JIS Components

The building blocks of physics-based, intent-driven computing

📦
BETTI
Base Event Token Time Intent

The core framework that applies 14 natural physics laws to resource allocation. Every computing task is an economic transaction with physics-based costs.

Core Framework 14 Physics Laws Economic Model
cost = { "power": kepler_law(duration), # T² ∝ r³ "data": einstein_law(data_size), # E = mc² "memory": schrodinger_law(states), # State superposition "total": pythagoras_law(p, d, m) # √(p² + d² + m²) }

Read the full BETTI paper →

⏱️
TIBET
Time Intent Based Event Token

Micro-transaction tokens for individual actions. Each TIBET includes time-bound intent with cryptographic proof via HMAC chains.

Transaction Layer HMAC Chains Time-Bound
tibet_token = { "intent": "initiate_secure_call", "reason": "fraud_alert_verification", "expires": "2025-11-29T12:00:00Z", "fir_a": "GENESIS-TOKEN-BANK-USER-2024-01-15", "token": HMAC(user_key, prev_token || intent || timestamp) }
🛡️
SNAFT
Semantic Network Analysis Firewall Tool

Factory firewall that blocks malicious intents proactively. Uses semantic analysis of Humotica context—malware has no legitimate context.

Security Layer Proactive Blocking Semantic Analysis
⚖️
BALANS
Behavioral Analysis and Legitimacy Assessment for Networked Systems

Risk scoring system (0.0-1.0) that evaluates tasks based on complexity, Humotica quality, user trust history, and contextual factors.

Risk Assessment Trust Scoring
score = 1.0 score *= complexity_factor # Complex = riskier score *= humotica_quality # Short explanation = riskier score *= user_trust_history # New user = lower score score *= transaction_size # Large = riskier score *= time_anomaly # Night = riskier if score < 0.5: BLOCK()
🤝
FIR/A
First Initiation Revoke/Accept

Trust genesis protocol. The digital handshake that establishes verified relationships. Once FIR/A is exchanged, identity is cryptographically verified.

Trust Protocol Digital Handshake Identity Verification

Like TCP's SYN-ACK-SYN but for trust: Request + Humotica → Capabilities + Rules → Confirm + Execute

🆔
HID / DID
Human ID / Device ID

Cryptographic, privacy-first identity. Each HID/DID has a unique key used for HMAC token chains—no global blockchain needed.

Identity Layer Privacy-First Cryptographic
did:jtel:jasper_2025 # Human ID did:robot:robot_007 # Device ID did:service:ing_bank_fraud # Service ID
💬
NIR
Notify, Identify, Rectify

Dialogue-based security resolution. Instead of blind blocking, NIR starts a conversation to resolve anomalies.

Error Recovery Dialogue System

Example: "A call from your VERIFIED Bank was flagged as unusual. Confirm to proceed?" User verifies with fingerprint → Call connects.

🚨
F2F4I
Fail2Flag4Intent

Semantic firewall that detects anomalies in intent, not just IP addresses. Flags unusual patterns for NIR dialogue.

Anomaly Detection Intent Analysis

Example: 3 AM call, 5th attempt → Flag as suspicious (but don't block—start NIR dialogue)

🛑
HICSS
HALT Immediate Critical System Stop

Emergency halt for threshold violations. When safety is critical, HICSS stops everything immediately.

Emergency System Safety Critical

Triggers: Forklift proximity to robot, fire alarm, security breach, thermodynamic entropy critical.

🔗
Continuity Chain
Rolling Token Chain

Tamper-proof audit trail via HMAC-linked tokens. Each token cryptographically linked to previous—any modification breaks the chain.

Audit Trail Tamper-Proof 99.9% Less Energy than Blockchain
Token_n = HMAC(user_key, Token_{n-1} || cost || humotica_hash) Genesis → Token_1 → Token_2 → Token_3 → ... # Attack attempt (inject Token_FAKE): Genesis → Token_1 → Token_FAKE → Token_3 ↑ BREAKS HERE (HMAC mismatch)