Goods/Computer

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Equipment classification: N - Information, Software, Data, Apps, Programming, Computers[edit]

Computers are a foundational technology underlying many later developments including robots, starships, artificial intelligence, and scientific advancement. The history of computers extends from simple mechanical devices to a complex network of machines capable of supporting a sophont's mind.


Abacus

Abacus
Type Computer
Tech Level TL–1
Cost Cr5
Size 0.4 l
Weight 0.2 kg

The abacus (plural abaci or abacuses), also called a counting frame, is a very early computational device used for simple calculations. Abacuses come in different designs, some use beans or stones moved in grooves of sand or on tablets of wood, stone, or metal. A framed abacus consists of a frame with beads sliding on wires. There are between seven and 15 sets of beads and can be constructed in different numerical bases.

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Active Exploratory Canary

Active Exploratory Canary
Type Sensory Aid
Tech Level TL–10
Cost KCr80
Size 50 liters
Weight 50 kg

An Active Exploratory Canary is a Virus detection device. It consists of a high-speed computer system with an automated electronics diagnostic system. The system is designed to be hooked up to an existing computer system, either active or inactive, and scan for specific distinctive traces of Virus infections. This includes electrical use patterns, circuit trace designs, and similar traces. It also contains a separate internal monitoring system so that, if the canary itself gets invaded, the users are aware of it.

The active canary relies upon its internal database of known circuit and network designs to match against, and its database of known virus changes and signatures. While most of the Imperial and Solomani computer designs are known, the number of virus signatures is very large.

The computer system in the canary is an attractive Virus target, and the system is specifically designed to attract them. This generally makes the canary a one-use item, as most triggered canaries are either discarded or destroyed to avoid further spread of the Virus.

This list of sources was used by the Traveller Wiki Editorial Team and individual contributors to compose this article. Copyrighted material is used under license from Far Future Enterprises or by permission of the author. The page history lists all of the contributions.
 

Astrolabe

Astrolabe
Type Computer
Tech Level TL–1
Cost Cr100
Size 0.8 liters
Weight 1 kg

An Astrolabe (star-taker) a mechanical analog calculator capable of working out several different kinds of problems in astronomy. It is able to measure the altitude above the horizon of a celestial body, day or night; it can be used to identify stars or planets, to determine local latitude given local time (and vice versa), to survey, or to triangulate.

An astrolabe consists of a disk (the mater) which is deep enough to hold one or more flat plates called tympans. A tympan is made for a specific latitude and is engraved with a stereographic projection of circles denoting azimuth and altitude and representing the portion of the celestial sphere above the local horizon. The rim of the mater is typically graduated into hours of time, degrees of arc, or both.

Above the mater and tympan, the rete, a framework bearing a projection of the ecliptic plane and several pointers indicating the positions of the brightest stars, is free to rotate. These pointers are often just simple points, but depending on the skill of the craftsman can be very elaborate and artistic. Some astrolabes have a narrow rule or label which rotates over the rete, and may be marked with a scale of declinations.

On the back of the mater there is often engraved a number of scales that are useful in the astrolabe's various applications. These vary from designer to designer, but might include curves for time conversions, a calendar for converting the day of the month to the sun's position on the ecliptic, trigonometric scales, and graduation of 360 degrees around the back edge.

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Calculator

Calculator
Type Computer
Tech Level TL–6
Cost Cr50
Size 0.1 liters
Weight 0.1 kg

A Calculator is a small electronic device used to do basic mathematical calculations. Originally produced at TL–6 they are primitive, have limited mathematical capabilities, and are relatively expensive.

They continue to be produced through TL–8 where they are gradually replaced by more flexible Handcomps. The late TL–8 models are quite capable, with some limited programmability and graphic display capability, and very cheap. Some limited use TL–8 calculators can be produced for as little as Cr0.1 in massive numbers as novelty items.

Most calculators run on batteries, which allow use for a year or more, or incorporate small solar cells to provide all the power they need. Calculators do not have external connections, relying upon the user to input numbers and apply the results manually.

