Mark 1S Active Repair Drone - Revision history

Cyclops at 01:32, 16 June 2023

2023-06-16T01:32:55Z

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	{{Disambiguation Stub\|type=technology\|name=Drone}}		{{DEFAULTSORT:Active Repair Drone, Mark 1S}}{{Disambiguation Stub\|type=technology\|name=Drone}}
	[[File:{{#setmainimage:active-repair-drone-1s.jpg}}\|thumb]]		[[File:{{#setmainimage:active-repair-drone-1s.jpg}}\|thumb]]
	[[File:active-repair-drone-1s-front.jpg\|thumb]]		[[File:active-repair-drone-1s-front.jpg\|thumb]]

Cyclops: /* Tools */

2021-04-10T17:23:47Z

Tools

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	=== Tools ===		=== Tools ===
	Using [[nanomaterials]] and [[nanites]] similar to those used in the [[Class 3M Integrated Nano-Composite Armor\|Class 3M Armor]] the drone is able to reconfigure its skin~~, tail~~, feet, and claws to fit a variety of tasks. It is able reconfigure itself in these extremities to suit a variety of needs and conduct repairs.		Using [[nanomaterials]] and [[nanites]] similar to those used in the [[Class 3M Integrated Nano-Composite Armor\|Class 3M Armor]] the drone is able to reconfigure its skin, feet, and claws to fit a variety of tasks. It is able reconfigure itself in these extremities to suit a variety of needs and conduct repairs. The drone is equipped with a [[Replicative Repair Beam]] in the tail which works in conjunction with other tools to effect repairs, replacing damaged components with working ones, recycling damaged or unusable materials.

	== Deployment ==		== Deployment ==

Cyclops at 15:56, 10 April 2021

2021-04-10T15:56:39Z

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			{{Disambiguation Stub\|type=technology\|name=Drone}}
	[[File:{{#setmainimage:active-repair-drone-1s.jpg}}\|thumb]]		[[File:{{#setmainimage:active-repair-drone-1s.jpg}}\|thumb]]
	[[File:active-repair-drone-1s-front.jpg\|thumb]]		[[File:active-repair-drone-1s-front.jpg\|thumb]]

Cyclops at 05:18, 22 June 2020

2020-06-22T05:18:38Z

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	; Power Source : [[Spatial Variance Reactor]]		; Power Source : [[Spatial Variance Reactor]]
	; Size : 31.5 mm Long (Body Only)<br>63.8 mm (Including Tail)<br>29.9 mm (Leg)<br>32.2 mm (Claw & Arm)		; Size : 31.5 mm Long (Body Only)<br>63.8 mm (Body Including Tail)<br>29.9 mm (Leg)<br>32.2 mm (Claw & Arm)
	; Propulsion : 8-Legged Ambulation		; Propulsion : 8-Legged Ambulation
	; Average Speed : 11 kph		; Average Speed : 11 kph

Cyclops at 05:17, 22 June 2020

2020-06-22T05:17:21Z

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	; Power Source : [[Spatial Variance Reactor]]		; Power Source : [[Spatial Variance Reactor]]
	; Size : 31.5 mm Long (Body Only), 63.8 mm (Including Tail), 29.9 mm (Leg)		; Size : 31.5 mm Long (Body Only)<br>63.8 mm (Including Tail)<br>29.9 mm (Leg)<br>32.2 mm (Claw & Arm)
	; Propulsion : 8-Legged Ambulation		; Propulsion : 8-Legged Ambulation
	; Average Speed : 11 kph		; Average Speed : 11 kph

