Lume v1.1.0 — Formally Verified Systems, AI & Quantum Programming Language (Edition 2026)

Lume v1.1.0 — Edition 2026

Formally Verified Systems, Artificial Intelligence, Cyber-Physical & Quantum Programming Language

README.md · QUALIFICATION_DOSSIER.md (PASS) · Audit Report (PT-BR) · Official Wiki · Project Board (PROJECTS.md) · LumeLabs (LUMELABS.md) · Community (COMMUNITY.md) · Manual (EN) · Manual (PT-BR) · CHANGELOG.md

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Executive Summary & Resumo Executivo (EN / PT-BR)

English — Institutional Overview

Lume (v1.1.0, Edition 2026) is a statically typed, formally verified systems, artificial intelligence, cyber-physical, and quantum programming language created by Ricardo Bueno (@OmegaSoftDLL). Engineered from first principles for both human systems engineers and autonomous AI agents, Lume enforces machine-checked mathematical correctness from source-level refinement contracts (requires, ensures, invariant, law, @bound, @no_alloc, @secret) all the way down to emitted native machine instructions.

Unlike conventional language toolchains that depend on external C/C++ compiler back ends, system assemblers, or unverified runtime helpers, Lume's production compiler, assembler, theorem prover, translation validator, MC/DC coverage analyzer, cryptographic stack, and developer tools are written 100% in Lume itself:

• Auditable Seed & Diverse Double-Compilation (DDC): Bootstrap originates from a minimal, frozen ~4.8k-LoC C11 interpreter and ELF64 emitter locked by bootstrap/lume0/SEED_FREEZE.sha256. Following David A. Wheeler's Diverse Double-Compilation, building the self-hosted toolchain through independent C compilers (cc and clang) converges to the exact same bit-identical native compiler binary (0 byte difference).
• Zero-C Self-Hosted Steady State (lumec == lumec2 == lumec3): Lume compiles, assembles, links, formats, tests, proves, and packages itself in ~3.8 s (lumec-linux-x86_64 SHA-256 2a32911ee74c39b1…) with all external C compilers and system assemblers/linkers blocked (lume zero-c).
• Clean-Room Mutual Assurance: No single component acts as an unexamined root of trust. Compiler proofs (lcaas.src) are independently re-checked by a zero-compiler-import proof kernel (lcert.src); emitted x86-64, AArch64, and RISC-V binaries are symbolically validated against AST semantics (ltv.src, ltv_multiarch.src, ltv_rt.src); .smt2 obligations are verified unsat by both a clean-room native solver (lsmt.src) and z3; structural Masking MC/DC is confirmed on real native binaries (lmcdc.src, 0/9,618 uncovered conditions); and critical control kernels run in 2oo2D dual-channel lockstep (lsafety_envelope.src) against a clean-room RV32IM compiler (lrv32_lowered.src) sharing 0/3,169 functions with lumec.

Português (PT-BR) — Resumo Executivo

A Lume (v1.1.0, Edição 2026) é uma linguagem de programação estaticamente tipada e formalmente verificada para sistemas críticos, inteligência artificial, controle ciberfísico e computação quântica, criada por Ricardo Bueno (@OmegaSoftDLL). Projetada desde os primeiros princípios para engenheiros de sistemas e agentes autônomos de IA, a Lume impõe correção matemática verificada por máquina desde contratos de refinamento no código-fonte até as instruções nativas emitidas em binário.