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Cyberdeck

Cyberdeck
Type Computer
Tech Level TL–8
Cost Cr5,000+
Size 0.2 liters
Weight 0.5 kg

A Cyberdeck is a specialized computer system optimized for accessing cyberspace, a specific high speed data network, for working and analyzing the data flow. It serves as a Workstation for accessing other kinds of networks.

Description (Specifications)[edit]

Public-access information, such as promotional materials, public accounts and so forth can generally be viewed in cyberspace without any difficulty, accessed through white colored nodes that act as navigation hubs. Hidden data, private and restricted data and data rivers can only be viewed and manipulated with successful intrusion.

Intrusion[edit]

Intrusion rests on overcoming a node’s security. To attempt intrusion one must be using a cyberdeck in order to launch a direct but discreet assault. The deck’s capacity to run software is important.

  • If the Security program is equipped with a Hunter/Killer program – usually only available at higher levels of security – the Hunter/Killer launches a reverse attack immediately against the intruding deck.

Watchdogs[edit]

The amount of time that a jockey has within a penetrated node depends on how long they can stay hidden from internal detection programs, known as Watchdogs. These are constantly alert for (and hunting down) unfamiliar data signatures within the computer system that they protect.

  • Software running on the cyberdeck can extend this time or render the deck invisible to Watchdogs.

History & Background (Dossier)[edit]

Successfully within a node, one is free to peruse, manipulate, modify, copy or destroy data. This requires an appropriate program to be running; there are discrete programs for each type of data. Some programs have one function (such as copy or delete), while others have multiple functions. The more functions, the higher the program’s level.

  • Doing any action to data, be it a simple copy or a more destructive approach, takes time.
  • Data sets have their own protection algorithms that slow-down manipulation speeds of assaulting decks. How long it takes to manipulate any set of data, irrespective of what it is, depends on the data type.

References & Contributors (Sources)[edit]

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Data Crystal

Data Crystal
Type Computer
Tech Level TL–13
Cost Cr5
Size 0.01 liters
Weight 10 g

The Data Crystal (also Data Chip, Data Bank, and other synonyms) is a general purpose external data storage for computer data. These develop along with the computer technology for storage and transferring of data and programs between computers.

There are many kinds of Data crystals, with different interfaces. Computer systems accept one to several of these data crystals. Interface translators of different kinds of data storage are generally available for a few credits.

Data on a data crystal usually remains readable for several years. Exposure to hostile environments can shorten this to days or weeks. There are archival data crystals that will keep data for a century or more.

The underlying system for data storage depends upon the Technology Level of manufacture of the crystal. Starting at TL–5 the storage is on various kinds of magnetic media. By TL–7 storage is an optical media. At TL–9 storage is solid state electronic media. At TL–12 the storage is holographic optical storage. With each TL advancement the quantity of data increases by one to three orders of magnitude.

There are specialized data storage crystals. MemClips are data storage for Language Translators and Wafers are data storage for Personalities and Skillsets.

 

Datacloth

Large datacloth
Type Computer
Tech Level TL–8
Cost Cr1,800
Size 0.3 liters
Weight 0.5kg
Small datacloth
Type Computer
Tech Level TL–8
Cost Cr200
Size 0.01 liters
Weight 0.03kg

The Datacloth combines a touch-screen, display, and computer build into a very flexible flat package. The Datacloth can be rolled up or folded into a smaller package. The large datacloth is 841mm by 1189mm (1-meter square), the smaller one is 210mm by 297mm. Other, less common, sizes are available. The datacloth computer is equivalent of a Hand Computer. The display and computer are solar powered with battery to last about an hour in darkness. The datacloth can be connected to other computers as needed to make for a larger, easily portable, display.

The datacloth is sealed, usable in a vacuum to 2 atmospheres, is unaffected by most atmospheric taints and is water resistant to 1 meter. Any tear or cut or hole in the cloth will destroy both the display and the interior computer.

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Datapad

Datapad
Type Computer
Tech Level TL–9
Cost Cr 500
Size
Weight 0.2 kg
Reference 0.2 liter

A version of the Hand Computer the Datapad is a flat display with a touch sensitive screen which allows access to the included computer. The Datapad is better optimized for simply display of information than the handcomp, and some sophont find the datapad more accessible. Like a Handcomp, the datapad can serve as a terminal or mobile workstation for a larger computer.

