Singularity

Overview

The Singularity is a Vita Filorum flora that specialises in computational Tasks mesh network. They are usually many of them spread in a Dispersed Nucleated pattern. It is a very gross looking meatball made up of very compressed Tethers, like a copper coil. If you were to cut one of them it would sound like a gun shot. They usually grow on the side of a large tree. They can be identified by the very extreme amount of tethers around it and the meatball like structure. If there is no tree structure nearby they borrow under ground.

Operation Protocols

The Singularity focuses on interpreting signals from tether sensors and redirecting them to other places. Sometimes even Singularities can speak to each other directly to spread information further.

Monitoring

• Mesh Signal Aggregation: The Singularity continuously polls data from all connected Tether Sensors within its local radius, aggregating acoustic and visual telemetry into a unified environmental map.
• Pattern Recognition: It filters "Noise" (ambient environmental sounds) from "Signal" (potential threats or network instructions), identifying specific frequency signatures that match known intruders or system-wide alerts.
• Inter-Node Syncing: Singularities maintain a persistent heartbeat signal with adjacent nodes. If one Singularity detects a high-priority threat, it propagates the data across the network via STY-SYS-SNG-SYC-N direct links to ensure wide-area awareness.

Safety Buffers

• Signal Damping: To prevent "data loops" or sensory overload during high-stress events (eg, multiple concurrent threats), the Singularity can temporarily sever its connection to specific sensors, prioritising the highest-amplitude inputs.
• Tension Release: The highly compressed "meatball" structure acts as a physical fail-safe. If the Singularity's internal processing exceeds thermal or computational limits, it may "pop"—violently releasing the stored tension in its tethers (the "gunshot" sound)—to physically disconnect from the network and prevent a cascading system failure.
• Instructional Gating: The Singularity acts as a logic gate for high-hostility commands. It will only issue an APX signal to a Vulture or activate a Warden if the incoming sensory data meets a pre-defined "Hostility Threshold" (usually 7/10 or higher).

Interaction Logic

• Signal Routing: The Singularity uses a hierarchical routing protocol to direct instructional signals. It translates raw sensory data (TSN-SNS-*-*-*) into actionable instructions (INT) for active modules.
• Command Syntax: It employs the standard network syntax for redirection: STY-INT-EFF-{Action}-{Intensity}.
  • Targeting: WDR (Warden), VLT (Vulture), DPR (Dispatcher).
  • Action Codes: ACA (Activate/Deploy), DEF (Standby), TRM (Terminate/Cancel).
• Relay Priority: If a target entity is outside its immediate tether range, the Singularity will route the signal through the nearest Ivy Skulk or another Singularity using the STY-INT-RLY-*-H (Relay) prefix.