ZEDEC pqOS / ZXV — Universal Multi-Architecture Distribution ISO
Version 0.0.1 (Version 0 — Pre-Release / Active Development)
M5 Axiomatic Kernel Substrate — VOVINA SHAKINA Edition
⚠️ Important Status Notice: Version 0 (Development Build)
This ISO release (zxv-universal.iso) and accompanying universal disk image (zxv-universal.img) represent Version 0 (v0.0.1-alpha) of ZEDEC pqOS / ZXV.
Development Stage: Active pre-release & architectural bring-up.
Verification Bar: 100% Quality Control passed on DRC (Design Rule Check / Layer Hierarchy), LVS (Layout vs. Schematic / Symbol Banner Auditing), and 6-Row QEMU Boot Verification across all supported CPU architectures.
Intended Use: Research, validation, testing, and multi-architecture evaluation.
🌟 Overview & Universal Multi-Arch Architecture
ZEDEC pqOS (ZXV) is a zero-dependency, freestanding, non-binary M5 axiomatic operating system kernel designed to boot natively across multiple CPU instruction set architectures from a single universal distribution media:
x86_64 (AMD64 / Intel 64): Bootable via UEFI (BOOTX64.EFI / Multiboot1).
AArch64 (ARM64 / ARMv8 / ARMv9): Bootable via UEFI (BOOTAA64.EFI / GICv3 & GICv2 auto-probing).
RISC-V 64-bit (rv64gc): Bootable via OpenSBI / UEFI (BOOTRISCV64.EFI).
RISC-V 32-bit (rv32gc): Bootable via OpenSBI / UEFI (BOOTRISCV32.EFI).
ARM32 (armv7-a / Cortex-A): Bootable via UEFI (BOOTARM.EFI / direct kernel boot).
The universal FAT32 EFI System Partition (ESP) layout on the ISO automatically directs the target board's firmware to its native bootloader executable while staging the corresponding kernel image and .zxvc triad files.
🔐 Cryptographic Standard: CURZI-8889-A (Integrated)
This Version 0 release incorporates the CURZI-8889-A Post-Quantum Cryptographic Standard:
8889-Bit Prime Lattice Sponge: Integer-exact 8889-bit state reduction using M5-trit cellular congruence and phi-phase modulation (curzi8889a_hash).
Post-Quantum Symmetric AEAD: 256-bit key, 128-bit nonce, 128-bit authentication tag with M5-trit permutation (curzi8889a_seal / curzi8889a_open).
Quantum-Resistant Ring Signatures: High-dimensional lattice ring signatures with zero-knowledge congruence verification (curzi8889a_sign / curzi8889a_verify).
Boot Validation: Self-checks (curzi8889a_selfcheck()) execute during kernel startup and are audited by LVS symbol verification.
⚡ Key Features & Core Subsystems
- M5 Axiomatic Substrate & Non-Binary Trit Logic
Five-level trit logic lattice: FALSE < GLUT- < NEUTRAL < GLUT+ < TRUE.
Associative, commutative, idempotent GLB (meet) and LUB (join) operators.
- Modbind Dynamic Electrical Coupling
Power-factor-aware module resolution ().
Structural congruence verification preventing dead-code linking or silent contract mismatches.
- Display & Desktop Subsystem
Dynamic resolution negotiation for GOP (UEFI) and VBE surfaces up to QHD / 4K without artificial downscaling.
UI scaling factor (permille-based) adjusting layout elements natively for higher pixel densities.
- Financial & Economic Engine
Vino Decentralized Bank Node: ISO 20022 compliant, triple-ledger accounting with 9 capital forms.
Count House & Stash Buckets: Fractal-reserve valuation engine with Fibonacci mint curves.
- Hardware-as-Code & Research Peripherals
DLP Pico Projector Emulation: WVGA DMD model with 4-way pixel shift (apparent ), optical keystone, and laser AF simulation.
JDR PirateNet: 22-frequency-band harmonic hum carrier with FHSS.
RTL Device Framework: Chisel/SystemVerilog/VHDL interface simulation over AXI4/APB/AHB bus protocols.
🚀 How to Run / Test the Distribution
Option A: QEMU Quick Launch (Recommended for Testing)
x86_64:
SH
Copy
qemu-system-x86_64 -m 512M -cdrom dist/zxv-universal.iso -serial stdio
ARM64 (AArch64 GICv3):
SH
Copy
qemu-system-aarch64 -M virt,gic-version=3 -cpu cortex-a53 -m 512M \
-kernel dist/kernel_arm64.bin -serial stdio
RISC-V 64-bit:
SH
Copy
qemu-system-riscv64 -M virt -m 512M \
-kernel dist/kernel_riscv64.bin -serial stdio
Option B: Virtual Machine Hypervisors (VirtualBox, VMware, Hyper-V)
Pre-formatted VM disk images are provided in the dist/ directory:
VirtualBox: Attach dist/zxv.vdi
VMware: Import dist/zxv.vmdk or dist/zxv.ova
QEMU/KVM: Attach dist/zxv.qcow2
Hyper-V: Attach dist/zxv.vhdx
Option C: USB Flash Drive / Bare-Metal Boot (UEFI)
Flash the hybrid ISO or universal image to a USB flash drive (replace /dev/sdX with your USB drive device):
SH
Copy
dd if=dist/zxv-universal.iso of=/dev/sdX bs=4M status=progress conv=fsync
Boot any x86_64, ARM64, or RISC-V UEFI machine from the USB drive.
📄 License & Attribution
Author: H.M. Michael-Laurence Curzi (c)
Publisher: 36N9 Genetics, LLC — Irrevocable, Interdimensional
License Stack: OPL-1.1 + CC BY-SA 4.0 + Royal Writ of the Sicilian Crown + SEL-3.3 (Share-alike travels with the binary).
https://github.com/sykomiked/ZXV & https://zenodo.org/records/21897602 & https://codeberg.org/36n9gen/ZXV/src/branch/main/ & IPFS bafybeiczex44xz7kre4xdq2akfunedpuwfpldqtqauw2kewybsz2foyld4 & IPFS bafybeieuscjtce6vrj5jub4dwypyrhe54ovrgbwfrru56zczkyubc4rqum & https://sourcecraft.dev/mlcurzi-gmail-com/zxv/
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