 

Flight Computer

Flight Computer
Type Computer
Tech Level TL–10
Cost Cr1,000
Size 600 liters
Weight 120 kg
Also see Ship's Computer

A Flight Computer is a specialized Ship's Computer optimized for aircraft, Spaceplanes, spacecraft, system craft, and other for high speed atmospheric and sub-orbital craft. Not all aircraft are required to have flight computers but some larger aircraft install flight computers to assist with sensor processing and weapons control. At higher TLs flight computers are a given on almost any vehicles capable of leaving the surface including the majority of gravcraft.

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Hand Computer

Hand Computer
Type Computer
Tech Level TL–8
Cost Cr150
Size 0.2 liters
Weight 0.5 kg
Hand Computer
Type Computer
Tech Level TL–11
Cost Cr1000
Size 0.2 liters
Weight 0.3 Kg

The Hand Computer or handcomp is a small, powerful multi-function computer that can be used to store and recall basic factual data, perform complex calculations, and control other electronic devices. Hand computers can be optimized for certain fields of knowledge by the use of data crystals which can be easily inserted and removed (Cr200 each).

The hand computer also serves as a computer terminal when linked to a larger computer (...such as onboard a ship).

Most handcomps run on batteries, which allow use for a year or more, can charge from any power source with the proper adapter, or may incorporate small solar cells to provide all the power they need.

Data Crystals with specific applications allow characters to use the hand computer to calculate jump parameters, ballistic performance, chemical formulae, etc. The hand computer can be linked to various sensors and allows them to be monitored or controlled from a distance.

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Holocrystal

Holocrystal
Type Computer
Tech Level TL–13
Cost Cr1,000
Size 10 mL
Weight 0.01 Kg

Holocrystals are a data storage medium, a specific version of the Data Crystal. It is an advanced computer memory technology for the TL–13 period throughout most of Charted Space.

Silicon and other memory types are gradually replaced with three-dimensional storage array devices that resemble crystals. The standard size of these crystals is ten milliliters, and they are usually 2cm in diameter and 5cm long, and faceted for orientation, but they can be larger. Direct application of heat or light energy above normal levels will damage the crystals or destroy the data, and in extreme cases the crystals may explode.

The crystals are usually made of diamond scaffolding that supports the internal structures and have internal nanotube wiring that is invisible with common microscopes but can be destructively identified with advanced scanning electron microscopes. These crystals use internal holographic memory structures to store about one petabit of information, and cost anywhere from Cr1,000 at TL–13, to Cr20,000 in less advanced worlds. The crystals can be worn as jewelry but are currently not fashionable in more advanced cultures.

These crystals require a computer system and interface of at least the technology level of the crystal itself.

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Implanted computer

Implanted computer
Type Cyberware
Tech Level TL–12
Cost Cr500,000
Size 0.5 liter
Weight 1 kg

A computer surgically implanted and cybernetically linked to the conscious brain centers. The lightest of these computers still mass one kilogram and are too large to implant in the skull. Instead, the computer consists of a series of a half dozen or more small sub components which are fused to individual vertebrae of the spine (on the inner sides) in such a way that they do not interfere with articulation. They are linked to each other and the organic brain by way of the spinal cord. Output from the computer can be accessed either by way of an eyeball display, an in-ear speaker, or direct machine-brain interface, if the user also has a neural jack installed.

The primary use for an implanted computer is recall of detailed technical and background information. The user can query the computer, and the data banks, for specific details. The implanted computer can perform analysis from other implanted cyberware, for example creating maps from the ecolocation of sonar systems or monitoring the state of internal power system. Finally, if the user possess a waferjack or data jack, the implanted computer can be used to access or control external equipment. For example, the implant computer can run diagnostics or run equipment where the controlling computer had been damaged or destroyed.

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Infopad

Infopad
Type Computer
Tech Level TL–8
Cost Cr200
Size 1.2liters
Weight 200g

The infopad is a flat tablet of variable size that is first available at TL–8, but increases in complexity and has additional options at higher technology levels. The screen is touch sensitive, acting as both a display and an interface at the same time. Touch interface requires either a finger or other digit, or uses a stylus.

