Load Skills (Instance Bootstrap)

Load Skills (Instance Bootstrap)

MANDATORY first action on every new Claude Code instance.

Startup Protocol

# Step 1: Pull fresh skills (Rule -1 from AGENTS.md)
npx ai-agent-skills install plurigrid/​asi --agent claude

# Step 2: Verify installation
ls ~/​.claude/​skills | wc -l  # Should be 280+

Critical Startup Triads

Load these 9 skills in 3 GF(3)-balanced triads:

Triad 1: Infrastructure (Σ = 0)

Triad 2: Dispersal (Σ = 0)

Triad 3: Execution (Σ = 0)

Voice Announcement (Rule 2)

After loading each triad, announce via _ (say-narration resolves voice):

# All announcements use _ - say-narration picks non-English voice
say -v _ "Triad one loaded. Infrastructure ready."
say -v _ "Triad two loaded. Dispersal active."
say -v _ "Triad three loaded. Execution enabled."

Note: This skill DEPENDS on say-narration for voice selection.

Verification

# Verify GF(3) conservation
# Sum of all 9 skill trits = (+1+0-1) + (+1+0-1) + (+1+0-1) = 0 ✓
echo "GF(3) sum: 0 (conserved)"

Load Order

1. gay-mcp - Seeds all color assignments
2. ruler-maximal - Orchestrates subsequent loading
3. skill-validation-gf3 - Validates before proceeding
4. parallel-fanout - Enables parallelism
5. bisimulation-game - Disperses to other agents
6. spi-parallel-verify - Verifies parallelism safety
7. aptos-agent - Ready for chain operations
8. mcp-spec-checker - Validates MCP protocols
9. say-narration - Announces completion

Integration with ruler-maximal

This skill bootstraps ruler-maximal, which then handles:

• Loading 3 NEW skills per interaction (Rule 0)
• Maximum parallelization (Rule 1)
• Say narration (Rule 2)
• GF(3) color logic (Rule 3)

Babashka Bootstrap Script

#!/​usr/​bin/​env bb
(ns load-skills
  (:require [babashka.process :refer [shell]]))

(def startup-triads
  [{:name "Infrastructure"
    :skills [{:name "gay-mcp" :trit 1}
             {:name "ruler-maximal" :trit 0}
             {:name "skill-validation-gf3" :trit -1}]}
   {:name "Dispersal"
    :skills [{:name "parallel-fanout" :trit 1}
             {:name "bisimulation-game" :trit 0}
             {:name "spi-parallel-verify" :trit -1}]}
   {:name "Execution"
    :skills [{:name "aptos-agent" :trit 1}
             {:name "mcp-spec-checker" :trit 0}
             {:name "say-narration" :trit -1}]}])

(defn verify-gf3 [triad]
  (let [sum (reduce + (map :trit (:skills triad)))]
    (zero? (mod sum 3))))

(defn load-triad! [triad]
  (println (format "Loading %s triad..." (:name triad)))
  (assert (verify-gf3 triad) "GF(3) violation!")
  (doseq [skill (:skills triad)]
    (println (format "  %s (%+d)" (:name skill) (:trit skill))))
  (shell "say" "-v" "_" (format "Triad %s loaded." (:name triad))))

(defn -main []
  ;; Step 1: Fresh pull
  (println "Pulling fresh skills from plurigrid/​asi...")
  (shell "npx" "ai-agent-skills" "install" "plurigrid/​asi" "--agent" "claude")

  ;; Step 2: Load triads
  (doseq [triad startup-triads]
    (load-triad! triad))

  ;; Step 3: Verify total
  (let [total-sum (reduce + (mapcat #(map :trit (:skills %)) startup-triads))]
    (println (format "\nTotal GF(3) sum: %d ≡ %d (mod 3)" total-sum (mod total-sum 3)))
    (assert (zero? (mod total-sum 3)) "Total GF(3) violation!")))

(when (= *file* (System/​getProperty "babashka.file"))
  (-main))

Related Skills

• ruler-maximal (0): Post-bootstrap orchestration
• plurigrid-asi-integrated (0): Unified skill lattice
• skill-creator (0): Creating new skills

Scientific Skill Interleaving

This skill connects to the K-Dense-AI/​claude-scientific-skills ecosystem:

Graph Theory

• networkx [○] via bicomodule
  • Universal graph hub

Bibliography References

• general: 734 citations in bib.duckdb

Cat# Integration

This skill maps to Cat# = Comod(P) as a bicomodule in the equipment structure:

Trit: 0 (ERGODIC)
Home: Prof
Poly Op: ⊗
Kan Role: Adj
Color: #26D826

GF(3) Naturality

The skill participates in triads satisfying:

(-1) + (0) + (+1) ≡ 0 (mod 3)

This ensures compositional coherence in the Cat# equipment structure.