Encryption Drawer¶

Overview¶

The Encryption Drawer is a specialized control panel in AIDDDMAP that provides intuitive access to multiple encryption modes. It appears as a trapezium-shaped drawer at the bottom of the screen, offering a unique visual representation of data flowing through encryption processes.

Design & Interface¶

1. Drawer Structure¶

interface EncryptionDrawerConfig {
  position: "bottom" | "right";
  dimensions: {
    width: string;
    height: string;
  };
  theme: {
    background: string;
    accent: string;
    text: string;
  };
}

class EncryptionDrawer {
  constructor(config: EncryptionDrawerConfig) {
    this.position = config.position;
    this.state = {
      isOpen: false,
      activeMode: null,
      processingStatus: "idle",
    };
  }

  async toggleMode(mode: "FHE" | "ZK" | "Basic"): Promise<void> {
    this.state.activeMode = mode;
    await this.initializeMode(mode);
  }
}

2. Visual Elements¶

Trapezium Shape: Slightly wider at the bottom than top
Handle: Visible when collapsed, with vertical "FHE ENGINE" text
Background: Dark theme with subtle grid/circuit patterns
Accent Lines: Glowing edges in mode-specific colors
Tab Navigation: Mode-specific icons and labels

Encryption Modes¶

1. Fully Homomorphic Encryption (FHE)¶

interface FHEMode {
  scheme: "CKKS" | "BFV" | "BGV";
  parameters: {
    polyModulusDegree: number;
    coeffModulusBits: number[];
    security: number;
  };
  visualization: {
    animationSpeed: number;
    particleCount: number;
    glowIntensity: number;
  };
}

// Example usage
const fheProcessor = new FHEProcessor({
  scheme: "CKKS",
  parameters: {
    polyModulusDegree: 8192,
    coeffModulusBits: [60, 40, 40, 60],
    security: 128,
  },
});

2. Zero-Knowledge Proofs (ZK)¶

interface ZKMode {
  proofSystem: "Groth16" | "Plonk";
  curve: "BN254" | "BLS12-381";
  visualization: {
    lockPattern: string;
    animationDuration: number;
  };
}

// Example usage
const zkProcessor = new ZKProcessor({
  proofSystem: "Plonk",
  curve: "BN254",
  constraints: {
    maxConstraints: 1000000,
    maxVariables: 1000,
  },
});

3. Basic Encryption¶

interface BasicMode {
  algorithm: "AES-256-GCM" | "ChaCha20-Poly1305";
  keyDerivation: {
    algorithm: "PBKDF2" | "Argon2id";
    iterations: number;
  };
  visualization: {
    padlockSize: number;
    transitionSpeed: number;
  };
}

Mode-Specific Panels¶

1. FHE Panel¶

interface FHEPanel {
  pipeline: {
    inputStage: DataStage;
    processingStage: ComputationStage;
    outputStage: ResultStage;
  };
  animation: {
    dataFlow: ParticleSystem;
    transformEffect: GlowEffect;
  };
  controls: {
    processButton: Button;
    progressRing: ProgressIndicator;
    statsDisplay: MetricsPanel;
  };
}

2. ZK Panel¶

interface ZKPanel {
  proofGeneration: {
    statement: ZKStatement;
    witness: WitnessData;
    proof: ProofOutput;
  };
  visualization: {
    lockPattern: SVGPattern;
    verificationStatus: StatusIndicator;
  };
}

3. Basic Panel¶

interface BasicPanel {
  encryption: {
    input: DataInput;
    output: EncryptedOutput;
  };
  ui: {
    padlock: AnimatedIcon;
    progressBar: LinearProgress;
    status: StatusText;
  };
}

Integration with IDAT¶

1. Workflow Integration¶

interface EncryptionNode extends BaseNode {
  type: "encryption";
  mode: "FHE" | "ZK" | "Basic";
  config: FHEConfig | ZKConfig | BasicEncryptionConfig;
}

// Adding encryption to a workflow
workflow.addNode({
  type: "encryption",
  mode: "FHE",
  config: {
    scheme: "CKKS",
    parameters: {
      polyModulusDegree: 8192,
      coeffModulusBits: [60, 40, 40, 60],
    },
  },
});

2. Data Flow¶

interface EncryptionFlow {
  input: DataStream;
  encryption: EncryptionProcess;
  output: EncryptedStream;
  metrics: {
    throughput: number;
    latency: number;
    memoryUsage: number;
  };
}

Animation & Interaction¶

1. Opening Animation¶

interface DrawerAnimation {
  duration: number;
  easing: "easeInOut" | "spring";
  transitions: {
    transform: string;
    opacity: number;
    backdrop: string;
  };
}

const openDrawer = {
  duration: 300,
  easing: "spring",
  transitions: {
    transform: "translateY(0)",
    opacity: 1,
    backdrop: "rgba(0,0,0,0.5)",
  },
};

2. Mode Transitions¶

interface ModeTransition {
  fadeOut: Animation;
  switchMode: () => void;
  fadeIn: Animation;
  updateAccent: (color: string) => void;
}

Performance Considerations¶

1. Rendering Optimization¶

interface RenderOptimization {
  useVirtualization: boolean;
  batchUpdates: boolean;
  debounceDelay: number;
  maxFPS: number;
}

const optimizationConfig = {
  useVirtualization: true,
  batchUpdates: true,
  debounceDelay: 16,
  maxFPS: 60,
};

2. Memory Management¶

interface MemoryConfig {
  maxBufferSize: number;
  cleanupInterval: number;
  disposalStrategy: "LRU" | "LFU";
}

Error Handling¶

class EncryptionError extends Error {
  constructor(
    message: string,
    public code: string,
    public mode: string,
    public recoverable: boolean,
  ) {
    super(message);
  }

  async recover(): Promise<void> {
    if (this.recoverable) {
      // Implement recovery logic
    }
  }
}

Best Practices¶

1. UI/UX Guidelines¶

Keep animations smooth and non-intrusive
Provide clear visual feedback for all operations
Maintain consistent mode-specific color schemes
Ensure accessibility compliance

2. Performance Tips¶

Use requestAnimationFrame for animations
Implement virtual scrolling for large datasets
Batch state updates
Cache computed values

3. Security Considerations¶

Validate all input data
Implement proper key management
Log security-relevant events
Regular security audits

Example Usage¶

1. Basic Implementation¶

const encryptionDrawer = new EncryptionDrawer({
  position: "bottom",
  dimensions: {
    width: "100%",
    height: "33vh",
  },
  theme: {
    background: "#1A1A1D",
    accent: "#00F0FF",
    text: "#FFFFFF",
  },
});

// Handle mode switching
encryptionDrawer.on("modeChange", async (mode) => {
  await encryptionDrawer.toggleMode(mode);
  updateVisualization(mode);
});

2. Advanced Configuration¶

const advancedDrawer = new EncryptionDrawer({
  // ... basic config ...
  features: {
    animations: {
      enabled: true,
      quality: "high",
    },
    realTimeMetrics: true,
    autoRecovery: true,
  },
  integration: {
    idat: true,
    marketplace: true,
    agents: ["DataCurator", "QualityAssessor"],
  },
});