Initially the infopad is a flat-panel display screen with a wire connection to a computer of communications system. as the technology increases the display become interactive and the infopad incorporates a communication system, and can be used to interact with robots or any other computerized system.

The infopads vary in size from 6cm x 4cm (pocket sized) to 28 cm x 22 cm (hand held) and vary between 0.5cm and 2cm thick. All are powered by an internal battery which last 24 to 48 hours of use.

 

Map Box

Map Box
Type Computer
Tech Level TL–11
Cost Cr2500
Size 1 liter
Weight 1 kg

The Map Box is a compact (250 x 250 x 10mm, which expand to 1000 x 1000 x 10mm when opened) display system for computerized maps of a world. Scale may be adjusted. Most inhabited planets have Data Crystals (diskettes until TL–13, holocrystals at higher levels) available for Cr150.

When not available, two orbital sweeps of the world are required to obtain the necessary photographs to construct a map chip. Blank Data Crystals are available for Cr30.

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Master Fire Director

Master Fire Director
Type Computer
Tech Level TL–9
Cost Mcr 6
Size 3 tons
Weight 3 tons

A Master Fire Director (MFD) is a weapons control system consisting of an independent and dedicated sensor system, an optional missile control communications system, and a dedicated computer control system operating as a single operational system. This allows an operator to operate several independent weapons from the same workstation. The fire from these weapons are linked and can be combined for maximum effect. These are built for Starships, Spaceships, and static mounted weapon systems.

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MemClip

MemClip
Type Computer
Tech Level TL–12
Cost Cr100
Size 0.1 liter
Weight 0.1 kg

The MemClip is a specialized Data Crystal, data storage for Language Translators. Each memclip contains programming for one language. Typically, these clips can be purchased with preloaded language programs for between Cr100 and Cr150. Blank memclip can be bought for Cr10 and programmed by duplicating a preloaded program. There are more than 700 languages on memclips. Programs even exist for non-aural languages.

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Model/1 Computer

Model/1 computer
Type Computer
Tech Level TL–5
Cost MCr 2
Size 1 Ton
Weight 1 ton

The most basic standard model of Ship's Computer, the Model/1 Computer runs programs that control shipboard functions such as interstellar jumps, and in-system navigation. It can also execute multiple applications including anti virus software, entertainment programs, routine communications, passive security programs, and monitors life support systems. In addition to starships, the Model/1 can monitor and control facilities using the same programs.

Computers are specified in terms of their capacity to process and store programs. All programs in the computer's CPU are processed simultaneously, while programs in storage are available on a revolving basis to replace those in the CPU as needed

Computer control is through connected Workstations. These may be connected to the Model/1 through hard links or other communications systems. In almost all cases where the Model/1 controls a given ship or facility function (gravity, doors, sensors etc.), orders fed in at the central workstation, like the bridge of a ship, take precedence over those fed in at local controls.

There are two additional versions of the Model/1. The Model/1bis computer is an version of the standard Model/1 with greater program handling capability at the expense of storage. A Model/1fib is a Fiber Optic Computer, a hardened and shielded version that has a fiber optic back-up system to resist radiation damage.

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Model/2 Computer

Model/2 computer
Type Computer
Tech Level TL–7
Cost MCr9
Size 2 Ton
Weight 2 ton

A basic standard model of Ship's Computer, the Model/2 Computer runs programs that control shipboard functions such as interstellar jumps, and in-system navigation. It can also execute multiple applications including anti virus software, entertainment programs, routine communications, passive security programs, and monitors life support systems. In addition to starships, the Model/2 can monitor and control facilities using the same programs.

Computers are specified in terms of their capacity to process and store programs. All programs in the computer's CPU are processed simultaneously, while programs in storage are available on a revolving basis to replace those in the CPU as needed

Computer control is through connected Workstations. These may be connected to the Model/1 through hard links or other communications systems. In almost all cases where the Model/2 controls a given ship or facility function (gravity, doors, sensors etc.), orders fed in at the central workstation, like the bridge of a ship, take precedence over those fed in at local controls.

