Hardware Mirror — Spiderweb

Chapter 10 · Hardware Spiderweb — Sub-Micron Mirror

On the way — what you will learn

The spiderweb is a read-only mirror — fabric averages compressed for the operator dashboard, not a second simulation. On the way you will follow updateHardwareFromAnalogFields(), read per-core MHz and util, and refuse SEM marketing as instrumentation.

• voltageFactor, thermalThrottle, parallelEff
• Puny tier sysfs witness
• Lossy pipeline: averages hide texels
• list Hardware prompt ritual

Introduction — dashboard, not microscope

updateHardwareFromAnalogFields() mirrors averaged Phi/Thermo/Flow into hardwareFabric — per-core MHz, util, temp, power, spiderweb edge currents. Read-only mirror — not second simulation, not SEM imaging. Chapter 9 Tesla constants damp reverse edges; Chapter 7 dispatch calls mirror every frame after fabric evolution.

Six-step frame ritual

1. Sample avg Phi, Thermo, Flow
2. Apply fluid velocity/density + Tesla bias
3. Compute voltageFactor, thermalThrottle, parallelEff
4. Update hardwareFabric.units[] — operationalFreqMHz, util, voltage, temp, power
5. Update spiderweb edges[].currentUtil
6. Accumulate simulatedChipCycles

Derived factors

Mastery tiers

Sub-micron honesty table

precision-field.py — NEXUS cousin

GPS-anchored entity map, spiderweb nodes, thermal-earth bodies — separate codebase, cousin metaphor. Correlate at operator mind with engine spiderweb, not automatic merge.

Operator drills

list Hardware
set Hardware.SimulateSubMicron 1
grep -i spiderweb run.log

Chapter summary

Spiderweb mirrors fabric. Six steps each frame. Tiers unlock controls. SEM is metaphor. Prior: Ch 9. Next: Ch 11.

Study questions

1. List six mirror steps.
2. What does Puny tier read for clocks?
3. Label SimulateSubMicron honesty.
4. How does Tesla reach edges?
5. What is precision-field cousin?

Coupling fabric averages to sysfs Puny tier

Puny AutoUseRealClocks reads Linux sysfs MHz as freq witness — Chapter 19 sovereign time extends witness doctrine. Spiderweb simulated MHz should not be confused with sysfs — honesty table: mirror vs hardware read.

SimulateSubMicron — what changes

Adept tier SimulateSubMicron enables procedural detail path — still not SEM. SDF epsilons accumulate; label Metaphor when presenting screenshots externally.

Tidewalker responsibility

Graph override is power — Chapter 18 covenant: operator conscience, not daemon. ForcedVendor and SubMicronDetail can lie beautifully; stderr and sysfs Puny tier anchor honesty.

Mirror anatomy 1 — units, edges, and sysfs

Depth pass 1 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 0 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 2 — units, edges, and sysfs

Depth pass 2 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 1 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 3 — units, edges, and sysfs

Depth pass 3 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 2 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 4 — units, edges, and sysfs

Depth pass 4 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 3 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 5 — units, edges, and sysfs

Depth pass 5 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 4 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 6 — units, edges, and sysfs

Depth pass 6 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 5 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 7 — units, edges, and sysfs

Depth pass 7 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 6 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 8 — units, edges, and sysfs

Depth pass 8 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 7 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 9 — units, edges, and sysfs

Depth pass 9 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 8 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 10 — units, edges, and sysfs

Depth pass 10 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 9 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 11 — units, edges, and sysfs

Depth pass 11 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 10 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 12 — units, edges, and sysfs

Depth pass 12 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 11 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 13 — units, edges, and sysfs

Depth pass 13 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 12 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 14 — units, edges, and sysfs

Depth pass 14 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 13 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 15 — units, edges, and sysfs

Depth pass 15 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 14 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 16 — units, edges, and sysfs

Depth pass 16 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 15 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 17 — units, edges, and sysfs

Depth pass 17 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 16 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 18 — units, edges, and sysfs

Depth pass 18 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 17 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 19 — units, edges, and sysfs

Depth pass 19 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 18 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 20 — units, edges, and sysfs

Depth pass 20 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 19 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 21 — units, edges, and sysfs

Depth pass 21 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 20 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 22 — units, edges, and sysfs

Depth pass 22 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 21 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 23 — units, edges, and sysfs

Depth pass 23 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 22 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 24 — units, edges, and sysfs

Depth pass 24 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 23 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 25 — units, edges, and sysfs

Depth pass 25 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 24 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 26 — units, edges, and sysfs

Depth pass 26 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 25 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 27 — units, edges, and sysfs

Depth pass 27 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 26 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 28 — units, edges, and sysfs

Depth pass 28 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 27 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 29 — units, edges, and sysfs

Depth pass 29 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 28 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 30 — units, edges, and sysfs

Depth pass 30 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 29 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 31 — units, edges, and sysfs

Depth pass 31 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 30 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 32 — units, edges, and sysfs

Depth pass 32 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 31 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 33 — units, edges, and sysfs

Depth pass 33 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 32 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 34 — units, edges, and sysfs

Depth pass 34 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 33 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 35 — units, edges, and sysfs

Depth pass 35 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 34 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

Mirror anatomy 36 — units, edges, and sysfs

Depth pass 36 on hardwareFabric literacy.

Per-core units[]

Each unit entry tracks operationalFreqMHz, utilization subfunctions, voltage, temperature, power proxy. Entry 35 is not a physical core map — it is dashboard metaphor aligned to sysfs when Puny AutoUseRealClocks reads real MHz.

Compare list Hardware output to grep STATUS — numbers should move together when fabric injected.

Spiderweb edges

Edges carry currentUtil as fabric-driven story. Tesla reverse damping from Chapter 9 modifies edge update — forward ease, reverse resist.

Tidewalker tier EnableSpiderwebGraph allows override — operator responsibility rises; Chapter 18 covenant applies.

simulatedChipCycles

Accumulated cycles are comparative telemetry — useful for session shape, not billing. Headless CI can track monotonic increase as dispatch health.

util(core) ← sample(avg(Phi, Thermo, Flow))

grep -n 'hardwareFabric' Navigator/engine/