index

Lume v1.1.0 — Official Language Manual & Architecture Encyclopedia

Compile-Time Mathematical Verification (OmniProof-v4) · 100% Self-Hosted Zero-C Compiler (stage2 == stage3) · 118 [C0011] Constant-Time Crypto Kernels · 2oo2D Clean-Room Safety Envelope · 9-Ecosystem Chameleon FFI · 27 Target Architectures

---

Overview — What Lume Is & How It Is Engineered

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). Lume is engineered from first principles so both human systems engineers and autonomous AI agents can write expressive high-level code whose mathematical contracts, memory discipline, constant-time cryptography, and emitted native machine code are verified end to end.

Lume's entire production toolchain is written 100% in Lume itself (compiler/stage1/):

1. Auditable Seed & Diverse Double-Compilation (bootstrap/lume0/): Bootstrap starts from a frozen ~4.8k-LoC C11 interpreter and ELF64 emitter locked by bootstrap/lume0/SEED_FREEZE.sha256. Under David A. Wheeler's Diverse Double-Compilation (DDC), building the self-hosted compiler via independent C compilers (cc and clang) converges to the exact same SHA-256 native compiler binary (0 byte difference).
2. Zero-C Self-Hosted Steady State (lumec1 == lumec2 == lumec3): Lume compiles, assembles, links, formats, tests, proves, and packages itself in ~3.8 s with cc, clang, as, and ld completely blocked (lume zero-c), verified across 134 SHA-256-locked manifest files (MANIFEST.sha256) and 114 table-driven CLI commands (226 command & alias names, 0 parity drift).
3. Clean-Room Mutual Assurance: Compiler obligations (lcaas.src) are independently checked by a zero-compiler-import proof kernel (lcert.src --check-source); emitted x86-64, AArch64, and RISC-V assembly is symbolically validated against AST semantics (ltv.src, ltv_rt.src, ltv_multiarch.src) and exported to .smt2 certificates checked unsat by both Lume's clean-room solver (lsmt.src) and external z3; structural binary coverage reaches 0/9,618 uncovered Masking MC/DC conditions (lmcdc.src); critical functions execute in 2oo2D dual-channel lockstep (lsafety_envelope.src) against a clean-room RV32IM compiler (lrv32_lowered.src) sharing 0/3,169 functions with lumec; and the entire chain is attested by an Ed25519 + X.509v3-signed Tool Qualification Dossier (lume qualify — PASS).

---

Official Lumi Mascot, Brand Identity & App Icon Gallery

Lumi — Bioluminescent Chameleon Mascot	9-Ecosystem Chameleon Lambda Emblem	Official 3D App & Desktop GUI Icon	Harmonized Vector Crest
docs/assets/lume-mascot.jpg	docs/assets/lume-chameleon-emblem.jpg	docs/assets/lume-icon.jpg (lume.ico)	docs/assets/lume-mascot-badge.svg

---

Complete Wiki Directory (10 Institutional Chapters)

