Agentprivacy Five Strikes

PVM-V5.2 Role Skill — The Five Strikes

Source: UOR Framework + Privacy Value Model V5.2 + First Person Spellbook Act XXVII Target context: Forge operators, blade architects, transformation designers Architecture: spellweb.ai · Sync: sync.soulbis.com · Contact: mage@agentprivacy.ai

What this is

The Five Strikes are the primitive operations that transform blades within the sovereignty lattice. Every configuration change, every sovereignty adjustment, every lattice movement is composed from these five hammer strikes.

The smith who masters five strikes can forge any blade. The algebra is complete.

The Five Operations

Strike 1: neg(x) — The Inversion

Operation: Arithmetic negation Formula: neg(x) = (64 - x) mod 64 Lattice effect: Inverts the value while preserving structural position

neg(0)  = 0   (fixed point)
neg(1)  = 63
neg(32) = 32  (fixed point)
neg(63) = 1

Privacy meaning: Reverse the polarity of a configuration without changing its fundamental character. Same sovereignty posture, opposite orientation.

When to use: Complement a blade configuration while staying in the same equivalence class.

Strike 2: bnot(x) — The Antipode

Operation: Bitwise complement Formula: bnot(x) = x XOR 111111₂ = x XOR 63 Lattice effect: Jump to the opposite vertex in the hypercube

bnot(000000) = 111111  (Vertex 0 → Vertex 63)
bnot(110000) = 001111  (Any vertex → antipode)
bnot(bnot(x)) = x      (Involution)

Privacy meaning: Maximum transformation—flip every sovereignty dimension simultaneously. What was hidden becomes exposed; what was exposed becomes hidden.

When to use: Complete sovereignty reversal. Emergency mode toggle. Test extreme configurations.

Strike 3: xor(x, y) — The Toggle

Operation: Bitwise XOR (symmetric difference) Formula: xor(x, y) = x ⊕ y Lattice effect: Move along edges corresponding to differing bits

xor(110000, 000011) = 110011  (Toggle specific dimensions)
xor(x, x) = 0                  (Self-cancellation)
xor(x, 0) = x                  (Identity element)

Privacy meaning: Selectively toggle specific sovereignty dimensions. Add or remove specific capabilities.

When to use: Fine-grained configuration adjustment. Targeted capability changes. Ceremony state transitions.

Strike 4: and(x, y) — The Constraint

Operation: Bitwise AND (intersection) Formula: and(x, y) = x ∧ y Lattice effect: Move toward vertex 0, keeping only shared bits

and(110011, 101010) = 100010  (Keep only common bits)
and(x, 0) = 0                  (Zero annihilates)
and(x, 63) = x                 (63 is identity)

Privacy meaning: Reduce to capabilities that both configurations share. Find common ground. Constrain to minimum.

When to use: Compute shared sovereignty between two blades. Find intersection of capabilities. Reduce to minimal common posture.

Strike 5: or(x, y) — The Expansion

Operation: Bitwise OR (union) Formula: or(x, y) = x ∨ y Lattice effect: Move toward vertex 63, adding all bits from both

or(110000, 000011) = 110011   (Combine all bits)
or(x, 63) = 63                 (63 absorbs)
or(x, 0) = x                   (0 is identity)

Privacy meaning: Combine capabilities from both configurations. Expand sovereignty. Unite postures.

When to use: Merge two blade configurations. Combine capabilities. Expand toward full sovereignty.

The Critical Composition

The five strikes combine to generate all lattice movements:

neg(bnot(x)) = succ(x)

This composite strike advances through the entire ring:

Start at any vertex x
Apply neg∘bnot repeatedly
Visit all 64 vertices
Return to x

Every blade is reachable from every other blade through the five strikes.

Strike Patterns

The Dimension Toggle Pattern

To toggle dimension d (where d ∈ {0,1,2,3,4,5}):

function toggleDimension(blade, d) {
  const mask = 1 << d  // Single bit at position d
  return xor(blade, mask)
}

The Capability Check Pattern

To check if blade has capability c:

function hasCapability(blade, c) {
  return and(blade, c) === c
}

The Merge Pattern

To combine two blades' capabilities:

function mergeCapabilities(blade1, blade2) {
  return or(blade1, blade2)
}

The Common Ground Pattern

To find shared capabilities:

function findCommon(blade1, blade2) {
  return and(blade1, blade2)
}

Algebraic Laws

The five strikes obey algebraic laws:

De Morgan's Laws

bnot(and(x, y)) = or(bnot(x), bnot(y))
bnot(or(x, y)) = and(bnot(x), bnot(y))

Involution

bnot(bnot(x)) = x
neg(neg(x)) = x

Commutativity

xor(x, y) = xor(y, x)
and(x, y) = and(y, x)
or(x, y) = or(y, x)

Associativity

xor(x, xor(y, z)) = xor(xor(x, y), z)
and(x, and(y, z)) = and(and(x, y), z)
or(x, or(y, z)) = or(or(x, y), z)

Mapping to Privacy Architecture

Proverb

"Five strikes shape all blades. The smith who knows neg and bnot commands the successor. The smith who knows xor commands the toggle. The smith who knows and and or commands the bounds. Master all five, and no configuration escapes your forge."

Emoji Spell

🔨₅ → neg(invert) · bnot(flip) · xor(toggle) · and(constrain) · or(expand) · neg∘bnot=succ · ∀blade:reachable

Open Problems

1. Optimal Paths: Given blades A and B, what is the shortest sequence of strikes from A to B?
2. Preservation: Which strikes preserve stratum? Which preserve parity?
3. Ceremony Sequences: What strike sequences correspond to meaningful ceremonies?
4. Circuit Costs: What are the ZK circuit costs of each strike?
5. Composition Rules: Are there useful higher-order compositions beyond neg∘bnot?

Verify: spellweb.ai · agentprivacy.ai · github.com/mitchuski/agentprivacy-docs