Cyclops at 05:15, 22 June 2020

2020-06-22T05:15:44Z

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	[[File:{{#setmainimage:active-repair-drone-1s.jpg}}\|thumb]]		[[File:{{#setmainimage:active-repair-drone-1s.jpg}}\|thumb]]
			[[File:active-repair-drone-1s-front.jpg\|thumb]]
	The Mark 1S is one of the initial models of automated repair systems. The drones are designed to be autonomous and conduct both scheduled and impromptu maintenance at the behest of a central controlling computer. With the use of AI's to control primary systems on [[Solas Tempus]] facilities / vessels the [[Master Systems AI]] would be in charge of coordinating automated repair and maintenance strategies for a vessel.		The Mark 1S is one of the initial models of automated repair systems. The drones are designed to be autonomous and conduct both scheduled and impromptu maintenance at the behest of a central controlling computer. With the use of AI's to control primary systems on [[Solas Tempus]] facilities / vessels the [[Master Systems AI]] would be in charge of coordinating automated repair and maintenance strategies for a vessel.

	; Power Source : [[Spatial Variance Reactor]]		; Power Source : [[Spatial Variance Reactor]]
	; Size : 11 mm Long (~~including tail~~)		; Size : 31.5 mm Long (Body Only), 63.8 mm (Including Tail), 29.9 mm (Leg)
	; Propulsion : 8-Legged Ambulation		; Propulsion : 8-Legged Ambulation
	; Average Speed : 11 kph		; Average Speed : 11 kph

Cyclops: /* Undirected */

2020-06-20T23:10:49Z

Undirected

← Older revision		Revision as of 23:10, 20 June 2020
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	However the drone establishes the norms for the facility it has been deployed in, the drone will place an automatic priority on the following systems:		However the drone establishes the norms for the facility it has been deployed in, the drone will place an automatic priority on the following systems:
	#. Destruction Prevention		* Destruction Prevention
	: Survival of the ship if imminent threat of destruction is detected.		: Survival of the ship if imminent threat of destruction is detected.
	#. Life Support		* Life Support
	: Survival of crew, this can be placed at a higher priority to preventing destruction in some circumstances.		: Survival of crew, this can be placed at a higher priority to preventing destruction in some circumstances.
	#. Power Systems		* Power Systems
	: Repairing systems is easier with a reliable power supply.		: Repairing systems is easier with a reliable power supply.
	#. Central Computer		* Central Computer
	: Since the drones operate best when able to communicate with the central computer, they will attempt to repair the ships central computer first unless directed otherwise.		: Since the drones operate best when able to communicate with the central computer, they will attempt to repair the ships central computer first unless directed otherwise.

Cyclops: /* Deployment */

2020-06-20T23:10:22Z

Deployment

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	== Deployment ==		== Deployment ==
	The Mark 1S can be deployed in a three ways, though it is designed to deployed in a directed way where they are given general orders and monitored but allowed to proceed with those orders at their own ~~discression~~.		The Mark 1S can be deployed in a three ways, though it is designed to deployed in a directed way where they are given general orders and monitored but allowed to proceed with those orders at their own discretion.

	==== Directed ====		==== Directed ====
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	Once they have identified the specifications in use, they will begin to seek out and repair any device not operating within specified norms according to their specifications. They are able to learn and do limited problem solving and pattern recognition, such as learning a starship has one type of part in use instead of what type of part falls within specifications and extrapolate on what they might do to specifications they have on file. If they cannot autonomously repair something or are unable to make suitable repairs system-wide they will attempt to find the most optimal operating specifications available using the specified norms as a guide.		Once they have identified the specifications in use, they will begin to seek out and repair any device not operating within specified norms according to their specifications. They are able to learn and do limited problem solving and pattern recognition, such as learning a starship has one type of part in use instead of what type of part falls within specifications and extrapolate on what they might do to specifications they have on file. If they cannot autonomously repair something or are unable to make suitable repairs system-wide they will attempt to find the most optimal operating specifications available using the specified norms as a guide.