Wiki Page	Focus Area	Key Verified Capabilities
Installation & Setup	Cross-platform setup, containers, AI skills & source bootstrap	install.sh, install.ps1, Homebrew, GHCR OCI, skills/lume, 134 manifest files, lume qualify --verify
Language Tour & Ergonomics	Contracts, affine ownership, effects, real-time & CT types	requires/ensures/invariant/law, own/&T/&mut T, / pure [E0200], @no_alloc [E0210], @secret [C0011], .intent
Formal Verification & Prover	Embedded OmniProof-v4 multi-theory solver & lcert kernel	1,682 proofs, 372 tests, 122 domains; QF_LIA Farkas duals, QF_NIA Horner/Bernstein, < 10 ms cache, --check-source
Binary Assurance, Crypto & Qualification	Machine-code TV, clean-room SMT, MC/DC, CT crypto & 2oo2D	694 ltv fns, 18/18 ltv_rt, 100% .smt2 unsat, 0/9,618 MC/DC, 118 [C0011] CT kernels, 87,224-fault 2oo2D, lume qualify PASS
Memory Saga & Atomic Compactor	4-Tier runtime, Perceus cell reuse & demand-paged LZ1	31.8× faster b_loop, 2,733× less RAM b_str, 63b unboxed int + 7B inline UTF-8, 24 B Cons, 43-class GC
Universal Chameleon Engine	9-ecosystem [I0003] FFI, LumePuter VM & Singularity $\Omega$	256/256 proofs, 160/160 ltv, 0/2,392 MC/DC, C --preprocess, DLPack zero-copy, epoch guards, Bayesian SPC/CUSUM/PAVA
27 Compilation Targets	Native OS binaries, Win64 GUI, GPU, RTL, neural & quantum	ELF64, PE32+, 33,792 B Win64 GUI, Mach-O, ARM64, RV64/RV32, WASM, .safetensors, PTX, SPIR-V, Verilog/VHDL, QASM3, APK/IPA/ISO/UEFI
LumeLabs & Community Hub	7 research divisions, v1.2.0 hardware horizon & governance	Silicon 2oo2D lockstep, HSM signing, Lean 4 metatheory, multi-node Omega-Mesh, EN/PT-BR community RFCs
Guia Completo (PT-BR)	Manual institucional completo em Português do Brasil	Instalação, sintaxe, OmniProof-v4, garantia binária ltv/lmcdc, 118 kernels CT, 2oo2D, memória 4-Tier, Camaleão e 27 alvos

---

Compiler & Mutual Assurance Pipeline

flowchart TD
    SRC["Source (.src) + Contracts (requires / ensures / invariant / law / @bound / @no_alloc / @secret)"] --> FE["1. Frontend & Comptime (01_lexer .. 04_parser_decls)"]
    FE --> TY["2. Type, Ownership, Effect & Secret Analysis (06_typecheck · own_flow · 06b_phase3)"]
    TY --> PRV["3. OmniProof-v4 Theorem Prover & Proof Cache (lcaas · lproof_cache < 10 ms)"]
    PRV --> KRN["Independent Zero-Import Proof Kernel (lcert --check-source [K0005, K0006])"]
    PRV --> CG["4. Native Codegen & Direct Assemblers (05_codegen · lasm · larm64 · lriscv · ltarget)"]
    CG --> TV["Symbolic Binary Assurance (ltv 694 fns · ltv_rt 18/18 · lsmt + z3 100% unsat)"]
    CG --> MCDC["Structural Coverage & Stack Bounds (lmcdc 0/9,618 uncovered · lstack)"]
    CG --> ENV["2oo2D Lockstep Envelope (lsafety_envelope vs clean-room lrv32_lowered)"]
    KRN --> QUAL["Signed Tool Qualification Dossier (lume qualify PASS · 106/106 Probes · 21/21 Gates)"]
    TV --> QUAL
    MCDC --> QUAL
    ENV --> QUAL