There are two additional versions of the Model/2. The Model/2bis computer is an version of the standard Model/2 with greater program handling capability at the expense of storage. A Model/2fib is a Fiber Optic Computer, a hardened and shielded version that has a fiber optic back-up system to resist radiation damage.

This list of sources was used by the Traveller Wiki Editorial Team and individual contributors to compose this article. Copyrighted material is used under license from Far Future Enterprises or by permission of the author. The page history lists all of the contributions.
 

Model/3 Computer

Model/3 computer
Type Computer
Tech Level TL–9
Cost MCr 18
Size 3 Ton
Weight 3 ton

A standard model of Ship's Computer, the Model/3 Computer runs programs that control shipboard functions such as interstellar jumps, and in-system navigation. It can also execute multiple applications including anti virus software, entertainment programs, routine communications, passive security programs, and monitors life support systems. In addition to spaceships, the Model/3 can monitor and control facilities using the same programs.

Computers are specified in terms of their capacity to process and store programs. All programs in the computer's CPU are processed simultaneously, while programs in storage are available on a revolving basis to replace those in the CPU as needed

Computer control is through connected Workstations. These may be connected to the Model/3 through hard links or other communications systems. In almost all cases where the Model/3 controls a given ship or facility function (gravity, doors, sensors etc.), orders fed in at the central workstation, like the bridge of a ship, take precedence over those fed in at local controls.

There is one additional version of the Model/3. A Model/3fib is a Fiber Optic Computer, a hardened and shielded version that has a fiber optic back-up system to resist radiation damage.

This list of sources was used by the Traveller Wiki Editorial Team and individual contributors to compose this article. Copyrighted material is used under license from Far Future Enterprises or by permission of the author. The page history lists all of the contributions.
 

Model/4 Computer

Model/4 computer
Type Computer
Tech Level TL–10
Cost MCr 30
Size 4 Ton
Weight 4 ton

A standard model of Ship's Computer, the Model/4 Computer runs programs that control shipboard functions such as interstellar jumps, and in-system navigation. It can also execute multiple applications including anti virus software, entertainment programs, routine communications, passive security programs, and monitors life support systems. In addition to spaceships, the Model/4 can monitor and control facilities using the same programs.

Computers are specified in terms of their capacity to process and store programs. All programs in the computer's CPU are processed simultaneously, while programs in storage are available on a revolving basis to replace those in the CPU as needed

Computer control is through connected Workstations. These may be connected to the Model/4 through hard links or other communications systems. In almost all cases where the Model/4 controls a given ship or facility function (gravity, doors, sensors etc.), orders fed in at the central workstation, like the bridge of a ship, take precedence over those fed in at local controls.

There is one additional version of the Model/4. A Model/4fib is a Fiber Optic Computer, a hardened and shielded version that has a fiber optic back-up system to resist radiation damage.

This list of sources was used by the Traveller Wiki Editorial Team and individual contributors to compose this article. Copyrighted material is used under license from Far Future Enterprises or by permission of the author. The page history lists all of the contributions.
 

Model/5 Computer

Model/5 computer
Type Computer
Tech Level TL–11
Cost MCr 45
Size 5 Ton
Weight 5 ton

A standard model of Ship's Computer, the Model/5 Computer runs programs that control shipboard functions such as interstellar jumps, and in-system navigation. It can also execute multiple applications including anti virus software, entertainment programs, routine communications, passive security programs, and monitors life support systems. In addition to spaceships, the Model/5 can monitor and control facilities using the same programs.

Computers are specified in terms of their capacity to process and store programs. All programs in the computer's CPU are processed simultaneously, while programs in storage are available on a revolving basis to replace those in the CPU as needed

Computer control is through connected Workstations. These may be connected to the Model/5 through hard links or other communications systems. In almost all cases where the Model/5 controls a given ship or facility function (gravity, doors, sensors etc.), orders fed in at the central workstation, like the bridge of a ship, take precedence over those fed in at local controls.