			However the drone establishes the norms for the facility it has been deployed in, the drone will place an automatic priority on the following systems:
			#. Destruction Prevention
			: Survival of the ship if imminent threat of destruction is detected.
			#. Life Support
			: Survival of crew, this can be placed at a higher priority to preventing destruction in some circumstances.
			#. Power Systems
			: Repairing systems is easier with a reliable power supply.
			#. Central Computer
			: Since the drones operate best when able to communicate with the central computer, they will attempt to repair the ships central computer first unless directed otherwise.

			Drones being undirected by a computer can accept simple verbal commands to focus repairs on a particular system either by the name of that system or by being directly shown visually to repair a specific component. This is not as effective as the drones only accept simple verbal commands and do not understand nuance.

	==== Unfamiliar Territory ====		==== Unfamiliar Territory ====
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	There was some controversy over this decision, stating that the devices should be left as is and people could get used to them. Other voices in the controversy site that the devices, in attempting to stay hidden, may appear even more ominous and less desirable. Ultimately the Master Systems AI on a given facility will have discussion over this behavior.		There was some controversy over this decision, stating that the devices should be left as is and people could get used to them. Other voices in the controversy site that the devices, in attempting to stay hidden, may appear even more ominous and less desirable. Ultimately the Master Systems AI on a given facility will have discussion over this behavior.

	During meetings discussing the reaction to the drones, the lead researcher made a note that the devices were tools and not meant to be sociable and liked. In fact beyond working together they are specifically coded to not be sociable with people already. The additional directives were determined to be optional for a MSAI to implement or not.		During meetings discussing the reaction to the drones, the lead researcher made a note that the devices were tools and not meant to be sociable and liked. In fact beyond working together they are specifically coded to not be sociable with people already. The additional directives were determined to be optional for a [[MSAI]] to implement or not.

	[[Category:Robotics]]		[[Category:Robotics]]

Cyclops at 05:16, 12 June 2020

2020-06-12T05:16:37Z

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	== Systems ==		== Systems ==
	The Mark 1S is designed to automated deployment within a vessel to move into places which are too hazardous or too time consuming to allow conventional repairs and maintenance.		The Mark 1S is designed to automated deployment within a vessel to move into places which are too hazardous or too time consuming to allow conventional repairs and maintenance. Their physical 8-legged design allows them maximum stability. Their "feet" can be altered with nanomaterials they are able to use conventional magnetic locking to attach to and walk on walls, ceilings, and other services. They are also capable of attaching themselves to other services using different modes depending on what their feet and legs need to do at the time.

	=== Computer ===		=== Computer ===

Cyclops: /* Deployment */

2020-06-12T04:35:57Z

Deployment

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	== Deployment ==		== Deployment ==
	The Mark 1S can be deployed in a ~~two primary~~ ways.		The Mark 1S can be deployed in a three ways, though it is designed to deployed in a directed way where they are given general orders and monitored but allowed to proceed with those orders at their own discression.

	==== Directed ====		==== Directed ====

← Older revision		Revision as of 01:32, 16 June 2023
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	{{Disambiguation Stub\|type=technology\|name=Drone}}		{{DEFAULTSORT:Active Repair Drone, Mark 1S}}{{Disambiguation Stub\|type=technology\|name=Drone}}
	[[File:{{#setmainimage:active-repair-drone-1s.jpg}}\|thumb]]		[[File:{{#setmainimage:active-repair-drone-1s.jpg}}\|thumb]]
	[[File:active-repair-drone-1s-front.jpg\|thumb]]		[[File:active-repair-drone-1s-front.jpg\|thumb]]

← Older revision		Revision as of 15:56, 10 April 2021
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			{{Disambiguation Stub\|type=technology\|name=Drone}}
	[[File:{{#setmainimage:active-repair-drone-1s.jpg}}\|thumb]]		[[File:{{#setmainimage:active-repair-drone-1s.jpg}}\|thumb]]
	[[File:active-repair-drone-1s-front.jpg\|thumb]]		[[File:active-repair-drone-1s-front.jpg\|thumb]]