Loading

Pillar	Core Modules (compiler/stage1/)	Machine-Verified Guarantee
1. Zero-C Self-Hosted Compiler	lume/01_lexer.src .. 07_driver.src, lasm.src, lmod.src, lcli.src	lumec == lumec2 == lumec3 (0 diff) + Wheeler DDC (cc vs clang); lasm byte-identical against GNU as across 39,968 instructions; 114-row CLI parity (0 mismatches)
2. OmniProof-v4 & lcert Kernel	06_typecheck.src, 06b_phase3.src, lcaas.src, lcert.src, lproof_cache.src	1,682 obligations across 16 batteries (0 runtime/refuted), 372 tests, 122 domains; QF_LIA Farkas duals, QF_NIA Horner/square-completion, < 10 ms proof cache, lcert --check-source
3. Binary Assurance, MC/DC & 2oo2D	ltv.src, ltv_rt.src, lsmt.src, lmcdc.src, lstack.src, lsafety_envelope.src, lrv32_lowered.src, lqualify.src	694 ltv functions (687/687 branch correlation), 18/18 runtime helpers, 100% .smt2 unsat, 0/9,618 uncovered MC/DC, 87,224-fault 2oo2D RV32IM lockstep, signed lume qualify PASS
4. 4-Tier Atomic Memory Runtime	own_flow.src, runtime_core.lume, arena.src, capsule.src	.rodata singletons, 63-bit unboxed ints + 7-byte inline UTF-8 (0 B heap), 24 B Cons, 32 B records, Perceus reuse, 43-class GC, demand-paged LZ1 (31.8× faster, 2,733× less RAM)
5. Constant-Time Crypto & TLS 1.3	lcrypto_tls.src, lx509.src, lprotect.src, protect.src	118 @secret @no_alloc [C0011] branch-free kernels (ltv [C0010], lstack <= 536 B, 24/24 dudect |t| <= 2.690 < 4.5), TLS 1.3, Ed25519 X.509v3 (6,000/6,000 tamper rejections), SP 800-90B entropy
6. Chameleon FFI, AI, OT & 27 Targets	lchameleon.src, lneural_cartridge.src, lume_llm_core.src, gfx.src, net.src, lume_quantum_nexus_engine.src, ltarget.src	9-ecosystem [I0003] FFI (256/256 obligations), .safetensors & LumePuter weight VMs, 7-DOF/Subsea (77/77), Singularity $\Omega$, IEC 62443/Omega-Mesh (68/68), Quantum Nexus, and 27 targets

---

Quickstart in 60 Seconds

1. Install Lume v1.1.0

Linux, macOS & WSL2:

curl -fsSL https://github.com/OmegaSoftDLL/lume/releases/latest/download/install.sh | sh
export PATH="$HOME/.lume/bin:$PATH"

Homebrew (macOS & Linux):

brew install OmegaSoftDLL/lume/lume

Windows x64 (PowerShell):

irm https://github.com/OmegaSoftDLL/lume/releases/latest/download/install.ps1 | iex

2. Verify Toolchain Integrity & Qualification Dossier

lume --version
lume self verify         # Verify SHA-256 digests of all 134 manifest files
lume self-prove          # Run OmniProof-v4 (16 batteries, 1,682 proofs, 372 tests, 122 domains)
lume qualify --verify    # Verify Ed25519 signature + X.509v3 chain of Qualification Dossier

3. Write, Prove, Certify & Validate Machine Code (kernel.src)

@no_alloc
@bound(32)
fn clamp_dose(dose: int, lo: int, hi: int) -> int
  requires dose >= 0 and dose <= 10000 and lo >= 0 and lo <= hi and hi <= 5000
  ensures result >= lo and result <= hi
= if dose < lo then lo else if dose > hi then hi else dose

@secret
@no_alloc
fn ct_mux_u32(mask: int, a: int, b: int) -> int =
  let ma = bit_and(a, 4294967295) in
  let mb = bit_and(b, 4294967295) in
  ct_select(ct_eq(bit_and(mask, 1), 1), ma, mb)

print clamp_dose(700, 100, 500)

lume prove kernel.src                                    # QF_LIA, @bound [V0002], @no_alloc [E0210] & [C0011]
lume certify kernel.src > kernel.cert.json               # Emit SHA-256-bound proof certificate
lume verify-cert --check-source kernel.src kernel.cert.json # Independent lcert kernel + AST check
lume stack kernel.src --json                             # Exact worst-case stack byte bound
lume tv kernel.src --exec                                # Symbolic x86-64 equivalence + [C0010] CT check
lume mcdc kernel.src --exec                              # Native-binary Masking MC/DC witness execution
lume safety-envelope kernel.src --fn clamp_dose --args 700,100,500 # 2oo2D lockstep vs clean-room RV32IM
lume build --critical -g kernel.src -o kernel            # Standalone native binary + DWARF v4 debug info