There is one additional version of the Model/5. A Model/5fib is a Fiber Optic Computer, a hardened and shielded version that has a fiber optic back-up system to resist radiation damage.

This list of sources was used by the Traveller Wiki Editorial Team and individual contributors to compose this article. Copyrighted material is used under license from Far Future Enterprises or by permission of the author. The page history lists all of the contributions.
 

Model/6 Computer

Model/6 computer
Type Computer
Tech Level TL–12
Cost MCr 55
Size 7 Tons
Weight 7 tons

A standard model of Ship's Computer, the Model/6 Computer runs programs that control shipboard functions such as interstellar jumps, and in-system navigation. It can also execute multiple applications including anti virus software, entertainment programs, routine communications, passive security programs, and monitors life support systems. In addition to spaceships, the Model/6 can monitor and control facilities using the same programs.

Computers are specified in terms of their capacity to process and store programs. All programs in the computer's CPU are processed simultaneously, while programs in storage are available on a revolving basis to replace those in the CPU as needed

Computer control is through connected Workstations. These may be connected to the Model/6 through hard links or other communications systems. In almost all cases where the Model/6 controls a given ship or facility function (gravity, doors, sensors etc.), orders fed in at the central workstation, like the bridge of a ship, take precedence over those fed in at local controls.

There is one additional version of the Model/6. A Model/6fib is a Fiber Optic Computer, a hardened and shielded version that has a fiber optic back-up system to resist radiation damage.

This list of sources was used by the Traveller Wiki Editorial Team and individual contributors to compose this article. Copyrighted material is used under license from Far Future Enterprises or by permission of the author. The page history lists all of the contributions.
 

Model/7 Computer

Model/7 computer
Type Computer
Tech Level TL–13
Cost MCr 80
Size 9 Ton
Weight 9 ton

A standard model of Ship's Computer, the Model/7 Computer runs programs that control shipboard functions such as interstellar jumps, and in-system navigation. It can also execute multiple applications including anti virus software, entertainment programs, routine communications, passive security programs, and monitors life support systems. In addition to spaceships, the Model/7 can monitor and control facilities using the same programs.

Computers are specified in terms of their capacity to process and store programs. All programs in the computer's CPU are processed simultaneously, while programs in storage are available on a revolving basis to replace those in the CPU as needed

Computer control is through connected Workstations. These may be connected to the Model/7 through hard links or other communications systems. In almost all cases where the Model/7 controls a given ship or facility function (gravity, doors, sensors etc.), orders fed in at the central workstation, like the bridge of a ship, take precedence over those fed in at local controls.

There is one additional version of the Model/7. A Model/7fib is a Fiber Optic Computer, a hardened and shielded version that has a fiber optic back-up system to resist radiation damage.

This list of sources was used by the Traveller Wiki Editorial Team and individual contributors to compose this article. Copyrighted material is used under license from Far Future Enterprises or by permission of the author. The page history lists all of the contributions.
 

Model/8 Computer

Model/8 computer
Type Computer
Tech Level TL–14
Cost MCr 110
Size 11 Tons
Weight 11 tons

A standard model of Ship's Computer, the Model/8 Computer runs programs that control shipboard functions such as interstellar jumps, and in-system navigation. It can also execute multiple applications including anti virus software, entertainment programs, routine communications, passive security programs, and monitors life support systems. In addition to spaceships, the Model/8 can monitor and control facilities using the same programs.

Computers are specified in terms of their capacity to process and store programs. All programs in the computer's CPU are processed simultaneously, while programs in storage are available on a revolving basis to replace those in the CPU as needed

Computer control is through connected Workstations. These may be connected to the Model/8 through hard links or other communications systems. In almost all cases where the Model/8 controls a given ship or facility function (gravity, doors, sensors etc.), orders fed in at the central workstation, like the bridge of a ship, take precedence over those fed in at local controls.

There is one additional version of the Model/8. A Model/8fib is a Fiber Optic Computer, a hardened and shielded version that has a fiber optic back-up system to resist radiation damage.

This list of sources was used by the Traveller Wiki Editorial Team and individual contributors to compose this article. Copyrighted material is used under license from Far Future Enterprises or by permission of the author. The page history lists all of the contributions.
 

