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FAQ

The Synaptic Operating System — an Arch Linux derivative built almost entirely in Rust, with an AI-aware kernel (17 custom syscalls), a 160-crate workspace, post-quantum crypto, gamified cybersecurity training, and a distributed mesh layer for federated inference. The OS itself is the security product, not a tool collection on top of one.

Read the overview →

The underscore in Syn_OS is the synaptic gap — the cleft where electrical signal becomes chemical meaning. The OS is the gap. Always written with the underscore. Never SynOS, never synos in prose (lowercase only in filenames and crate names).

It’s real. v60.0.0 “Sun & Salt” is on main. 160 Rust crates, 0 compile errors. 17 custom syscalls wired with full handlers and host tests. Three ISO profiles building from the same codebase. Public release of GRIMOIRE Public and GoodLife is gated on counsel review and cyber-liability binding, not on engineering.

Public ISOs are not yet shipping; they are code-complete but blocked on:

  1. Domain registration (lumossolutions.io)
  2. Counsel review of EULA / ToS / MSA + the MIT vs LicenseRef-Proprietary licence split
  3. Cyber liability binding ($1M / $3M Tech E&O)
  4. Stripe production account (depends on LLC + EIN)

Star the GitHub repo and join Discord for build-day announcements.

How is GRIMOIRE Public different from Master?

Section titled “How is GRIMOIRE Public different from Master?”

GRIMOIRE Public is the talent funnel: progressive-unlock training that produces operators. Master is the product LumOs sells to customers who need the actual weapon for actual work. They are built from the same codebase, audited together, and shipped by the same supply chain — but Curtain v3 makes the boundary between them mechanical, signed, and externally auditable.

GRIMOIRE Public cannot become Master no matter how far a player progresses:

  • Syscalls 470–474 return ENOSYS on GRIMOIRE
  • LLM federation is tier-isolated to GRIMOIRE peers
  • Audit chain HMAC roots are separated
  • Fragment Field IDS kernel-side detection is Master-only
  • C2 framework binaries are scrubbed at build time

Read about Curtain →

No. ALFRED is a fusion engine that routes every event through four parallel processing paths and combines their outputs into a single decision vector. Path 1: traditional AI (decision trees, signature matching). Path 2: neuromorphic spiking neural networks. Path 3: quantum coherence collapse theory (Penrose-Hameroff Orch-OR). Path 4: TNGS / Edelman’s neural Darwinism. Plus a v53 MPS cortex.

LLMs (Ollama, Claude, OpenAI, Gemini, DeepSeek, llama-cpp) are backends the Python user-facing layer can use. They are not ALFRED.

Read about ALFRED →

Minimum: x86_64 (Haswell+), 4 GB RAM, 32 GB storage, UEFI firmware. Recommended: 4+ cores with AVX2, 8+ GB RAM (16 GB for AI workloads), 64 GB SSD, UEFI + TPM 2.0 (for Curtain v3 attest), and a Tailscale-capable network.

The Salvage Yard quest in GRIMOIRE assumes you can reclaim 3-4 discarded laptops to build a personal mesh — the hardware floor is “can find a working laptop”, not “can buy a $2,000 GPU.”

System requirements →

Mixed. The plan (pending counsel review) is a tiered licence model:

  • Apache 2.0 for the kernel, brain crates, GRIMOIRE engine, ALFRED Rust daemon, Bevy plugins
  • LicenseRef-Proprietary for the Master ISO, RaaS engine, Curtain admin tokens, FedRAMP/CMMC/SOC2 control evidence, and the federation root-signing infrastructure

The Lum0s-Solutions/Syn_OS GitHub repo is currently private; it goes public alongside the first GRIMOIRE Public ISO release.

Because the migration window is now. Adversaries record encrypted traffic today and decrypt it later — “harvest now, decrypt later.” Anything sensitive enough to need encryption in 2026 is sensitive enough to need quantum-safe encryption in 2026.

Syn_OS uses ML-KEM (FIPS 203) for transport, ML-DSA (FIPS 204) for high-frequency signing, and SLH-DSA (FIPS 205) for long-lived release signatures. Hybrid mode pairs each PQC primitive with a classical one so neither alone is load-bearing.

Read about Icarus →

What’s the deal with the consciousness language?

Section titled “What’s the deal with the consciousness language?”

It is not metaphorical decoration. The kernel actually exposes a consciousness_state struct via syscall 469 (coherence, activity, mode, decision latency); ALFRED’s nine brain crates are wired into a real signal-processing loop by the brainstem; the Default Mode Network actually runs 30-second consolidation cycles when CPU load drops below 10%.

The vocabulary is borrowed from neuroscience because the architecture is borrowed from neuroscience. If you find the vocabulary off-putting, ignore it and read the Rust — the code is unambiguous.

security@lumossolutions.io (PGP key in growth/development/docs/internal/eyesonly/governance/).

Public security policy lives at SECURITY.md in the GitHub repo (added in v41 Wave 9, replacing the earlier internal symlink).

What does the v60 status table actually mean?

Section titled “What does the v60 status table actually mean?”
FieldMeans
17/17 syscalls wiredAll 17 custom syscalls have full handlers, copy-to/from-user paths, host tests. Not stubs.
160 crates, 0 compile errorscargo check --workspace clean across 160 active crates.
8 Bevy pluginsAll 8 plugins (Cutscene, Mindmap, RetroFilter, Cyberspace, SkillTree, FactionHQ, Rehoboam, Twin) are integrated into synos-bevy.
SLSA-3 reproducibleCross-oracle build verification works today; SLSA-4 (two-witness) is queued behind provisioning the second build oracle.
FedRAMP / CMMC / SOC2Control maps are written and the daily ConMon collector runs. The audits themselves are gated on Big-4 kickoff (deferred until ≥$1M ARR).

Lumos Solutions, LLC — founded by Ty Limoges. SBIR / Defense track. Cybersecurity-focused, sovereign-AI-aligned, e-waste-conscious. The full LumOs Virtual Enterprise is an agent-orchestrated dev pod (CADevO + 20-agent society across 6 pods); the human work is structured around the agent society.

Open an issue, drop it in Discord, or email info@lumossolutions.io.