viability
Reported relative increase in a murine hepatocyte laboratory model after 24 hours.
* Figures come from the company-supplied AQP Water investor presentation and describe laboratory or preclinical model observations, not human clinical outcomes. Continued independent validation is planned.
FROM PRODUCT TO SERVICE
One bottle becomes a trusted digital entry point.
A scan can connect a product moment with approved information, batch verification, feedback and an optional StarTech member relationship.
Scan
Open the approved product experience from the bottle.
Verify
Review batch identity, provenance and available quality records.
Connect
Save feedback and choose whether to create a member profile.
Continue
Bring authorised information into Digital Twin over time.
DIGITAL TWIN
A personal health digital twin designed for continuity.
Digital Twin organises authorised reports, lifestyle records and wearable signals into a traceable, updateable Health Space. It supports trend explanation, periodic summaries and service coordination—not diagnosis or treatment.
Explore Digital Twin01Authorised health-data organisation02Lifestyle and wearable context03Trend explanations and summaries04Human review and service coordination
POWERED BY STAROS
Trusted AI needs an operating system.
StarTech builds and operates StarOS, the trusted Agent operating system coordinating identity, permissions, models, tools, review rules and task credentials around Digital Twin and enterprise systems.
01 / Agent Runtime02 / Identity & permission03 / Human review04 / Task credentials
Explore StarOS EXPERIENCE AQP / BUILD WITH STARTECH
Choose your way into the StarTech ecosystem.
Join the AQP launch list for product updates and tasting opportunities, or talk with us about distribution, enterprise procurement, AI deployment and strategic collaboration.