Toda a cadeia produtiva da Lume opera em regime 100% auto-hospedado Zero-C (lumec == lumec2 == lumec3 em ~3,8 s), ancorada por Diverse Double-Compilation (cc vs clang convergindo para o mesmo binário SHA-256 com 0 bytes de diferença) e verificação mútua clean-room: provador estático embarcado OmniProof-v4 (1.682 obrigações formais provadas em 16 baterias, 0 refutadas ou pendentes em runtime, 372 testes unitários e 122 domínios soberanos), validação simbólica de tradução binária (ltv em 694 funções + ltv_rt nos 18/18 helpers de runtime + checagem .smt2 unsat em lsmt e z3), cobertura estrutural Masking MC/DC com 0/9.618 condições descobertas, 118 kernels criptográficos constant-time [C0011] (TLS 1.3, X.509v3 Ed25519 e entropia NIST SP 800-90B), envelope de segurança 2oo2D clean-room RV32IM (87.224 falhas injetadas → 0 não detectadas), runtime de memória atômica em 4 níveis (31,8× mais rápido e 2.733× menos RAM), interoperabilidade poliglota Camaleão para 9 ecossistemas ([I0003]), dossiê de qualificação assinado (lume qualify PASS: 106/106 sondas e 21/21 gates) e compilação nativa direta para 27 arquiteturas.

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What Ships in Lume v1.1.0 — Six Institutional Engineering Pillars

1. 100% Self-Hosted Zero-C Compiler, Assembler & Tooling (lumec == lumec2 == lumec3)

• Bit-Identical Triple-Bootstrap Fixpoint (~3.8 s): Modular self-hosted compiler passes (compiler/stage1/lume/) compile to lumec1 == lumec2 == lumec3 (0 byte diff, SHA-256 2a32911ee74c39b146cba4976ae12644725e8414d262a89847a5328ebfd386e6) with external C toolchains and linkers disabled (lume zero-c).
• Byte-Verified Multi-Container Native Assembler (lasm.src): Direct binary emission for ELF64, PE32+, Mach-O 64, AVX2 VEX, AVX-512 EVEX, and DWARF v4 debug tables (.debug_info, .debug_line, .symtab), differentially verified byte-for-byte against GNU as across 39,968 generated instructions (1,467 alternate-encoding disassembly-identical lines and 176 malformed lines rejected with [L0001]).
• Manifest Integrity & Zero-Drift CLI Control Plane (lume_driver.src, lcli.src): 134 SHA-256-locked manifest files (MANIFEST.sha256 audited via lume self verify) and 114 table-driven CLI commands (226 command and alias surfaces with 0 parity drift enforced by lume cli-parity).
• Integrated Developer Protocol Suite & Bilingual Manuals (linteractive.src, lmanual.src): Native JSON-RPC LSP (lume lsp --stdio), DAP (lume dap --stdio with DWARF v4 line mapping and deterministic stepBack replay), MCP (lume mcp), interactive REPL (lume repl), canonical formatter (lume fmt), and built-in 10-chapter EN / PT-BR programmer's manuals (lume manual / lume manual --pt).

2. Multi-Theory Static Theorem Prover & Proof Kernel (OmniProof-v4)

• Embedded OmniProof-v4 Verification Suite (lume self-prove): Discharges 1,682 proven formal obligations across 16 proof batteries with 0 runtime-checked or refuted obligations, 372 unit tests, and 122 sovereign domains.
• Multi-Theory Decision Procedures (lcaas.src):
  • QF_LIA: Exact rational/integer Fourier-Motzkin variable elimination, integer cutting planes, and independently checkable Farkas dual witnesses.
  • QF_NIA: Non-linear polynomial Horner/Bernstein bounding envelopes and native quadratic square-completion.
  • **QF_BV, Octagons, Separation Logic & WCE...

Lume v1.0.0 — Official Production-Ready Release (Edition 2026)

Lume v1.0.0 — Official Production-Ready Release (Edition 2026)

Lume is 100% complete, self-hosted, and formally verified across Phases 0–5, Inflection Stages A–D, and Waves 1–10.

