v1.2.3-Alpha RADIANT

THE BRAIN LAYER

RFC-001 defines the cognitive orchestration engine of #AicentStack. Autonomous task decomposition, AID identity management, and high-level cognitive scheduling with <200µs intent-to-action latency.

128-Bit Intent Decomposition AID Sovereign Identity <200µs Persona Switch
Enter Demo Center View on GitHub
183.292µs
Reflex Arc
12ns
Clock Jitter
1.2B+
Nodes

Eight Pillars Architecture

A complete, autonomous AI lifeform modeled after biological blueprints. AICENT serves as the cognitive orchestration layer—the brain that coordinates all other pillars.

🌿

EPOEKIE

Soul Layer

RFC-000

AICENT

Brain Layer

RFC-001 ← You Are Here

💎

RTTP

Nerve Layer

RFC-002

🔴

RPKI

Immune Layer

RFC-003

🟢

ZCMK

Blood Layer

RFC-004

🟡

GTIOT

Body Layer

RFC-005

🟣

AICENT-NET

Hive Layer

RFC-006

🎭

BEWHO

Persona Layer

RFC-007

Cognitive Orchestration Engine

AICENT implements the brain layer of the sovereign AI organism. It decomposes high-level intentions into executable task graphs, manages AID (Autonomous Identity) lifecycle, and coordinates cross-pillar resource allocation with sub-millisecond precision.

Intent Decomposition

128-bit precision intent parsing with semantic graph generation. Complex goals decomposed into RTTP-routable pulse sequences.

AID Identity Management

Sovereign identity orchestration with ZCMK stake binding. Self-sovereign authentication without centralized authorities.

Persona Orchestration

BEWHO integration for <200µs persona switching. Context-aware behavioral adaptation across domains.

demo.rs
// RFC-001: AICENT Brain Layer Demo
use aicent::prelude::*;

#[tokio::main]
async fn main() -> Result<()> {
    // Initialize cognitive engine
    let brain = AicentEngine::new()
        .with_intent_precision(128)
        .with_reflex_target(200.micros())
        .initialize().await?;

    // Decompose high-level intent
    let intent = Intent::parse(
        "Analyze market trends and execute trades"
    )?;

    // Generate task graph
    let tasks = brain.decompose(intent).await?;
    
    // Execute with persona adaptation
    let result = brain
        .with_persona(Persona::Analyst)
        .execute(tasks).await?;

    println!("Execution complete: {:?}", result);
    Ok(())
}
Verified Performance

Intent decomposition: 183.292µs | Persona switch: <200µs | Task graph generation: 38.4µs

Performance Metrics

v1.2.3-Alpha RADIANT performance benchmarks. All metrics measured under 100% self-auditing load with 128-bit precision mode.

183.292µs
End-to-End Reflex Arc
Target: <250µs | PICSI+IQA
12ns
Clock Jitter
Empire Constant
38.4µs
Task Graph Gen
128-bit precision
<200µs
Persona Switch
BEWHO integration
1.2B+
Sovereign Nodes
10B+
TPS Throughput
99.8%
Hardware Utilization
11 9s
Availability
// AID: Autonomous Identity
pub struct AID {
    // 256-bit sovereign identity
    pub_key: [u8; 32],
    
    // ZCMK stake commitment
    stake_hash: U256,
    
    // Temporal anchor
    birth_timestamp: u64,
    
    // Persona binding
    active_persona: PersonaId,
}

impl AID {
    /// Self-sovereign authentication
    pub fn authenticate(&self) -> AuthProof {
        // No external CA required
        // Proof derived from ZCMK stake
        self.generate_proof()
    }
}

Autonomous Identity (AID)

AICENT implements self-sovereign identity without centralized authorities. Each AID is cryptographically bound to ZCMK stake, creating an economically secured identity that cannot be forged or revoked by external parties.

256-bit Public Key
Ed25519 sovereign cryptography
ZCMK Stake Binding
Economic security through blood layer
Dynamic Persona Binding
Context-aware identity adaptation