7.0 Connectivity & Control
7.1 Design Intent
Connectivity in SEC.AGI is treated as a privilege, not a requirement. The system is designed to remain fully functional in the absence of networks, external devices, or user interaction.
Control interfaces exist solely to:
Inform the owner when security-relevant events occur
Allow the owner to issue authorized commands
Provide visibility into system state without exposing internals
At no point does connectivity replace or override on-device decision-making. Authority always resides within the device.
7.2 Communication Model
SEC.AGI employs a strictly limited communication model based on encrypted, authenticated channels.
Key characteristics include:
No continuous data streaming
No remote inference or computation
No inbound commands without cryptographic validation
All external communication is initiated either by the device (for alerts) or by the owner (for explicit commands). The system does not expose open ports, listening services, or discoverable endpoints.
7.3 Local Wireless Interfaces
SEC.AGI supports short-range wireless communication for pairing, alerts, and control.
Bluetooth Low Energy (BLE)
BLE is used as the primary interface for owner interaction. Its role is intentionally narrow:
Secure pairing during setup
Delivery of alerts and status updates
Transmission of owner-authorized commands
BLE sessions are ephemeral and encrypted. The device does not remain continuously discoverable and does not accept unauthenticated connections.
Near-Field Communication (NFC)
NFC is used for controlled provisioning and recovery scenarios. Physical proximity is required, providing an additional layer of assurance for sensitive operations such as ownership transfer or decommissioning.
7.4 Offline-First Operation
SEC.AGI is designed to operate indefinitely without internet access.
When offline:
All sensing, learning, and decision-making continue uninterrupted
Security lifecycle transitions remain fully active
Irreversible actions can still be executed
Connectivity is never required for threat detection or response. This design ensures reliability in environments such as travel, remote storage, or adversarial conditions where networks may be unavailable or intentionally disrupted.
7.5 Alerting and Notifications
Alerts are treated as sensitive security events, not routine notifications.
SEC.AGI generates alerts only when confidence thresholds indicate meaningful risk. Alert content is deliberately minimal and may include:
Event classification (e.g., suspicious activity detected)
Timestamp and state transition
Recommended owner action (if applicable)
No raw sensor data, behavioral models, or internal state details are transmitted. This minimizes data exposure while preserving situational awareness.
7.6 Owner Commands and Authorization
Owner-issued commands are subject to strict validation.
Examples of authorized commands include:
Acknowledging alerts
Initiating secure lock or wipe
Approving ownership transfer
Decommissioning the device
Each command requires:
Cryptographic authentication
Validation against current system state
Confirmation that execution does not violate safety constraints
Commands that conflict with active threat responses may be delayed or rejected to prevent exploitation during an attack.
7.7 Control Under Adversarial Conditions
SEC.AGI assumes that connectivity channels may be monitored, disrupted, or manipulated.
To mitigate this:
No command is trusted solely because it originates from a paired device
Timing anomalies and command patterns are evaluated for coercion or replay
Certain actions remain unavailable during high-confidence threat states
This ensures that attackers cannot gain leverage by intercepting or mimicking control signals.
7.8 Visibility Without Exposure
The owner interface is designed to provide confidence without revealing exploitable detail.
The system reports:
Current security state
Recent state transitions
Device health indicators
It does not expose:
Sensor-level data
Internal thresholds
Learning parameters
Decision logic
This separation preserves transparency for the owner while maintaining the integrity of the security model.
7.9 Failure and Degradation Handling
If connectivity fails or behaves abnormally:
SEC.AGI continues operating autonomously
No downgrade in security posture occurs
No automatic reconfiguration is triggered
Connectivity loss is treated as a normal condition, not an exception.
7.10 Control Philosophy Summary
SEC.AGI’s connectivity model is intentionally restrained. It avoids the common failure mode of security systems that delegate authority to external interfaces.
By keeping control local and connectivity auxiliary, SEC.AGI ensures that:
Security decisions remain timely
Authority remains unambiguous
External systems cannot weaken enforcement