I present "AIONICA FRACTAL STAMPS"
Evolution by layers, without standards, libraries "aion" and own primitives.
I deliver the layer3 init for you to validate, I do not deliver attacks because they could break any structure, but I do deliver validation.
DO YOU UNDERSTAND WHAT I DID? GOOGLE, IBM, I DECIDE NOT YOU...
~/.../modules/nanos_ultra $ cat __init__.py
from typing import Dict, Any
from modules.nanos_base import AION_NATIVE, AION_BASE_MIN, AION_BASE_MAX
from modules.nanos_advanced import AION_ADVANCED_MAX
# Sovereign constants for ULTRA range
AION_ULTRA_MIN = 256 # Minimum evolution from ADVANCED (2048 bits)
AION_ULTRA_MAX = 384 # maximum 3072 bits
# Evolution step: each layer adds 128 bytes
AION_EVOLUTION_STEP = 128
# ULTRA range validation function
def _validate_ultra_length(length: int) -> int:
"""Validates length according to sovereign ULTRA range."""
if length < AION_ULTRA_MIN:
return AION_ULTRA_MIN
if length > AION_ULTRA_MAX:
return AION_ULTRA_MAX
return length
# ========================================================================
# SOVEREIGN EVOLUTION BETWEEN LAYERS
# ========================================================================
# Each layer evolves from the maximum of the previous layer
# BASE_MAX (128) → ADVANCED (256) → ULTRA (384) → SUPRA (512) → OMNI (640)
# ========================================================================
import ctypes
# Load library directly (sovereign, without going through BASE)
_LIB = ctypes.CDLL("./modules/libaion_core.so")
_LIB.aion_svr_hash.argtypes = [
ctypes.c_char_p, ctypes.c_size_t,
ctypes.c_char_p, ctypes.c_size_t
]
def _sovereign_hash(data: bytes, length: int) -> bytes:
"""Direct sovereign hash from the C library."""
out = ctypes.create_string_buffer(length)
_LIB.aion_svr_hash(data, len(data), out, length)
return out.raw
def nb_ultra_evolve(data: bytes, length: int = AION_ULTRA_MAX) -> bytes:
"""
Sovereign ULTRA evolution.
Takes the ADVANCED state (256 bytes) and evolves by adding 128 own bytes.
Total: 384 bytes = 3072 bits.
Args:
data: Data to evolve
length: Desired length (minimum 256, maximum 384)
Returns:
bytes: Evolved data with the specified size
"""
from modules.nanos_base import AION_BASE_MAX, AION_NATIVE
from modules.nanos_advanced import nb_advanced_evolve
# Validate range
if length < AION_ULTRA_MIN:
length = AION_ULTRA_MIN
if length > AION_ULTRA_MAX:
length = AION_ULTRA_MAX
# Step 1: Obtain ADVANCED state (256 bytes)
advanced_state = nb_advanced_evolve(data, length=AION_ADVANCED_MAX)
# Step 2: Evolve by adding own bytes
if length == AION_ULTRA_MAX:
# Generate 128 own bytes and merge
extra_entropy = _sovereign_hash(
data + b"ULTRA_EVOLUTION" + advanced_state,
AION_EVOLUTION_STEP # 128 extra bytes
)
# Merge: ADVANCED (256) + EXTRA (128) = 384 bytes
evolved = advanced_state + extra_entropy
return evolved
else:
# For intermediate lengths
evolved = _sovereign_hash(
data + b"ULTRA_EVOLUTION",
length
)
return evolved
def nb_ultra_evolve_from_advanced(advanced_state: bytes, extra_data: bytes = b"") -> bytes:
"""
Direct evolution from ADVANCED state.
Takes an ADVANCED state (256 bytes) and evolves it to ULTRA (384 bytes).
Args:
advanced_state: ADVANCED state (256 bytes)
extra_data: Optional additional data
Returns:
bytes: Evolved state (384 bytes)
"""
if len(advanced_state) < 256:
raise ValueError("advanced_state must be at least 256 bytes")
# Merge ADVANCED state with extra data and evolve
evolved = _sovereign_hash(
advanced_state + extra_data + b"ULTRA_EVOLVE",
AION_ULTRA_MAX # 384 bytes
)
return evolved
from .ultra_entropy_sentience import UltraEntropySentience
from .ultra_meta_orchestrator import (
UltraMetaOrchestrator,
ultra_meta_orchestrator,
)
from .ultra_state_matrix import UltraStateMatrix
def init_nanos_ultra(
master_key: bytes,
base_bits: int = 2048,
max_bits: int = 3072,
) -> Dict[str, Any]:
# Sovereign validation
if len(master_key) < AION_ULTRA_MIN:
raise ValueError(f"master_key must be at least {AION_ULTRA_MIN} bytes ({AION_ULTRA_MIN*8}-bit)")
base_bytes = base_bits // 8
k_sentience = AION_NATIVE.quick_mix(
master_key + b"ULTRA_sentience_KEY",
length=base_bytes,
)
k_orchestrator = AION_NATIVE.quick_mix(
master_key + b"ULTRA_orchestrator_KEY",
length=base_bytes,
)
k_matrix = AION_NATIVE.quick_mix(
master_key + b"ULTRA_matrix_KEY",
length=base_bytes,
)
instances = {
"sentience": UltraEntropySentience(
k_sentience,
base=base_bits,
max=max_bits,
),
"orchestrator": UltraMetaOrchestrator(
k_orchestrator,
base=base_bits,
max=max_bits,
),
"matrix": UltraStateMatrix(
k_matrix,
base=base_bits,
max=max_bits,
),
}
for i in range(len(master_key)):
master_key[i] = 0
del k_sentience, k_orchestrator, k_matrix
return instances
__all__ = [
# Range constants
"AION_ULTRA_MIN",
"AION_ULTRA_MAX",
"AION_EVOLUTION_STEP",
"_validate_ultra_length",
# Evolution functions
"nb_ultra_evolve",
"nb_ultra_evolve_from_advanced",
"_sovereign_hash",
# Classes
"UltraEntropySentience",
"UltraMetaOrchestrator",
"UltraStateMatrix",
# Instances
"ultra_meta_orchestrator",
# Functions
"init_nanos_ultra",
]
~/.../modules/nanos_ultra $
