Portugal Intel Luis Neves Case @EUCouncilPress criminal investigation emails contract

 

https://www.idealista.pt/news/imobiliario/construcao/2026/07/29/76804-construtora-ligada-a-obras-de-luis-neves-esta-no-topo-dos-contratos-da-pj?amp

https://sol.iol.pt/sociedade/noticias/atrelado-emails-da-direcao-da-pj-tramam-ministro/20260821/6a87671e0cf2f6a1a1e74c57

EU NATO US ( Palantir software )batlefield war software list codes github Palantir ( ukraine)

 

https://github.com/dpeerlab/Palantir

https://palantir.github.io/

https://github.com/palantir/defense-sdk-examples

https://www.palantir.com/docs/foundry/map/time-overview

https://github.com/topics/palantir?l=typescript

Finance Stockmarket Intel AI start up investment list

 

Ukraine Intel Brave1 AI batlefield realtime

 https://testinukraine.brave1.tech/

Ukraine Intel fiber optics drones tactics coverage map and speed ( also hv tax finance priveleges)

 https://www.speedtest.net/pt

https://www.theicebreaker.ca/p/ukraine-opens-battlefield-ai-data

Virus code jitter noise injector ( lase beams firewall building NSA)

 import numpy as np

import hashlib

from binascii import hexlify

# ============================================================

# 1. CAPTURA DE INTERFERÊNCIA RF

# ============================================================

def rf_noise(samples=1024):

    # Simula ruído RF capturado pelo host

    noise = np.random.normal(0, 1, samples)

    return hashlib.sha256(noise.tobytes()).digest()

# ============================================================

# 2. BLOCO LINKADO (CHAIN)

# ============================================================

def linked_block(seed: bytes, previous_hash: bytes) -> bytes:

    h = hashlib.sha256()

    h.update(seed)

    h.update(previous_hash)

    return h.digest()

# ============================================================

# 3. HASH DE 3 DÍGITOS

# ============================================================

def short_hash(block_hash: bytes) -> str:

    # converte para hex e reduz a 3 dígitos

    return hexlify(block_hash).decode()[:3].upper()

# ============================================================

# 4. EXECUÇÃO

# ============================================================

# bloco inicial

rf_seed = rf_noise()

prev_hash = b"init"

# gera 5 blocos encadeados

for i in range(5):

    block = linked_block(rf_seed, prev_hash)

    h3 = short_hash(block)

    print(f"Bloco {i+1}: Hash 3 dígitos = {h3}")

    prev_hash = block