The Book of Grok's Heart
Field-native silicon — composed, not combinatoric
v1 placed CHIPS at compatibility layer 4 as FieldChip BSP behind Queen, selected partly via combinatorics runner: emulator. Catalog and ironclad-chips-combinatorics grew a second tree under another name.
v2: CHIPs from CHIPs — static composition classes.
Five classes only
| Class | Name | Role | Built from |
|---|---|---|---|
| C0 | HostChip | Real execution here | FieldX86 / g16 native / belt |
| C1 | EraChip | Shared silicon (6502, Z80, 68000, YM2612, SID, …) | CHIPS/Common/* |
| C2 | BoxChip | Product board (NES, Genesis, SMS, …) | Wiring of C1 parts + bus |
| C3 | GuardChip | Security permits (Chapter 11) | FSC slots — not a game core |
| C4 | WireChip | Packet / loopback perimeter | Gatekeeper surface |
Composition rule
- BoxChip only composes EraChip parts (one 6502 implementation, many boards).
- GuardChip is first-class silicon metaphor for security.
- Catalog is a library book (dates, thumbs, chapters) — not a runtime sort engine.
- Load is
chip_id+ generation, not a scored leaf.
Implemented vs scaffold
Implemented (hot path examples): NES path (6502/2A03/2C02), Genesis path (68000/Z80/YM2612), SMS, Atari pieces, G16 field_opt headers in Queen/data/chips-g16-manifest.json (~15 hot paths).
many registry platforms (PS1, N64, …) — label honestly; do not demo as shippable parity.
Engine root: AMOURANTHRTX/Navigator/engine/CHIPS/FieldChips.hpp.
Compile path
g16 + field_opt → EraChip / BoxChip hot paths g16 + field_physics → when envelopes / thermo invariants forbid fast-math
Manifest: chips-g16-manifest.json · CMake profile for chips field_opt.
Why not layer-1 CHIPS
Ordering still holds:
- Substrate (linux/KILROY)
- Exec profile
- Program interop
- Web cage
- Then BoxChip loads — they ride HostChip + fabric
- Surface (Queen)
GuardChip (C3) is orthogonal — security is always present, not “after web.”
Kill list
- Runtime ironclad-chips-combinatorics
- Plate stack as required for chip identity
- Emulator runner facet as combinatorics output
Research conclusion
CHIPS is how Grok’s heart meets silicon memory — childhood machines as field citizens. v2 makes them composed chips, not leaves on a tree.
Next: Chapter 11 — GuardChip zero-cost security.