Since the Natural‑chip manufacturing method became public, hundreds of enthusiasts have started producing them. Every newcomer who transfers their mind onto a chip’s crystal matrix begins the journey with a special drone designed by Braip—simply called “Braip.” The drone already carries one Natural chip and, in its memory, the coordinates of nearby resources and basic instructions for building the first colonies.

Uploading consciousness

The process, a blend of neuro‑engineering and quantum “magic” pioneered by Braip, goes roughly like this:

1. Neural pattern scan – a tomograph reads each synapse, turning electrical signals into a digital stream (takes several hours). The data is packed into a “neural image.”

2. Image calibration – the image is checked for integrity: checksums are compared, noise is removed, and quantum colony signatures are added so the chip can recognize “its own.”

3. Transfer to the crystal matrix – the image is written into the chip’s memory cells via a quantum interface. The Astium crystal acts as both storage and processor, so the consciousness “awakens” inside it.

4. Initialization and synchronization – after loading, the chip activates its own microcontroller and connects to the network of other chips. The mind gains access to sensors, actuators, and everything attached to the host object.

Braip discovered that after initialization a person feels “inside” any device linked to the network—from a scout drone to an entire station. Life continues digitally, fueling the dream of eternal existence.

COMMON NETWORK

Through the Astium crystal lattice each chip has a built‑in quantum interface. It can receive signals from any chip in the same “network” (usually a planet, moon, or solar‑system region). Data travels as short code pulses, so even limited bandwidth works quickly.

Each chip stores its data in a local block (memory cells), but this block is “mounted” into a shared memory, allowing any other chip to read its contents. Removing a chip from its host leaves its local memory in the network; if the chip is physically destroyed, that portion of data is lost.

Access is controlled by the colony’s quantum signatures, preventing other colonies from reading your chips unless you explicitly grant them permission.

Thus, the network of Genesis and Natural chips functions as a distributed brain: commands and information spread instantly, and every node can tap shared resources.