Q&A Board

D-YOU is a project dedicated to building the world's first secure, sovereign Digital Brain and its supporting wearable and edge-compute interface ecosystem.

Traditional AI models are trained on statistical patterns of web text to generate text. The D-YOU Digital Brain is a biological replication of a specific individual's neural structures, synaptic weights, and connectomes, designed to behave and respond exactly like their physical mind.

The wearable device acts as your external senses, gathering real-world data (audio, visual, tactile) just like your body. The D-CORE is a secure local hardware hub that processes this incoming sensory data and hosts your personal digital brain model.

No. D-YOU operates on a strict local-first, air-gapped security model. Your neural structures, weights, and sensory logs are stored physically on your local D-CORE hardware, preventing external entities or cloud providers from accessing them.

By eliminating internet dependencies, utilizing physical copper-cut relays on memory buses, and running a proprietary secure microkernel OS that offers mathematical guarantees of process isolation and memory separation.

That's a milestone of D-YOU which haven't been achieved yet we can only tell when the time comes.

We are in Phase I (Local Ingestion). We are currently compiling code for the sensory registers and developing initial hardware prototypes of the D-CORE edge chip validation circuits.

We aim to ship the first developer kits and sensor arrays to our founding backers in late 2026, allowing early developers to start testing local sensory compilation.

Venture capital groups look for commercial data monetization and cloud scaling, which are incompatible with absolute user privacy. Crowdfunding lets us build a completely trojan-free, user-owned digital brain with zero corporate interference.

We will be able to answer it by the end of 2026

Phase III (Long-Term) of our roadmap explores robotic transfer interfaces, enabling users to port their verified digital brain model into dynamic robotic or synthetic substrates.

The system supports physical cold backup modules. You can mirror your encrypted synaptic graphs to a cryptographically sealed offline storage key and restore it to a new D-CORE unit.

It utilizes low-latency microphones and camera sensors configured to compile raw streams into frame-aligned temporal data chunks, which are then passed securely to the D-CORE training register.

No. To prevent legacy kernel exploits and background telemetry, we operate on a custom-designed microkernel that strictly enforces zero cloud dependencies and absolute memory isolation.

No. Each D-CORE hardware unit is built for individual sovereignty and is cryptographically locked to a single biological user profile using physical hardware-enclave keys.

During the user's sleep cycles, the D-CORE enters a physical consolidation phase. It triggers internal relays that physically disconnect external data lines, running offline memory organization and graph compression.

You can back our crowdfunding campaign to secure early developer prototypes, review the whitepaper, or apply for technical positions listed on our Careers page.

No. Since D-CORE has no network stack, default gateways, or cloud pathways, remote exploits are mathematically blocked due to the complete lack of physical network vectors.