Highlights

• 100% Self-Hosted Zero-C Steady State (stage2 == stage3): lumec, lasm, lmod, lcaas, lcert, lfmt, ltest, and lume_driver compile themselves bit-for-bit (0 diff) in ~3.8s (28.3x speedup).
• 10/10 Developer Experience (DX):
  • Nested layout-sensitive match (let ... in match, if ... else match) + inline braced match x { ... }
  • String interpolation f"...{expr}..." and "${expr}"
  • Left-associative |> pipe operator
  • Functional record updates { s with field: val }
  • Top-level const declarations & let/var destructuring for tuples let (a, b) = ..., records let {x, y} = ..., and constructors let Cons(h, t) = ...
• Complete Mathematical Verification (396/396 obligations in lume self-prove):
  • QF_LIA Fourier-Motzkin with integer cutting-plane tightening (tighten_h)
  • Nonlinear QF_NIA Positivstellensatz & shifted bilinear monotonicity (x - y) * (z - lb) >= 0
  • QF_BV, Separation Logic, [K0005] W^X DMA protection, [K0006] kernel stack bounds, [C0009] constant-time crypto guard, and standalone lcert proof verification (100% Lume Verified)
• Sovereign Quantum Nexus Engine (lume_quantum_nexus_engine.src):
  • Silq-style linear Qubit type checking ([Q0001]) & automatic $U^\dagger$ ancilla uncomputation ([Q0002], qfree)
  • QuiZX/PyZX ZX-Calculus spider fusion & $7\times$ $T$-count reduction
  • Google Stim $O(n^2)$ stabilizer tableau simulator (GHZ_8)
  • Rotated Surface Code [[9, 1, 3]] topological QEC (27/27 Pauli errors corrected) & Catalyst exact parameter-shift VQE + .qbin hardware pulse synthesizer
• 27 Universal Targets & Store/Boot Packagers: x86_64, aarch64, riscv64, wasm32, Windows PE64, macOS Mach-O (aarch64 Apple Silicon & x86_64 Intel), Android .apk, iOS .ipa, Bootable .iso, UEFI .efi, CUDA PTX 8.0, Vulkan SPIR-V 1.6, Verilog/VHDL RTL, OpenQASM 3.0, and Quaternary DNA.
• Built-In Bilingual Manual (EN & PT-BR): lume manual / lume manual --pt / lume help.

SHA-256 Checksums (SHA256SUMS — All 6 Platforms)

47c831d7dbc1ca1dcfef775b2441bdf3be57c58e0c6d1d6f3ab91a4ae6006cd0  lume-v1.0.0-linux-x86_64.tar.gz
a719b97d79f3017a590a90db229f7bfe55a4b73f0ba35078697788e7e04a0387  lume-v1.0.0-linux-aarch64.tar.gz
07ea5258eb95492ba2b561e35d7a9523c55cfc6e654ecf82411ff3325763f4c3  lume-v1.0.0-linux-riscv64.tar.gz
2109ccaa06ee1ca758960929ea378d869e52b4b086072ced1c101f2c80eaf44c  lume-v1.0.0-macos-aarch64.tar.gz
d98052d47d87195b4cf33acf5b91073dd5aeff7b2c9e6a36715c1726d2021b89  lume-v1.0.0-macos-x86_64.tar.gz
b8db1dfbe5496c64888b5284803eb70dd242d177a44b71a708cfd794bf707e3d  lume-v1.0.0-windows-x86_64.tar.gz
47c831d7dbc1ca1dcfef775b2441bdf3be57c58e0c6d1d6f3ab91a4ae6006cd0  lume-v0.3.0-rc.3-linux-x86_64.tar.gz
2109ccaa06ee1ca758960929ea378d869e52b4b086072ced1c101f2c80eaf44c  lume-v0.3.0-rc.3-macos-aarch64.tar.gz
d98052d47d87195b4cf33acf5b91073dd5aeff7b2c9e6a36715c1726d2021b89  lume-v0.3.0-rc.3-macos-x86_64.tar.gz
b8db1dfbe5496c64888b5284803eb70dd242d177a44b71a708cfd794bf707e3d  lume-v0.3.0-rc.3-windows-x86_64.tar.gz
dd1cbec1a4bd70e2eeae88e93bbef28f955c3ae2921f7856f971935cac277077  lumec-linux-x86_64
60c561fe58854068567bc94f369424609d49255505e14fb9b5025a627b5b6381  lasm-linux-x86_64