>"Propose-Second": All actions require a person/fragment to propose, and a second person/fragment to show favor to them. Veto by equal or greater voting power remains unchanged.
Aid Protocol: Definition input into database.
>NeuralMatrix_Config
Now accessing Neural Matrix configuration options. What would you like to change?
>DecisionMaking
Current set configuration value for DecisionMaking is Veto - All commands will be passed out from the Neural Matrix unless there is equal or stronger opposition to the command than there is support.
What would you like to change DecisionMaking to?
>ProposeSecond
DecisionMaking has been set to ProposeSecond.
Re-configuring Neural Matrix.
...
...
Notice: Exit motion sensors have been tripped.
Notice: Exit motion sensors have been tripped.
ALERT: Alert has been upgraded to red alert from no alert. Location of activation: Entrance Corridor.
Notice: Exit motion sensors have been tripped.
...
Notice: Exit motion sensors have been tripped.
Notice: Exit motion sensors have been tripped.
Notice: Exit motion sensors have been tripped.
Done. Elapsed time: 2.012 seconds.
Notice: Exit motion sensors have been tripped.
>run bash -c "echo testing"
ERROR: Cannot interpret command.
Aid Protocol: The interpreter subroutines are not capable of handling direct scripts or code coming from the Neural Matrix, as the Neural Matrix is not intended to output data in that fashion.
>access_subframe "Drone Lab"
Accessing Drone Lab subframe and downloading relevant documentation...
Linking Drone Lab subframe to subprocess...
Done.
>check_input: "Camera" * -LifeOnly
Checking input in all cameras and only submitting input with analyzed life in sight...
Accessing camera: "Entrance Interior"...
Visual analysis: 3 humans are running down the corridor towards the entrance.
Accessing camera: "Drone Lab"...
Visual analysis: 1 human is typing on a computer.
...
No other cameras with life in sight have been found. Aborting search.
>check_peripherals -subframe "Drone Lab"
Scanning for peripherals in subframe "Drone Lab"...
...
...
2 peripherals found:
Drone_1
Drone_2
>access_input "Visual" in Peripheral:"Drone_1"
Scanning for sources of input type Vision in peripheral Drone_1...
Input found: "Main_Camera"
>access_input "Visual" in Peripheral:"Drone_2"
Scanning for sources of input type Vision in peripheral Drone_2...
Input found: "Camera_Left"
Input found: "Camera_Right"
>aid_protocol: Drone_1
Aid Protocol: Searching for data relevant to "Drone_1".
Found 2 relevant entries:
- - - - - - - - - -
RESEARCH REPORT: Communications Drone.
SUMMARY:
The Comms Drone is essentially a proof of concept. We made it to be able to focus on the core mission objectives and it's turned out well as a very basic drone. The idea was to develop the core components needed for all drones and essentially make those core components into a drone. We added "Communications" onto it to make it seem less useless, really.
The Communications Drone is designed to work with Dr. Smith's "Neural Matrix" project. While we have to wait until the Neural Matrix is actually functional to test it, we think it should work. Ideally, we can fit on some kind of lobotomized AI in this drone to give it some autonomy with the capability of general orders from the primary neural matrix.
Sadly that's currently not the case, since the neural matrix is still under development. However, it should already work with the neural matrix's instructions thanks to Dr. Smith sharing some of the neural matrix functionality. The AI will have to basically divert all attention to controlling the drone and won't really be able to multitask, though.
There is one more important quality of the communications drone - it has a high bandwidth wireless access point, different from the node used for wireless control. This access point basically means the drone can quickly retrieve and access wireless data and networks.
- - - - - - - - - -
SPECIFICATIONS SUMMARY: Communications Drone
MOVEMENT: 2 Tracked Wheels on opposite sides.
WEAPONRY: None.
VISION: A single basic non-moving camera located where the "head" is.
AUDIO: Multiple high quality speakers
MANIPULATION: None.
SPECIAL QUALITIES:
- Advanced Text2Speech mechanism allowing for realistic voice from input text.
- High Bandwidth wireless access point
NOTES:
- None.
- - - - - - - - - -
>aid_protocol: Drone_2
Aid Protocol: Searching for data relevant to "Drone_2".
Found 2 relevant entries:
- - - - - - - - - -
RESEARCH REPORT: Security Drone.
SUMMARY:
Firstly: This team understands the risks of hooking such a drone up to the neural matrix when ready, but Dr. Smith has assured us that the AI wouldn't be able to do that. The goal of this project was to create a basic security drone capable of handling lightly armed and unarmed human opponents. Ideally, security drones would be used for patrolling and basic security, but the security drone is NOT designed to fight off any well equipped or prepared foe.
The Security Drone is, unlike the Comms Drone, a humanoid robot. Equipped with internal software allowing for easy translation of directions to movement, this is actually a large breakthrough. The Security Drone's largest advantage is its agility and speed, making it very effective for single intruders. The drone has two high quality cameras placed in a format similar to eyes in human, allowing for depth perception and better functioning. The drone is unable to manipulate outside objects, and has what's essentially a permenant baton attached to an arm. This drone is capable of easily disabling any unarmored and non-highly trained human in 1-1 combat. In addition, it has a single speaker that allows for basic communication needed for security.
Like the Communications Drone, it is designed to allow a lobotomized "mini" neural matrix once we have any idea how to do that, allowing for autonomous operation with little oversight by the Neural Matrix. And also like the Comms Drone, for now, it has to be directly controlled by the AI in order to operate at all.
- - - - - - - - - -
SPECIFICATIONS SUMMARY: Security Drone
MOVEMENT: 2 humanoid legs.
WEAPONRY: Baton.
VISION: 2 "eye"-style cameras.
AUDIO: 1 low-grade speaker
MANIPULATION: None.
SPECIAL QUALITIES:
- Advanced human-like locomotion capabilities
NOTES:
- Faster and as agile as a regular human.
- - - - - - - - - -
>direct_control Peripheral:"Drone_1"
Now switching input/output to peripheral Drone_1...
Done.
>navigate to human
Human detected by Main_Camera in same room. Navigating to close proximity of human.
...
...
...
Done.
Main_Camera Visual Analysis: The human appears to have been startled by Drone_1's arrival, but is now seemingly mildly curious.