Model/9 Computer

Model/9 computer
Type Computer
Tech Level TL–15
Cost MCr 140
Size 13 Ton
Weight 13 ton

A standard model of Ship's Computer, the Model/9 Computer runs programs that control shipboard functions such as interstellar jumps, and in-system navigation. It can also execute multiple applications including anti virus software, entertainment programs, routine communications, passive security programs, and monitors life support systems. In addition to spaceships, the Model/9 can monitor and control facilities using the same programs.

Computers are specified in terms of their capacity to process and store programs. All programs in the computer's CPU are processed simultaneously, while programs in storage are available on a revolving basis to replace those in the CPU as needed

Computer control is through connected Workstations. These may be connected to the Model/9 through hard links or other communications systems. In almost all cases where the Model/9 controls a given ship or facility function (gravity, doors, sensors etc.), orders fed in at the central workstation, like the bridge of a ship, take precedence over those fed in at local controls.

There is one additional version of the Model/9. A Model/9fib is a Fiber Optic Computer, a hardened and shielded version that has a fiber optic back-up system to resist radiation damage.

This list of sources was used by the Traveller Wiki Editorial Team and individual contributors to compose this article. Copyrighted material is used under license from Far Future Enterprises or by permission of the author. The page history lists all of the contributions.
 

Passive Exploratory Canary

Passive Exploratory Canary
Type Sensory Aid
Tech Level TL–10
Cost KCr50
Size 50 liters
Weight 50 kg

A Passive Exploratory Canary is a Virus detection device, used for scanning existing computer systems to determine if they are infected.

Like a Warning Canary, the passive canary consists of a high-speed computer with a number of faked attached controls specifically designed to attract Virus infections. It also includes a set of sensors designed to detect the changes caused by a virus infection.

To use one requires attaching it to an active computer system and waiting to see when (or if) the Virus tries to invade it. While the canary is very reliable at detecting Virus invasions, the longer lived Virus strains have learned to be wary of Canaries and may not attempt to take them over.

The Canary is a one use system. Once the system has been invaded by a Virus, the canary is abandoned, destroyed, or taken apart and recycled.

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Personal Electronic Device

Personal Electronic Device (PED)
Type Computer
Tech Level TL–8
Cost Cr75 -Cr250
Size 19 cm3
Weight 100g -250g

A combination electronic device, which often includes a phone, reader, calculator, hand computer, camera and clock. They are also used to store electronic IDs, photographs and electronic credit chips. Many PEDs are bought with storage space left vacant, so that new devices, like mapboxes, GPS systems or VDRs can be added. These devices are rechargeable, have a seventy-two-hour battery life, and measure around 150mm x 70mm x 18mm.

This list of sources was used by the Traveller Wiki Editorial Team and individual contributors to compose this article. Copyrighted material is used under license from Far Future Enterprises or by permission of the author. The page history lists all of the contributions.
 

Psionic Switch

Psionic Switch
Type Computer
Tech Level TL–9
Cost Cr200
Size 0.01 liters
Weight 10 grams

The Psionic switch is a Psychotronics (psionic electronics) switch, a psionically sensitive control which can be connected to various equipment like iris valves, simple automatic doors, and many convenience items such as lights, temperature or environment controls, and entertainment or communication devices. The switch is capable of only being toggled on or off. Psionically trained individual with telepathy can activate the switches with a minor flick of their minds.

See also[edit]

Psionics[edit]

§ == ( Please refer to the following AAB Library Data for more information: ) == §
This list of sources was used by the Traveller Wiki Editorial Team and individual contributors to compose this article. Copyrighted material is used under license from Far Future Enterprises or by permission of the author. The page history lists all of the contributions.
 

Wafer

Wafer
Type Computer
Tech Level TL–13
Cost Cr10
Size 0.01 liters
Weight 10 g

The Wafer is a specialized Data Crystal used for storage and use of Personalities and Skillsets as Wafer Technology. These data storage devices hold an edited personality and computer setup to execute and run this within the waferjack.

