rpki-com 1.2.1-Alpha

/* [AICENT_MEM_ALIGN_64: 0x00000000000000000000000000000000000000000000000000000000000000] */
/* http://rpki.com */
/* 
 * RPKI: Parallel Tensor Watermarking & Immunity Defense Protocol [RFC-003]
 * [GHOST STUB: v1.2.1-Alpha - API SIGNATURE ONLY]
 * ------------------------------------------------------------------------
 * This file implements the Immunity Layer interfaces for rpki.com. 
 * It provides the parallel tensor auditing signatures required to detect 
 * and isolate malicious neural pulses. 
 * Note: Pathogen detection algorithms are proprietary and hidden in MAXCAP.
 * ------------------------------------------------------------------------
 */

use serde::{Serialize, Deserialize};
use rttp::NeuralPulse;
use epoekie::AID;

/// VERSION: 1.2.1-Alpha (Radiant Baseline Alignment)
pub const VERSION: &str = "1.2.1-Alpha";

/// RFC-003: Pathogen Classification
/// Defines the types of neural anomalies detected by the Immunity Layer.
#[derive(Debug, Clone, Copy, Serialize, Deserialize)]
pub enum PathogenType {
    None,
    SemanticDrift,
    TensorInconsistency,
    IdentitySpoofing,
    MetabolicDrain,
}

/// RFC-003: Immunity Audit Verdict
/// The result of an RPKI tensor audit on a specific pulse frame.
#[derive(Debug, Clone, Serialize, Deserialize)]
pub struct RPKIVerdict {
    pub is_secure: bool,
    pub pathogen: PathogenType,
    pub isolation_score: f32,
    pub audit_timestamp: u64,
}

impl RPKIVerdict {
    /// Generates a non-operational secure verdict for public simulation.
    pub fn secure() -> Self {
        Self {
            is_secure: true,
            pathogen: PathogenType::None,
            isolation_score: 0.0,
            audit_timestamp: 0,
        }
    }
}

/// Trait defining the behavior of the Immunity Engine.
/// Responsible for real-time pulse auditing and threat isolation.
pub trait ImmunityEngine {
    /// Audits a neural pulse using parallel tensor watermarking.
    fn audit_pulse(&self, pulse: &NeuralPulse) -> RPKIVerdict;

    /// Isolates a compromised AID from the semantic grid.
    fn isolate_node(&self, aid: &AID) -> Result<(), ImmunityError>;

    /// Clears the immunity state for a specific sub-ms window.
    fn reset_window(&self, window_id: u64);
}

/// Global Error types for the rpki immunity layer.
#[derive(Debug, thiserror::Error)]
pub enum ImmunityError {
    #[error("Immunity Engine Exhaustion: Audit buffer overflow")]
    EngineExhaustion,
    #[error("Surgical Isolation Failure: Pathogen spread detected")]
    IsolationFailure,
    #[error("Tensor Watermark Desync [Protocol Violation]")]
    WatermarkDesync,
}

/* 
 * [ARCHITECT_NOTES]
 * 1. This stub provides the 'RPKIVerdict' and 'PathogenType' required by the Brain (aicent).
 * 2. It implements the 'ImmunityEngine' signature for RPKI/RTTP physiological coupling.
 * 3. 128-bit AtomicCell tensor shunting optimizations are excluded to protect IP.
 */