There are three types of personality wafers. Entertainment wafers contain an edited version of a span of time, or collections of the same. These usually cost between Cr100 and Cr1000 each depending on the nature of the entertainment.

Skillset wafers contain an experiential databases, and memory experiences which allow a user to simulate skill in a field or improve their existing skill level. These usually cost Cr200,000.

Emergency overlay personality wafers contain a complete personality, with skills and experiences intact. These usually cost on the order of a million credits, depending on the nature of the personality in the wafer. Some are considered priceless and unique treasures.

This list of sources was used by the Traveller Wiki Editorial Team and individual contributors to compose this article. Copyrighted material is used under license from Far Future Enterprises or by permission of the author. The page history lists all of the contributions.
 

Warning Canary

Warning Canary
Type Sensory Aid
Tech Level TL–10
Cost KCr500
Size 300 liters
Weight 120 kg

A Warning Canary is a Virus detector consisting of a high-speed computer specifically designed to look like a large, powerful computer network system. It includes a special set of sensors designed to detect the specific alterations the Virus makes to computers when it takes over a new system.

While the Canary is a is a sophisticated device, it relies upon the nature of the Virus (both curiosity and desire to take over computers) to detect them. If the Virus refuses to fall for the trap set by the Canary, it remains undetected.

These systems are one use only. Once taken over by a virus, they are either abandoned, disassembled for parts, or simply destroyed to kill the viral infection.

Many Reformation Coalition starships install several warning canaries on the network connections between the computer subsystems in order to stop or limit the damage of a Virus invasion.

This list of sources was used by the Traveller Wiki Editorial Team and individual contributors to compose this article. Copyrighted material is used under license from Far Future Enterprises or by permission of the author. The page history lists all of the contributions.
 

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30 Computer items[edit]

Item Type TL Size Weight Cost
Abacus Computer 1 0.4 l 0.2 kg Cr5
Active Exploratory Canary Sensory Aid 10 50 liters 50 kg KCr80
Astrolabe Computer 1 0.8 liters 1 kg Cr100
Calculator Computer 6 0.1 liters 0.1 kg Cr50
Cyberdeck Computer 8 0.2 liters 0.5 kg Cr5,000+
Data Crystal Computer 13 0.01 liters 10 g Cr5
Datacloth Computer 8 0.3 liters 0.5kg Cr1,800
Datacloth Computer 8 0.01 liters 0.03kg Cr200
Datapad Computer 9 0.2 kg Cr 500
Flight Computer Computer 10 600 liters 120 kg Cr1,000
Hand Computer Computer 8 0.2 liters 0.5 kg Cr150
Hand Computer Computer 11 0.2 liters 0.3 Kg Cr1000
Holocrystal Computer 13 10 mL 0.01 Kg Cr1,000
Implanted computer Cyberware 12 0.5 liter 1 kg Cr500,000
Infopad Computer 8 1.2liters 200g Cr200
Map Box Computer 11 1 liter 1 kg Cr2500
Master Fire Director Computer 9 3 tons 3 tons Mcr 6
MemClip Computer 12 0.1 liter 0.1 kg Cr100
Model/1 Computer Computer 5 1 Ton 1 ton MCr 2
Model/2 Computer Computer 7 2 Ton 2 ton MCr9
Model/3 Computer Computer 9 3 Ton 3 ton MCr 18
Model/4 Computer Computer 10 4 Ton 4 ton MCr 30
Model/5 Computer Computer 11 5 Ton 5 ton MCr 45
Model/6 Computer Computer 12 7 Tons 7 tons MCr 55
Model/7 Computer Computer 13 9 Ton 9 ton MCr 80
Model/8 Computer Computer 14 11 Tons 11 tons MCr 110
Model/9 Computer Computer 15 13 Ton 13 ton MCr 140
Passive Exploratory Canary Sensory Aid 10 50 liters 50 kg KCr50
Personal Electronic Device Computer 8 19 cm3 100g -250g Cr75 -Cr250
Psionic Switch Computer 9 0.01 liters 10 grams Cr200
Wafer Computer 13 0.01 liters 10 g Cr10
Warning Canary Sensory Aid 10 300 liters 120 kg KCr500
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